{"text_format":"1","workbook":"xlsx","n_sheets":21,"sheets":["Title Page","Index","INPUT","OUTPUT","Critical Design Assumptions","O&M Assumptions","Indirect Assumptions","Train Design","Oxidant Addition","Pumps Pipe Structure","Instrumentation and Control","O&M","HVAC","Indirect","AOP References","Standard Inputs","Cost equations","Cost Coefficients","Cost Data","Engineering Data","Lookup Tables"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":0,"defined_names":895,"comments":13,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Title Page","index":0,"n_rows":15,"n_cols":1,"rows_kept":15,"cut":false,"hidden":false,"merged":[]}
["U.S. EPA Office of Ground Water and Drinking Water"]
["Work Breakdown Structure (WBS) Model for Ultraviolet Photolysis/Advanced Oxidation Process Treatment"]
["Release Date: March 2023"]
["· The primary purpose of this model is to assist EPA in estimating national compliance costs."]
["· As such, the costs are intended to be representative of the central tendency of typical facilities."]
["· The default settings, however, do not account for all of the site-specific factors that could affect the cost of any given individual facility or project."]
["· Still, other uses of the model might be reasonable if sufficient care is taken by the user to account for site- or project-specific factors."]
["· The model results are point estimates shown to the nearest $1, but this precision is not meant to imply that the results are accurate to $1."]
["· Instead, users should review all documentation, modify inputs/assumptions as appropriate to their specific purpose, and form their own informed opinions about the accuracy and suitability of the results."]
["· Use of this model requires Excel 2007 or later."]
["· The model should be opened as Read-only, so that any changes you make are saved under a new file name."]
["· To function properly, macros (\"active content\") must be enabled. If a security warning appears, click \"options\" and \"enable this content.\""]
["· For further information see the following document distributed with this file:"]
["USEPA. 2023. Work Breakdown Structure-Based Cost Model for Ultraviolet Photolysis/Advanced Oxidation Process Drinking Water Treatment. Office of Water."]
["· To begin using the model, go to the INPUT sheet."]

{"sheet":"Index","index":1,"n_rows":254,"n_cols":2,"rows_kept":254,"cut":false,"hidden":false,"merged":[]}
["INDEX"]
["This page provides an index to all user-adjustable inputs and assumptions.  Click on a variable name to go directly to the adjustable cells."]
[]
["User-adjustable Input or Assumption","Variable Name and Link"]
["Number of check valves per oxidant metering pump","acid_chv_pump"]
["Additional building after…","add_2nd_building"]
["Add-on (pre- or post-treatment)","addon_I"]
["Ventilation air change rate for offices","Air_changes_office"]
["Ventilation air change rate for pump room","Air_changes_pump"]
["Ventilation air change rate for reactors","Air_changes_reactor"]
["Ventilation air change rate for storage","Air_changes_storage"]
["Automatic cleaning system effectiveness check frequency","autoclean_eff_freq"]
["Average Flow ","average_flow_I"]
["Ballast efficiency","ballast_efficiency"]
["Ballast life","ballast_life"]
["Bedding depth below pipe","bedding_depth"]
["Bedding depth surrounding the pipe","bedding_pct"]
["Pump efficiency","booster_pump_efficiency"]
["Pump head","booster_pump_head"]
["Cost for parts & maintenance for pumps","booster_pump_maintenance"]
["Borehole depth for deep basins","bore_depth_max"]
["Borehole depth for shallow basins","bore_depth_min"]
["Technology footprint above which boreholes are needed","bore_need"]
["Builder's risk insurance percentage","br_ins_pct"]
["Building height","Building_height"]
["Ceiling clearance for storage tanks","ceiling_clearance"]
["Chemical pipe length multiplier","chem_pipe_mult"]
["Chlorine solution strength for NaOCl","chlorine_strength_Na"]
["City Index for Total Capital Cost","City_Index"]
["Desired chlorine dose","Cl2_I"]
["Administrative LOE as a percent of average technical labor ","Clerical_percent"]
["Chemical tank mixer horsepower","cmix_hp_per"]
["Control panel access space","cntrl_space"]
["Coefficient of passive pressure","Coeff_Kp"]
["Technology complexity factor","complexity"]
["Component level","component_level_I"]
["Concrete thickness","conc_thick"]
["Annual cooling degree days","cool_DD"]
["Cooling ventilation/infiltration load","cool_viload"]
["Cooling table for buildings 500 square feet or greater","cooling_table"]
["Cooling table for buildings less than 500 ft2","cooling_table_shed"]
["Heat pump heating coefficient of performance","COP"]
["Days of H2O2 storage","cstore_days"]
["Cost estimating method","curve"]
["Number of check valves per booster pump","cvalve_pump"]
["Include a separate day tank if daily volume is x or greater","day_tank_needed"]
["Design Flow ","design_flow_I"]
["Mid-efficiency oil furnace efficiency","diesel_eff"]
["Heating Oil Heat Content","diesel_heat_content"]
["Standard oil furnace efficiency","diesel_non_eff"]
["Dose safety factor","dose_SF_I"]
["Drain pipe length multiplier","drain_pipe_mult"]
["Select UV energy input type","EE_type_I"]
["Electrical energy dose (EED)","EED_I"]
["Electrical energy per order contaminant removal (EE/O)","EEO_I"]
["Air conditioning EER","EER"]
["pH meters for treated water line","eff_pH_meter"]
["Temperature meters for treated water line","eff_temp_meter"]
["Turbidity meters for treated water line","eff_turb_meters"]
["Number of electrical enclosures","elec_encl"]
["Electrical percentage","elect_pct"]
["Engineering percentage for large systems","eng_pct_large"]
["Engineering percentage for medium systems","eng_pct_medium"]
["Engineering percentage for small systems","eng_pct_small"]
["Excavation depth","excavation_depth"]
["Excavation for proper hydraulic profile","excavation_I"]
["Number of mechanical ventilation days per year first building (large system)","fan_days_build1_large"]
["Number of mechanical ventilation days per year first building (medium system)","fan_days_build1_medium"]
["Number of mechanical ventilation days per year first building (small system)","fan_days_build1_small"]
["Number of mechanical ventilation days per year 2nd building (large system)","fan_days_build2_large"]
["Number of mechanical ventilation days per year 2nd building (medium system)","fan_days_build2_medium"]
["Number of mechanical ventilation days per year 2nd building (small system)","fan_days_build2_small"]
["Pressure drop across the fan","Fan_pressure_drop"]
["Financing percentage","finance_pct"]
["Financing percentage for small systems","finance_pct_small"]
["Fire truck buffer requirements","fire_buffer"]
["Flow distribution","flow_dist_I"]
["Flow meters for influent and treated water line","fm_in"]
["Flow meters for influent and treated water line in add-on scenario","fm_in_addon"]
["Flow meters per treatment line for active flow control option","fm_treat"]
["Flow meters per treatment line for passive flow control option","fm_treat_passive"]
["Frost depth","frost"]
["Natural gas condensing furnace efficiency","gas_eff"]
["Natural gas non-condensing furnace efficiency","gas_non_eff"]
["Diluted H2O2 concentration to be fed","H2O2_dilute_conc"]
["Percent grade of H2O2","H2O2_grade"]
["Desired hydrogen peroxide dose ","H2O2_I"]
["Specific gravity of H2O2 at the indicated grade","H2O2_sg"]
["Miles to hazardous solid waste disposal site","haz_miles"]
["Annual heating degree days","heat_DD"]
["Heating ventilation/infiltration load","heat_viload"]
["Heating table for buildings 500 square feet or greater","heating_table"]
["Heating table for buildings less than 500 ft2","heating_table_shed"]
["Linear feet bored per day","hole_per_day"]
["Boreholes per job","hole_per_job"]
["Borehole needed every x square feet","hole_per_sf"]
["Heat pump cooling EER","hp_EER"]
["Instrumentation and control percentage","i_c_pct"]
["Number of manual valves on influent and treated water line","in_man"]
["Number of manual valves on influent and treated water line in add-on scenario","in_man_addon"]
["Influent and treated water pipe length multiplier","in_out_pipe_mult"]
["Include architectural fee?","include_arch"]
["Include architectural fee for small systems?","include_arch_small"]
["Include performance bond cost?","include_bond"]
["Include buildings?","include_buildings_I"]
["Include construction management cost?","include_cm"]
["Include mixers for chemical tanks","include_cmix"]
["Include contingency costs for high cost systems?","include_conting_high"]
["Include contingency costs for low cost systems?","include_conting_low"]
["Include contingency costs for medium cost systems?","include_conting_medium"]
["Include geotechnical costs for high cost systems?","include_geo_high"]
["Include geotechnical costs for low cost systems?","include_geo_low"]
["Include geotechnical costs for medium cost systems?","include_geo_medium"]
["Include HVAC?","include_HVAC_I"]
["Include land?","include_land_I"]
["Include NEPA compliance costs?","include_NEPA"]
["Include concrete pad in total capital cost?","include_pad"]
["Include permit costs?","include_permits"]
["Include pilot study costs?","include_pilot"]
["Include pilot study costs in add-on scenario?","include_pilot_addon"]
["Number of booster pumps","include_pumps_I"]
["Include secondary containment","include_sec_cont"]
["Include sitework costs?","include_sitework"]
["Include standby power costs?","include_standby"]
["Include standby power costs in add-on scenario?","include_standby_addon"]
["Include standby power costs for small systems?","include_standby_small"]
["Include yard piping costs?","include_yardpipe"]
["Include yard piping costs in add-on scenario?","include_yardpipe_addon"]
["pH meters for influent line","inf_pH_meter"]
["Temperature meters for influent line","inf_temp_meter"]
["Turbidity meters for influent line","Inf_turb_meters"]
["Installation, Transportatation, and O&P percentage","inst_pct"]
["Labor for automatic cleaning system effectiveness check","labor_autoclean_eff"]
["Labor for UV sensor calibration checks","labor_calibration_sensor"]
["Labor for UVT analyzer calibration checks","labor_calibration_UVT"]
["Labor required to replace ballast","labor_per_ballast"]
["Labor required to replace lamps","labor_per_lamp"]
["Labor for UV sensor replacement","labor_per_sensor"]
["Labor for quartz sleeve visual inspection","labor_per_sleeve_inspect"]
["Labor for monitoring and reporting","labor_report"]
["Lamp life - MP","lamp_life_MP"]
["Legal percentage","legal_pct"]
["Alarms per chemical cleaning tank","level_switch"]
["Lighting power per sf, high-quality buildings","lighting_power_high"]
["Lighting power per sf, low-quality buildings and sheds","lighting_power_low"]
["Lighting power per sf, mid-quality buildings","lighting_power_mid"]
["Major or high alarm system for component failure","major_alarm"]
["Managerial LOE as a percent of average technical labor ","Manager_percent"]
["System Automation","manual_I"]
["Maximum number of redundant reactors for entire facility","max_rd_reac"]
["Maximum allowable removal","max_removal"]
["Maximum access space per tank for large systems","max_space_tank_large"]
["Maximum access space per tank for small systems","max_space_tank_small"]
["Minimum average flow as percentage of design","min_avg_flow"]
["Minimum chemical feed pump size","min_chem_flow"]
["Minimum chemical tank mixer horsepower","min_cmix_hp"]
["Minimum number of boreholes","min_holes"]
["Minimum allowable removal","min_removal"]
["Minimum standby power generator size","min_standby"]
["Minimum trench depth to top of pipe","min_trench_depth"]
["Minor alarm for indicating equipment failure","minor_alarm"]
["Miscellaneous allowance percentage","misc_pct"]
["Mobilization percentage for large systems","mob_pct_large"]
["Mobilization percentage for medium systems","mob_pct_medium"]
["Mobilization percentage for small systems","mob_pct_small"]
["Frequency of checking lamp output variability-MP lamps","MP_variability_freq"]
["Density of bulk NaOCl solution","NaOCl_dens"]
["Days of NaOCl storage","NaOCl_store"]
["Include cooling in standby power","need_cool"]
["Include heating in standby power","need_heat"]
["Buffer space around other sides of buildings","non_fire_buffer"]
["Miles to non-hazardous solid waste disposal site","non_haz_miles"]
["Number of redundant chemical metering pumps","NRD_cm_pump"]
["Redundant reactors to be added","NRD_I"]
["Redundant booster pumps","NRD_pump"]
["Redundant UVT monitors for direct photolysis","NRD_UVT_mon"]
["City Index for Total O&M Cost","OM_City_Index"]
["Concrete pad thickness","pad_thick"]
["Concrete pad thickness for small systems","pad_thick_small"]
["Safety factor for passive flow distribution","passive_flow_sf"]
["Test pit depth","pit_depth"]
["Test pit length","pit_length"]
["Test pit width","pit_width"]
["Number of CPUs in add-on scenario","plc_cpu_addon"]
["Number of CPUs in stand-alone system","plc_cpu_standalone"]
["Ethernet modules in add-on scenario","plc_ethernet_addon"]
["Ethernet modules in stand-alone system","plc_ethernet_standalone"]
["Operator interfaces in add-on scenario","plc_interface_addon"]
["Operator interfaces in stand-alone system","plc_interface_standalone"]
["Include PLC rack/power supplies in add-on scenario","plc_rack_addon"]
["I/O port table","port_table"]
["Include printers in add-on scenario","printer_addon"]
["Printers per x computer workstations","printer_ratio"]
["Process pipe length multiplier","proc_pipe_mult"]
["Pump safety factor","pump_safety_factor"]
["R-value for ceilings","R_ceiling"]
["R-value for walls","R_wall"]
["Operating UV reactors per redundant reactor","rd_reac_freq"]
["Labor for reactor inspection for manual systems","reactor_insp_labor"]
["Reduction factor","Reduction"]
["Number of reference UV intensity sensors","ref_sensors"]
["Contaminant removal as percent","Removal_percent_I"]
["Hazardous classification of spent lambs, ballasts, & sensors","res_haz"]
["Electric resistance heating efficiency","resist_eff"]
["Maximim height of riser ","riser_height"]
["Drive Controllers per booster pump","S_booster_pump"]
["Drive Controllers per oxidant metering pump","S_cm_pump"]
["Drive Controllers per mixer","S_mix"]
["Chemical resistant coating coverage","sec_cont_coating_cvg"]
["Additional freeboard","sec_cont_freeboard"]
["Maximum curb thickness","sec_cont_max_thick"]
["Volume required as a percentage of the largest tank","sec_cont_pct_of_largest"]
["Volume required as a percentage of total storage","sec_cont_pct_of_total"]
["UV intensity sensor lifetime","sensor_life"]
["Number of shifts","shifts_day"]
["Sleeve visual examination frequency","sleeve_exam_freq"]
["Soil density","soil_dens"]
["Office space per employee","space_office"]
["Office space per employee for small systems","space_office_small"]
["Access space for pumps","space_pumps"]
["Access space for UV reactors","space_reactor"]
["Design safety factor for standby power","std_safety_factor"]
["Per Reactor Storage room for ancillaries of UV reactors","storage"]
["Sales tax percentage","tax_pct"]
["Chlorine residual analyzers per train (UV/Cl only)","train_cl_anal"]
["pH meters for each treatment train for direct photolysis","train_pH_meters_1"]
["pH meters for each treatment train for UV/H2O2","train_pH_meters_2"]
["pH meters for each treatment train for UV/Cl","train_pH_meters_3"]
["Temperature meters for each reactor train","train_temp_meter"]
["Turbidity meters for each treatment train ","train_turb_meters"]
["Trench inside angle","trench_angle"]
["For chemical supply systems","uloe_chem_maint"]
["Minutes per 100 sf per day","uloe_fp"]
["Minutes per instrument per day","uloe_inst"]
["Recording operating paramenters for automated systems","uloe_inst_auto"]
["For instruments (includes calibration)","uloe_inst_maint"]
["Minutes per pump per day","uloe_pump"]
["For pumps","uloe_pump_maint"]
["Minutes per valve per week","uloe_valve"]
["For valves","uloe_valve_maint"]
["UPSs in add-on scenario","ups_addon"]
["Include UPS for UV power supply ","UPS_I"]
["UPS access space","UPS_space"]
["UPSs in stand-alone system","ups_standalone"]
["Influent UVT monitors ","UVT_monitors_sp"]
["UVT monitors per train for UVAOP with oxidant","UVT_monitors_train"]
["Valve table","valve_table"]
["Weight of disposed ballasts","weight_ballast"]
["Weight of disposed UV lamps","weight_lamp"]
["Weight of disposed UV intensity sensors","weight_sensor"]
["Include workstations in add-on scenario","workstation_addon"]
["Computer workstations per x operators","workstation_ratio"]
["Pipe length from water source to the boundary of the 10 foot buffer","yard_in"]
["Pipe length the boundary of the 10 foot buffer to distribution network","yard_out"]

{"sheet":"INPUT","index":2,"n_rows":72,"n_cols":9,"rows_kept":72,"cut":false,"hidden":false,"merged":[[22,8,23,8],[22,6,23,7]]}
["ULTRAVIOLET PHOTOLYSIS/AOP SYSTEM DESIGN AND COSTS"]
[]
[null,null,null,null,"STEP 1:"]
[null,null,null,null,"Select Contaminant",null,null,{"$f":"IF(contam_type=4,\"For other contaminants, the buttons shown in Step 2 will enter flows only, and clear all other inputs. The user will need to enter the appropriate inputs manually\",\"\")","v":""}]
[null,null,null,null,null,null,null,{"$f":"IF(contam_type=4,\"Advanced users can change this behavior by entering inputs on the Standard Inputs sheet\",\"\")","v":""}]
[null,null,null,null,"STEP 2:"]
[null,null,null,null,"Select Process Type",null,null,{"$f":"IF(photo_aop=3,\"AOP using UV and chlorine generally is effective only at influent pH of 6.5 or lower\",\"\")","v":""}]
[]
[null,null,null,null,"STEP 3:"]
[null,null,null,null,"Select Lamp Type"]
[]
[]
[null,null,{"$f":"'Standard Inputs'!AD9","v":false},{"$f":"'Standard Inputs'!AE9","v":false},"STEP 4:",null,null,{"$f":"IF(C13,\"<- Using this design\",IF(D13,\"<- You modified this design\",\"\"))","v":""},"The standard design buttons are for EPA's use in estimating national costs, but other users might find them useful as a starting point. See documentation for more information"]
[null,null,{"$f":"'Standard Inputs'!AD10","v":false},{"$f":"'Standard Inputs'!AE10","v":false},"Select one of the eight standard designs at right OR select \"CLEAR FOR MANUAL ENTRY\"",null,null,""]
[null,null,{"$f":"'Standard Inputs'!AD11","v":false},{"$f":"'Standard Inputs'!AE11","v":false},null,null,null,""]
[null,null,{"$f":"'Standard Inputs'!AD12","v":false},{"$f":"'Standard Inputs'!AE12","v":false},null,null,null,""]
[null,null,{"$f":"'Standard Inputs'!AD13","v":true},{"$f":"'Standard Inputs'!AE13","v":true},null,null,null,"<- Using this design"]
[null,null,{"$f":"'Standard Inputs'!AD14","v":false},{"$f":"'Standard Inputs'!AE14","v":false},null,null,null,""]
[null,null,{"$f":"'Standard Inputs'!AD15","v":false},{"$f":"'Standard Inputs'!AE15","v":false},null,null,null,""]
[null,null,{"$f":"'Standard Inputs'!AD16","v":false},{"$f":"'Standard Inputs'!AE16","v":false},null,null,null,""]
[null,null,null,null,null,null,null,{"$f":"IF(OR('Standard Inputs'!AB9:AC16),\"\",\"Using a manual design\")","v":""}]
[null,null,null,null,"STEP 5:"]
[null,"inputs current?",{"$f":"'Standard Inputs'!AB203","v":true},null,"(Optional for standard designs)",null,{"$f":"IF(photo_aop_name=\"\",\"Technology unavailable for this contaminant\",IF(C24,IF(C23,\"Input Complete -- Results Ready\",\"Input Complete -- Press 'Generate Results'\"),\"Input Incomplete -- Check for Error Messages Below\"))","v":"Input Complete -- Results Ready"},null,"Verify that this box reads \"Input Complete\" before proceeding"]
[null,"inputs OK?",{"$f":"AND(input_checks)","v":true},null,"Enter or change values in the gold and blue cells below, under \"Manual Inputs\""]
[]
[null,null,null,null,"STEP 6:"]
[null,null,null,null,null,null,null,null,{"$f":"\"Resulting Costs (in year \"&TEXT(current_year_cl,0)&\" dollars, see OUTPUT sheet for details)\"","v":"Resulting Costs (in year 2021 dollars, see OUTPUT sheet for details)"}]
[null,null,null,null,{"$f":"IF(G23=\"input complete -- results ready\",\"Results are ready (no need to click button)\",\"Click here to generate results -->\")","v":"Results are ready (no need to click button)"},null,null,null,{"$f":"\"Direct Capital Cost: \"&IF(input_status<>\"Input Complete -- Results Ready\",input_status,IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(AND(C23:C24),IF(ISERROR(direct_cost),\"Calculation error!\",TEXT(direct_cost,\"$0,0\"))))))","v":"Direct Capital Cost: $3,175,877"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Total Capital Cost: \"&IF(input_status<>\"Input Complete -- Results Ready\",input_status,IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(AND(C23:C24),IF(ISERROR(system_cost),\"Calculation error!\",TEXT(system_cost,\"$0,0\"))))))","v":"Total Capital Cost: $5,085,455"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Annualized Capital Cost: \"&IF(input_status<>\"Input Complete -- Results Ready\",input_status,IF(Missing_Cost,\"Missing Price!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(ISERROR(Annualized_Capital_Cost),\"Calculation error!\",TEXT(Annualized_Capital_Cost,\"$0,0\")&\" per year\"&\" (over \"&useful_life&\" years at \"&Discount_rate*100&\"%)\"))))","v":"Annualized Capital Cost: $414,203 per year (over 29 years at 7%)"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Annual O&M Cost: \"&IF(AND(C23:C24),IF(ISERROR(OM_cost),\"Calculation error!\",TEXT(OM_cost,\"$0,0\")&\" per year\"),input_status)","v":"Annual O&M Cost: $487,993 per year"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Total Annualized Cost: \"&IF(input_status<>\"Input Complete -- Results Ready\",input_status,IF(Missing_Cost,\"Missing Price!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(AND(C23:C24),IF(ISERROR(Annualized_Cost),\"Calculation error!\",TEXT(Annualized_Cost,\"$0,0\")&\" per year (\"&TEXT(TAC_pct_cap,\"0%\")&\" capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" O&M)\")))))","v":"Total Annualized Cost: $902,196 per year (46% capital, 54% O&M)"}]
[null,null,null,null,"MANUAL INPUTS",null,null,null,{"$f":"IF(input_status=\"Input Incomplete -- check for error messages below\",\"\",IF(Missing_Cost,\"A price is not available for at least one required component. See Use? column on OUTPUT sheet.\",IF(cost_buildup_error,\"There is an Excel error in the price for at least one component. Please see the Use? column on OUTPUT sheet.\",\"\")))","v":""}]
[null,null,null,null,"Cells in gold are required; cells in blue are optional"]
[null,"Used?","Valid input?","Invalid reason?",null,null,null,"Select units"]
[null,null,{"$f":"AND(df_units<>\"\",design_flow_I>0)","v":true},{"$f":"IF(C36,\"OK\",\"Flow inputs incomplete\")","v":"OK"},"Design Flow ","design_flow_I",2.1520000000000001,"MGD"]
[null,null,{"$f":"AND(af_units<>\"\",average_flow_I>0,average_flow<=design_flow,average_flow>=design_flow*min_avg_flow)","v":true},{"$f":"IF(C37,\"OK\",IF(average_flow>design_flow,\"The average flow should not be greater than design flow\",IF(average_flow<design_flow*min_avg_flow,\"The average flow must be at least \"&min_avg_flow&\"times design flow\",\"Flow inputs incomplete\")))","v":"OK"},"Average Flow ","average_flow_I",0.81899999999999995,"MGD"]
[null,null,{"$f":"AND(C36:C37)","v":true},{"$f":"IF(C38,\"OK\",IF(NOT(C36),D36,IF(NOT(C37),D37)))","v":"OK"},null,null,null,{"$f":"IF(C38,\"Flow input OK\",D38)","v":"Flow input OK"}]
[]
[null,null,null,null,"Contaminant removal as percent","Removal_percent_I",0.9,null,{"$f":"\"Allowable values from \" & TEXT(min_removal,\"0.0%\") & \" to \" & TEXT(max_removal,\"0.0%\")","v":"Allowable values from 10.0% to 99.9%"}]
[null,null,null,null,"For information: Log removal",null,{"$f":"IF(Removal_percent_I=\"\",\"\",TEXT(removal_required,\"0.00\") & \" log\")","v":"1.00 log"}]
[null,null,{"$f":"IF(ISERROR(removal_required),FALSE,IF(OR(Removal_percent_I<min_removal,Removal_percent_I>max_removal),FALSE,TRUE))","v":true},{"$f":"IF(C42,\"OK\",\"Please enter a contaminant removal percentage between \" & TEXT(min_removal,\"0.0%\") & \" and \" & TEXT(max_removal,\"0.0%\"))","v":"OK"},null,null,null,{"$f":"IF(C42,\"Contaminant removal input OK\",D42)","v":"Contaminant removal input OK"}]
[]
[null,{"$f":"CHOOSE(photo_aop,FALSE,TRUE,FALSE)","v":true},{"$f":"IF(B44=FALSE,TRUE,IF(H2O2_I>0,TRUE, FALSE))","v":true},null,"Desired hydrogen peroxide dose ","H2O2_I",10,"mg/L",{"$f":"CHOOSE(photo_aop,\"Direct photolysis does not use chemical oxidants\",\"Default AOP(UV/H2O2) value is 10 mg/L\",\"\")","v":"Default AOP(UV/H2O2) value is 10 mg/L"}]
[null,{"$f":"CHOOSE(photo_aop,FALSE,FALSE,TRUE)","v":false},{"$f":"IF(B45=FALSE,TRUE,IF(Cl2_I>0,TRUE, FALSE))","v":true},null,"Desired chlorine dose","Cl2_I",null,"mg/L as free chlorine",{"$f":"CHOOSE(photo_aop,\"Direct photolysis does not use chemical oxidants\",\"\",\"\")","v":""}]
[null,{"$f":"CHOOSE(photo_aop,FALSE,TRUE,TRUE)","v":true},{"$f":"IF(B46=FALSE,TRUE,IF(dose_SF_I>=1,TRUE,FALSE))","v":true},null,"Dose safety factor","dose_SF_I",1,"injected dose/desired dose",{"$f":"CHOOSE(photo_aop,\"Direct photolysis does not use chemical oxidants\",\"\",\"Additional chlorine injection may be required depending on ammonia concentration in influent water\")","v":""}]
[null,null,null,null,"For information: Injected dose",null,{"$f":"IF(NOT(C48),\"\",CHOOSE(photo_aop,0,H2O2_conc_need,Cl2_conc_need))","v":10},{"$f":"CHOOSE(photo_aop,\"mg/L\",\"mg/L hydrogen peroxide\",\"mg/L chlorine\")","v":"mg/L hydrogen peroxide"}]
[null,null,{"$f":"AND(C44:C46)","v":true},{"$f":"IF(C48,\"OK\",IF(NOT(C44),\"Enter a hydrogen peroxide dose greater than 0\",IF(NOT(C45),\"Enter a free chlorine dose greater than 0\",\"Enter a safety factor of 1 or greater\")))","v":"OK"},null,null,null,{"$f":"IF(C48,\"Oxidant dose input OK\",D48)","v":"Oxidant dose input OK"}]
[]
[null,null,{"$f":"IF(ISERROR(EE_type),FALSE,IF(ISNUMBER(EE_type),TRUE,FALSE))","v":true},{"$f":"IF(C50, \"OK\", \"Please choose UV energy input type.\")","v":"OK"},"Select UV energy input type","EE_type_I","Electrical energy per order (EE/O)","<-- pick one"]
[null,{"$f":"IF(EE_type=1,TRUE,FALSE)","v":true},{"$f":"IF(B51=FALSE,TRUE,IF(EEO_I>0,TRUE, FALSE))","v":true},null,"Electrical energy per order contaminant removal (EE/O)","EEO_I",7.4,"kWh/1000 gal/order",{"$f":"IF(EEO_Range=\"user\",\"See EEO References Sheet for available data\",IF(EEO_Range=\"NA\",\"No EE/O data found for this contaminant/technology pair\",\"Literature reports EE/O in the range of \"&EEO_Range&\" kWh/1000 gal/order\"))","v":"Literature reports EE/O in the range of 2.3 - 11.4 kWh/1000 gal/order"}]
[null,{"$f":"IF(EE_type=2,TRUE,FALSE)","v":false},{"$f":"IF(B52=FALSE,TRUE,IF(EED_I>0,TRUE,FALSE))","v":true},null,"Electrical energy dose (EED)","EED_I",null,"kWh/1000 gal",{"$f":"IF(EED_Range=\"NA\",\"No EED data found for this contaminant/technology pair\",IF(OR(EED_high<=0,EED_low<=0),\"EED data not available for removal less than 0.17 log\",\"Literature reports EED in the range of \"&EED_Range&\" kWh/1000 gal\"))","v":"No EED data found for this contaminant/technology pair"}]
[null,null,{"$f":"AND(C49:C52)","v":true},{"$f":"IF(C53,\"OK\",IF(NOT(C50),\"Please choose UV energy input type.\",IF(NOT(C51),\"Enter an EE/O greater than 0\",\"Enter an EED greater than 0\")))","v":"OK"},null,null,null,{"$f":"IF(C53,\"UV energy input OK\",D53)","v":"UV energy input OK"}]
[]
[null,null,{"$f":"IF(ISERROR(flow_dist),FALSE,IF(ISNUMBER(flow_dist),TRUE,FALSE))","v":true},{"$f":"IF(C55, \"OK\", \"Please choose active or passive flow distribution.\")","v":"OK"},"Flow distribution","flow_dist_I","active flow","<-- pick one","Active flow provides greatest hydraulic control"]
[null,null,{"$f":"IF(ISERROR(ups),FALSE,IF(ISNUMBER(ups),TRUE,FALSE))","v":true},{"$f":"IF(C56,\"OK\",\"Please choose whether to include a UPS\")","v":"OK"},"Include UPS for UV power supply ","UPS_I","no","<-- pick one","Most facilities do not use UPS for their UV systems "]
[null,null,{"$f":"IF(ISERROR(excavation),FALSE,IF(ISNUMBER(excavation),TRUE,FALSE))","v":true},{"$f":"IF(C57,\"OK\",\"Please choose whether to excavate\")","v":"OK"},"Excavation for proper hydraulic profile","excavation_I","no","<-- pick one",{"$f":"\"Choose yes to lower hydraulic profile by \" & excavation_depth & \" feet\"","v":"Choose yes to lower hydraulic profile by 5 feet"}]
[null,null,{"$f":"AND(C55:C57)","v":true},{"$f":"IF(C58,\"OK\",IF(NOT(C55),D55,IF(NOT(C56),D56,IF(NOT(C57),D57))))","v":"OK"},null,null,null,{"$f":"IF(C58,\"System configuration inputs OK\",D58)","v":"System configuration inputs OK"}]
[]
[null,null,{"$f":"IF(ISBLANK(include_pumps_I),TRUE,IF(ISNUMBER(include_pumps_I),IF(AND(include_pumps_I>=0,include_pumps_I=ROUND(include_pumps_I,0)),IF(ISERROR(pump_rating),FALSE,IF(pump_rating>max_pump_size,FALSE,TRUE)),FALSE),FALSE))","v":true},{"$f":"IF(C60,\"OK\",\"Please enter a whole number of booster pumps, or leave the entry blank\")","v":"OK"},"Number of booster pumps","include_pumps_I",0,"pumps","Enter 0 to exclude booster pumps (i.e., use existing pumps). Clear cell to accept model defaults (no pumps for systems <1 MGD, otherwise sized per average and design flows)"]
[null,null,null,null,"For information: # of booster pumps",null,{"$f":"IF(ISERROR(booster_pumps),\"\",booster_pumps)","v":0},"pumps"]
[null,null,{"$f":"IF(ISBLANK(NRD_I),TRUE,IF(ISNUMBER(NRD_I),IF(AND(NRD_I>=0,NRD_I=ROUND(NRD_I,0)),TRUE,FALSE),FALSE))","v":true},{"$f":"IF(C62,\"OK\",\"Please enter a whole number of redundant reactors, or leave the entry blank\")","v":"OK"},"Redundant reactors to be added","NRD_I",null,"units","Enter 0 to exclude redundant reactors. Leave blank to accept redundancy frequency specified in critical design assumptions."]
[null,null,{"$f":"NOT(ISERROR(component_level))","v":true},{"$f":"IF(C63,\"OK\",\"Invalid component level\")","v":"OK"},"Component level","component_level_I",null,"<-- pick or leave blank","Leave blank to use low cost components"]
[null,null,{"$f":"IF(ISERROR(manual),FALSE,IF(AND(flow_dist=1,manual<>3),FALSE,TRUE))","v":true},{"$f":"IF(C64,\"OK\",IF(AND(flow_dist=1,manual<>3),\"Active flow control requires full automation\",\"Invalid system automation input\"))","v":"OK"},"System Automation","manual_I","fully automated","<-- pick or leave blank","Leave blank to allow model to pick based on component level or flow distribution"]
[null,null,null,null,"Include buildings?","include_buildings_I",null,"<-- pick or leave blank","Leave blank to include buildings"]
[null,null,null,null,"Include HVAC?","include_HVAC_I",null,"<-- pick or leave blank","Leave blank to allow model to pick based on component level and building type"]
[null,null,null,null,"Include land?","include_land_I",null,"<-- pick or leave blank","Leave blank to include land"]
[null,null,null,null,"For information: Component Level",null,{"$f":"IF(component_level=2,\"high cost\",IF(component_level=1,\"mid cost\",\"low cost\"))","v":"low cost"}]
[null,null,null,null,"Automation",null,{"$f":"IF(manual=1,\"manual\",IF(manual=2,\"semi-automated\",IF(manual=3,\"fully automated\")))","v":"fully automated"}]
[null,null,null,null,"Add-on (pre- or post-treatment)","addon_I",null,"<-- pick or leave blank","Select to calculate costs for UVAOP as a pre- or post-treatment for another base technology"]
[null,null,{"$f":"AND(C60,C62:C64)","v":true},{"$f":"IF(C71,\"OK\",IF(NOT(C60),D60,IF(NOT(C62),D62,IF(NOT(C63),D63,IF(NOT(C64),D64)))))","v":"OK"},null,null,null,{"$f":"IF(C71,\"Optional inputs OK\",D71)","v":"Optional inputs OK"}]
[null,null,null,null,null,null,null,{"$f":"IF(OR(H71=\"input incomplete\",H71=\"Optional Inputs OK\"),\"\",IF(pump_rating>max_pump_size,\"Hint: increase number of pumps or leave that input blank\",\"\"))","v":""}]

{"sheet":"OUTPUT","index":3,"n_rows":332,"n_cols":25,"rows_kept":332,"cut":false,"hidden":false,"merged":[[30,12,32,12],[30,13,30,21],[30,22,31,23],[31,13,31,15],[31,16,31,18],[31,19,31,21],[263,8,263,11],[259,2,259,3],[30,0,32,0],[30,1,32,1],[30,2,32,3],[30,4,32,5],[30,6,32,7],[259,4,259,5],[30,8,32,8],[30,9,32,9],[30,10,32,10],[30,11,32,11]]}
["OUTPUT SUMMARY"]
[null,"Parameter","Value","Units"]
[null,"Technology","UVAOP"]
[null,"Contaminant",{"$f":"VLOOKUP(contam_type,contam_table,2)","v":"1,4 Dioxane"}]
[null,"Process Type",{"$f":"photo_aop_name","v":"AOP (UV/H2O2)"}]
[null,"Lamp Type",{"$f":"VLOOKUP(lamp_type,lamp_type_lookup2,2)","v":"MP"}]
[null,"System Size Category",{"$f":"IF(design_flow<1,\"small\",\"large\")","v":"large"}]
[null,"Design Flow",{"$f":"design_flow","v":2.1520000000000001},{"$f":"df_units","v":"MGD"}]
[null,"Average Flow",{"$f":"average_flow","v":0.81899999999999995},{"$f":"af_units","v":"MGD"}]
[null,"Contaminant Removal",{"$f":"Removal_percent_I","v":0.9},{"$f":"\"(\" & TEXT(removal_required,\"0.0\") & \" log)\"","v":"(1.0 log)"}]
[null,"Injected oxidant dose (including safety factor)",{"$f":"H2O2_conc_need","v":10},"mg/L"]
[null,"Electrical Energy per Order (EE/O)",{"$f":"EEO_I","v":7.4},"kW/1000 gal/order"]
[null,"Flow Distribution",{"$f":"flow_dist_I","v":"active flow"}]
[null,"Include UPS?",{"$f":"UPS_I","v":"no"}]
[null,"Include excavation for proper hydraulic profile?",{"$f":"excavation_I","v":"no"}]
[null,"Total UV power at design flow",{"$f":"total_reactor_power","v":663.5333333333333},"kW"]
[null,"Component Level",{"$f":"CHOOSE(N(component_level)+1,\"low cost\",\"mid cost\",\"high cost\")","v":"low cost"}]
[null,"System automation",{"$f":"IF(manual=1,\"manual\",IF(manual=2,\"semi-automated\",IF(manual=3,\"fully automated\")))","v":"fully automated"}]
[null,{"$f":"\"Resulting Costs (in year \"&TEXT(current_year_cl,0)&\" dollars)\"","v":"Resulting Costs (in year 2021 dollars)"}]
[null,"Direct Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",direct_cost)))","v":3175877.0767659172},"Details",{"$f":"IF(input_status<>\"input complete -- results ready\",IF(input_complete,\"Press Generate Results\",\"Check INPUT sheet for errors\"),IF(Missing_Cost,\"A price is not available for at least one required component. See Use? column below.\",IF(cost_buildup_error,\"There is an Excel error in the price for at least one component. See Use? column below.\",\"\")))","v":""}]
[null,"Add-on Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",addon_cost)","v":71066.469057062743},"Details"]
[null,"Indirect Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",C244)","v":1838511.1961723473},"Details"]
[null,"Total Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",system_cost)))","v":5085454.7419953272},"Details"]
[null,{"$f":"\"Annualized Capital Cost \"&IF(OR(input_status<>\"input complete -- results ready\",Missing_Cost,cost_buildup_error),\"\",\"(per year over \"&useful_life&\" years at \"&Discount_rate*100&\"%)\")","v":"Annualized Capital Cost (per year over 29 years at 7%)"},{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",Annualized_Capital_Cost)","v":414203.43254857586},"Details"]
[null,"Annual O&M Cost (per year)",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",OM_cost)","v":487992.59563787468},"Details"]
[null,{"$f":"\"Total Annualized Cost (per year\"&IF(OR(input_status<>\"input complete -- results ready\",ISERROR(OR(TAC_pct_cap,TAC_pct_OM))),\"\",\", \"&TEXT(TAC_pct_cap,\"0%\")&\" capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" O&M\")&\")\"","v":"Total Annualized Cost (per year, 46% capital, 54% O&M)"},{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",Annualized_Cost)))","v":902196.02818645048},"Details"]
[null,"Annualized cost per 1,000 gallons average flow",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",C306)))","v":3.0180341150633097}]
[null,"Annualized cost per household per year",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",C307)))","v":395.51874159363803}]
[]
["Direct Capital Cost Details (items in italics, without a 1 in the \"Use?\" column, represent alternate costs and are excluded from total)"]
["WBS #","Item","Design Quanitity",null,"Design Size",null,"Size used in estimate",null,"Unit Cost","Total Cost","Useful Life","Use?","Full Line Item Name","Priority selection",null,null,null,null,null,null,null,null,"Useful Life"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Small (<1 mgd)",null,null,"Medium (1-10 mgd)",null,null,"Large (>10 mgd)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Low","Mid","High","Low","Mid","High","Low","Mid","High","Count?","Depreciation"]
["1","UV System"]
["1.1","Reactors"]
["1.1.1","UV AOP Reactor",{"$f":"tot_num_reactors","v":9},"units",{"$f":"reactor_power","v":90},"kW",{"$f":"IF(curve=1,reactor_power,VLOOKUP(UV_reactor_power,UV_AOP_reactor_cost_cl,2))","v":90},{"$f":"F36","v":"kW"},{"$f":"IF(curve=1,UVAOP_reactor_eq,VLOOKUP(reactor_power,UV_AOP_reactor_cost_cl,3))","v":308340.63916777499},{"$f":"IF(OR(I36=\"NA\",I36=\"contact vendor\"),\"--\",C36*I36)","v":2775065.7525099749},{"$f":"VLOOKUP(reactor_power,UV_AOP_reactor_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},1,{"$f":"$B$35&\" - \"&B36","v":"Reactors - UV AOP Reactor"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K36*L36),0,IF(K36<1,0,L36))","v":1},{"$f":"IF(W36,J36/K36,0)","v":111002.63010039899}]
["2","Oxidant Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.1","Hydrogen Peroxide Storage Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.1.1","Plastic/XLPE",{"$f":"IF(H2O2_used,chem_tanks,0)","v":1},"units",{"$f":"IF(C39=0,\"NA\",chem_tank_vol)","v":412.94117647058823},{"$f":"IF(C39=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C39=0,\"NA\",IF(curve=1,chem_tank_vol,VLOOKUP(chem_tank_vol,pl_cst_cost_cl,2)))","v":412.94117647058823},{"$f":"IF(C39=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C39=0,\"NA\",IF(curve=1,pl_cst_eq_acid,VLOOKUP(chem_tank_vol,pl_cst_cost_cl,3)))","v":1207.7991808779479},{"$f":"IF(OR(I39=\"NA\",I39=\"contact vendor\"),\"--\",C39*I39)","v":1207.7991808779479},{"$f":"IF(C39=0,\"NA\",VLOOKUP(chem_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$38&\" - \"&B39","v":"Hydrogen Peroxide Storage Tanks - Plastic/XLPE"},1,2,2,1,2,2,1,2,2,1,120.7799180877948]
["2.1.1","Stainless Steel",{"$f":"IF(H2O2_used,chem_tanks,0)","v":1},"units",{"$f":"IF(C40=0,\"NA\",chem_tank_vol)","v":412.94117647058823},{"$f":"IF(C40=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C40=0,\"NA\",IF(curve=1,chem_tank_vol,VLOOKUP(chem_tank_vol,ss_cst_cost_cl,2)))","v":412.94117647058823},{"$f":"IF(C40=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C40=0,\"NA\",IF(curve=1,ss_cst_eq_acid,VLOOKUP(chem_tank_vol,ss_cst_cost_cl,3)))","v":4611.8268640234273},{"$f":"IF(OR(I40=\"NA\",I40=\"contact vendor\"),\"--\",C40*I40)","v":4611.8268640234273},{"$f":"IF(C40=0,\"NA\",VLOOKUP(chem_tank_vol,ss_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":35},0,{"$f":"$B$38&\" - \"&B40","v":"Hydrogen Peroxide Storage Tanks - Stainless Steel"},2,1,1,2,1,1,2,1,1,0,0]
["2.1.2","Secondary Containment - Concrete Curbing",{"$f":"IF(OR(H2O2_used=FALSE,include_sec_cont=0,chem_tanks=0),0,chem_stor_curb_concrete)","v":3},"cy","NA",null,"NA",null,{"$f":"IF(C41=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":739.60558874747949},{"$f":"IF(C41=0,\"--\",IF(I41=\"contact vendor\",\"--\",C41*I41))","v":2218.8167662424385},{"$f":"IF(C41=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},1,{"$f":"$B$38&\" - \"&B41","v":"Hydrogen Peroxide Storage Tanks - Secondary Containment - Concrete Curbing"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K41*L41),0,IF(K41<1,0,L41))","v":1},{"$f":"IF(W41,J41/K41,0)","v":55.470419156060963}]
["2.1.3","Secondary Containment - Chemical Resistant Coating",{"$f":"IF(OR(H2O2_used=FALSE,include_sec_cont=0,chem_tanks=0),0,chem_stor_coating_gal)","v":2},"gal","NA",null,"NA",null,{"$f":"IF(C42=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,3))","v":389.13},{"$f":"IF(C42=0,\"--\",IF(I42=\"contact vendor\",\"--\",C42*I42))","v":778.26},{"$f":"IF(C42=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$38&\" - \"&B42","v":"Hydrogen Peroxide Storage Tanks - Secondary Containment - Chemical Resistant Coating"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K42*L42),0,IF(K42<1,0,L42))","v":1},{"$f":"IF(W42,J42/K42,0)","v":77.825999999999993}]
[2.2000000000000002,"Hydrogen Peroxide Day Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.2.1","Plastic/XLPE",{"$f":"IF(H2O2_used,day_tanks,0)","v":1},"units",{"$f":"IF(C44=0,\"NA\",day_tank_vol)","v":36.168067226890763},{"$f":"IF(C44=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C44=0,\"NA\",IF(curve=1,day_tank_vol,VLOOKUP(day_tank_vol,pl_cst_cost_cl,2)))","v":36.168067226890763},{"$f":"IF(C44=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C44=0,\"NA\",IF(curve=1,pl_day_eq,VLOOKUP(day_tank_vol,pl_cst_cost_cl,3)))","v":751.7798820631765},{"$f":"IF(OR(I44=\"NA\",I44=\"contact vendor\"),\"--\",C44*I44)","v":751.7798820631765},{"$f":"IF(C44=0,\"NA\",VLOOKUP(day_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$43&\" - \"&B44","v":"Hydrogen Peroxide Day Tanks - Plastic/XLPE"},1,2,2,1,2,2,1,2,2,1,75.17798820631765]
["2.2.1","Stainless Steel",{"$f":"IF(H2O2_used,day_tanks,0)","v":1},"units",{"$f":"IF(C45=0,\"NA\",day_tank_vol)","v":36.168067226890763},{"$f":"IF(C45=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C45=0,\"NA\",IF(curve=1,day_tank_vol,VLOOKUP(day_tank_vol,ss_cst_cost_cl,2)))","v":36.168067226890763},{"$f":"IF(C45=0,\"\",\"gal\")","v":"gal"},{"$f":"IF(C45=0,\"NA\",IF(curve=1,ss_day_eq,VLOOKUP(day_tank_vol,ss_cst_cost_cl,3)))","v":780.84624628156314},{"$f":"IF(OR(I45=\"NA\",I45=\"contact vendor\"),\"--\",C45*I45)","v":780.84624628156314},{"$f":"IF(C45=0,\"NA\",VLOOKUP(day_tank_vol,ss_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":35},0,{"$f":"$B$43&\" - \"&B45","v":"Hydrogen Peroxide Day Tanks - Stainless Steel"},2,1,1,2,1,1,2,1,1,0,0]
["2.2.2","Secondary Containment - Concrete Curbing",{"$f":"IF(OR(H2O2_used=FALSE,include_sec_cont=0,day_tanks=0),0,chem_day_curb_concrete)","v":1},"cy","NA",null,"NA",null,{"$f":"IF(C46=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":739.60558874747949},{"$f":"IF(C46=0,\"--\",IF(I46=\"contact vendor\",\"--\",C46*I46))","v":739.60558874747949},{"$f":"IF(C46=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},1,{"$f":"$B$43&\" - \"&B46","v":"Hydrogen Peroxide Day Tanks - Secondary Containment - Concrete Curbing"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K46*L46),0,IF(K46<1,0,L46))","v":1},{"$f":"IF(W46,J46/K46,0)","v":18.490139718686986}]
["2.2.3","Secondary Containment - Chemical Resistant Coating",{"$f":"IF(OR(H2O2_used=FALSE,include_sec_cont=0,day_tanks=0),0,chem_day_coating_gal)","v":1},"gal","NA",null,"NA",null,{"$f":"IF(C47=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,3))","v":389.13},{"$f":"IF(C47=0,\"--\",IF(I47=\"contact vendor\",\"--\",C47*I47))","v":389.13},{"$f":"IF(C47=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$43&\" - \"&B47","v":"Hydrogen Peroxide Day Tanks - Secondary Containment - Chemical Resistant Coating"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K47*L47),0,IF(K47<1,0,L47))","v":1},{"$f":"IF(W47,J47/K47,0)","v":38.912999999999997}]
["2.3","Sodium Hypochlorite Storage Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K48*L48),0,IF(K48<1,0,L48))","v":0},{"$f":"IF(W48,J48/K48,0)","v":0}]
["2.3.1","Plastic/XLPE",{"$f":"IF(Cl2_used,chem_tanks,0)","v":0},"units",{"$f":"IF(C49=0,\"NA\",chem_tank_vol)","v":"NA"},{"$f":"IF(C49=0,\"\",\"gal\")","v":""},{"$f":"IF(C49=0,\"NA\",IF(curve=1,chem_tank_vol,VLOOKUP(chem_tank_vol,pl_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C49=0,\"\",\"gal\")","v":""},{"$f":"IF(C49=0,\"NA\",IF(curve=1,pl_cst_eq_acid,VLOOKUP(chem_tank_vol,pl_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I49=\"NA\",I49=\"contact vendor\"),\"--\",C49*I49)","v":"--"},{"$f":"IF(C49=0,\"NA\",VLOOKUP(chem_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$48&\" - \"&B49","v":"Sodium Hypochlorite Storage Tanks - Plastic/XLPE"},1,2,2,1,2,2,1,2,2,0,0]
["2.3.1","Fiberglass",{"$f":"IF(Cl2_used,chem_tanks,0)","v":0},"units",{"$f":"IF(C50=0,\"NA\",chem_tank_vol)","v":"NA"},{"$f":"IF(C50=0,\"\",\"gal\")","v":""},{"$f":"IF(C50=0,\"NA\",IF(curve=1,chem_tank_vol,VLOOKUP(chem_tank_vol,fg_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C50=0,\"\",\"gal\")","v":""},{"$f":"IF(C50=0,\"NA\",IF(curve=1,fg_cst_eq_acid,VLOOKUP(chem_tank_vol,fg_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I50=\"NA\",I50=\"contact vendor\"),\"--\",C50*I50)","v":"--"},{"$f":"IF(C50=0,\"NA\",VLOOKUP(chem_tank_vol,fg_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$48&\" - \"&B50","v":"Sodium Hypochlorite Storage Tanks - Fiberglass"},2,1,1,2,1,1,2,1,1,0,0]
["2.3.2","Secondary Containment - Concrete Curbing",{"$f":"IF(OR(Cl2_used=FALSE,include_sec_cont=0,chem_tanks=0),0,chem_stor_curb_concrete)","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C51=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":"NA"},{"$f":"IF(C51=0,\"--\",IF(I51=\"contact vendor\",\"--\",C51*I51))","v":"--"},{"$f":"IF(C51=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$48&\" - \"&B51","v":"Sodium Hypochlorite Storage Tanks - Secondary Containment - Concrete Curbing"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K51*L51),0,IF(K51<1,0,L51))","v":0},{"$f":"IF(W51,J51/K51,0)","v":0}]
["2.3.3","Secondary Containment - Chemical Resistant Coating",{"$f":"IF(OR(Cl2_used=FALSE,include_sec_cont=0,chem_tanks=0),0,chem_stor_coating_gal)","v":0},"gal","NA",null,"NA",null,{"$f":"IF(C52=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,3))","v":"NA"},{"$f":"IF(C52=0,\"--\",IF(I52=\"contact vendor\",\"--\",C52*I52))","v":"--"},{"$f":"IF(C52=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$48&\" - \"&B52","v":"Sodium Hypochlorite Storage Tanks - Secondary Containment - Chemical Resistant Coating"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K52*L52),0,IF(K52<1,0,L52))","v":0},{"$f":"IF(W52,J52/K52,0)","v":0}]
[2.4,"Sodium Hypochlorite Day Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.4.1","Plastic/XLPE",{"$f":"IF(Cl2_used,day_tanks,0)","v":0},"units",{"$f":"IF(C54=0,\"NA\",day_tank_vol)","v":"NA"},{"$f":"IF(C54=0,\"\",\"gal\")","v":""},{"$f":"IF(C54=0,\"NA\",IF(curve=1,day_tank_vol,VLOOKUP(day_tank_vol,pl_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C54=0,\"\",\"gal\")","v":""},{"$f":"IF(C54=0,\"NA\",IF(curve=1,pl_day_eq,VLOOKUP(day_tank_vol,pl_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I54=\"NA\",I54=\"contact vendor\"),\"--\",C54*I54)","v":"--"},{"$f":"IF(C54=0,\"NA\",VLOOKUP(day_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$53&\" - \"&B54","v":"Sodium Hypochlorite Day Tanks - Plastic/XLPE"},1,2,2,1,2,2,1,2,2,0,0]
["2.4.1","Fiberglass",{"$f":"IF(Cl2_used,day_tanks,0)","v":0},"units",{"$f":"IF(C55=0,\"NA\",day_tank_vol)","v":"NA"},{"$f":"IF(C55=0,\"\",\"gal\")","v":""},{"$f":"IF(C55=0,\"NA\",IF(curve=1,day_tank_vol,VLOOKUP(day_tank_vol,fg_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C55=0,\"\",\"gal\")","v":""},{"$f":"IF(C55=0,\"NA\",IF(curve=1,fg_day_eq,VLOOKUP(day_tank_vol,fg_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I55=\"NA\",I55=\"contact vendor\"),\"--\",C55*I55)","v":"--"},{"$f":"IF(C55=0,\"NA\",VLOOKUP(day_tank_vol,fg_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$53&\" - \"&B55","v":"Sodium Hypochlorite Day Tanks - Fiberglass"},2,1,1,2,1,1,2,1,1,0,0]
["2.4.2","Secondary Containment - Concrete Curbing",{"$f":"IF(OR(Cl2_used=FALSE,include_sec_cont=0,day_tanks=0),0,chem_day_curb_concrete)","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C56=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":"NA"},{"$f":"IF(C56=0,\"--\",IF(I56=\"contact vendor\",\"--\",C56*I56))","v":"--"},{"$f":"IF(C56=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$53&\" - \"&B56","v":"Sodium Hypochlorite Day Tanks - Secondary Containment - Concrete Curbing"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K56*L56),0,IF(K56<1,0,L56))","v":0},{"$f":"IF(W56,J56/K56,0)","v":0}]
["2.4.3","Secondary Containment - Chemical Resistant Coating",{"$f":"IF(OR(Cl2_used=FALSE,include_sec_cont=0,day_tanks=0),0,chem_day_coating_gal)","v":0},"gal","NA",null,"NA",null,{"$f":"IF(C57=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,3))","v":"NA"},{"$f":"IF(C57=0,\"--\",IF(I57=\"contact vendor\",\"--\",C57*I57))","v":"--"},{"$f":"IF(C57=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$53&\" - \"&B57","v":"Sodium Hypochlorite Day Tanks - Secondary Containment - Chemical Resistant Coating"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K57*L57),0,IF(K57<1,0,L57))","v":0},{"$f":"IF(W57,J57/K57,0)","v":0}]
["3","Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.1","Influent and Treated Water Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.1.1","Ductile Iron",{"$f":"in_out_pipe_length","v":120},"lf",{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(in_out_pipe_diam=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,2)))","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,di_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,3))","v":141.73754675700002},{"$f":"IF(OR(I60=\"NA\",I60=\"contact vendor\"),\"--\",C60*I60)","v":17008.505610840002},{"$f":"VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,{"$f":"$B$59&\" - \"&B60","v":"Influent and Treated Water Piping - Ductile Iron"},3,3,3,3,3,3,3,3,3,0,0]
["3.1.1","CPVC",{"$f":"in_out_pipe_length","v":120},"lf",{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(in_out_pipe_diam=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,2)))","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,cpvc_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,3))","v":110.97367943600001},{"$f":"IF(OR(I61=\"NA\",I61=\"contact vendor\"),\"--\",C61*I61)","v":13316.841532320001},{"$f":"VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},0,{"$f":"$B$59&\" - \"&B61","v":"Influent and Treated Water Piping - CPVC"},2,1,4,2,1,4,2,1,4,0,0]
["3.1.1","PVC",{"$f":"in_out_pipe_length","v":120},"lf",{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(in_out_pipe_diam=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,2)))","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,pvc_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,3))","v":19.148192264999999},{"$f":"IF(OR(I62=\"NA\",I62=\"contact vendor\"),\"--\",C62*I62)","v":2297.7830718},{"$f":"VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},1,{"$f":"$B$59&\" - \"&B62","v":"Influent and Treated Water Piping - PVC"},1,2,5,1,2,5,1,2,5,1,104.44468508181818]
["3.1.1","Stainless Steel",{"$f":"in_out_pipe_length","v":120},"lf",{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(in_out_pipe_diam=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,2)))","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,ss_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,3))","v":366.94979630500001},{"$f":"IF(OR(I63=\"NA\",I63=\"contact vendor\"),\"--\",C63*I63)","v":44033.975556600002},{"$f":"VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":45},0,{"$f":"$B$59&\" - \"&B63","v":"Influent and Treated Water Piping - Stainless Steel"},5,5,1,5,5,1,5,5,1,0,0]
["3.1.1","Steel",{"$f":"in_out_pipe_length","v":120},"lf",{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(in_out_pipe_diam=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,2)))","v":10},{"$f":"IF(in_out_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,st_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,3))","v":174.27949943716169},{"$f":"IF(OR(I64=\"NA\",I64=\"contact vendor\"),\"--\",C64*I64)","v":20913.539932459404},{"$f":"VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":35},0,{"$f":"$B$59&\" - \"&B64","v":"Influent and Treated Water Piping - Steel"},4,4,2,4,4,2,4,4,2,0,0]
["3.2","Process Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.2.1","Ductile Iron",{"$f":"proc_pipe_length","v":120},"lf",{"$f":"proc_pipe_diam","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(proc_pipe_diam=0,\"NA\",IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,2)))","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,di_pipe_eq_proc,VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,3))","v":141.73754675700002},{"$f":"IF(OR(I66=\"NA\",I66=\"contact vendor\"),\"--\",C66*I66)","v":17008.505610840002},{"$f":"VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,{"$f":"$B$65&\" - \"&B66","v":"Process Piping - Ductile Iron"},3,3,3,3,3,3,3,3,3,0,0]
["3.2.1","CPVC",{"$f":"proc_pipe_length","v":120},"lf",{"$f":"proc_pipe_diam","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(proc_pipe_diam=0,\"NA\",IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,2)))","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,cpvc_pipe_eq_proc,VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,3))","v":110.97367943600001},{"$f":"IF(OR(I67=\"NA\",I67=\"contact vendor\"),\"--\",C67*I67)","v":13316.841532320001},{"$f":"VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},0,{"$f":"$B$65&\" - \"&B67","v":"Process Piping - CPVC"},2,1,4,2,1,4,2,1,4,0,0]
["3.2.1","PVC",{"$f":"proc_pipe_length","v":120},"lf",{"$f":"proc_pipe_diam","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(proc_pipe_diam=0,\"NA\",IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,2)))","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,pvc_pipe_eq_proc,VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,3))","v":19.148192264999999},{"$f":"IF(OR(I68=\"NA\",I68=\"contact vendor\"),\"--\",C68*I68)","v":2297.7830718},{"$f":"VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},1,{"$f":"$B$65&\" - \"&B68","v":"Process Piping - PVC"},1,2,5,1,2,5,1,2,5,1,104.44468508181818]
["3.2.1","Stainless Steel",{"$f":"proc_pipe_length","v":120},"lf",{"$f":"proc_pipe_diam","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(proc_pipe_diam=0,\"NA\",IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,2)))","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,ss_pipe_eq_proc,VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,3))","v":366.94979630500001},{"$f":"IF(OR(I69=\"NA\",I69=\"contact vendor\"),\"--\",C69*I69)","v":44033.975556600002},{"$f":"VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":45},0,{"$f":"$B$65&\" - \"&B69","v":"Process Piping - Stainless Steel"},5,5,1,5,5,1,5,5,1,0,0]
["3.2.1","Steel",{"$f":"proc_pipe_length","v":120},"lf",{"$f":"proc_pipe_diam","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(proc_pipe_diam=0,\"NA\",IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,2)))","v":10},{"$f":"IF(proc_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,st_pipe_eq_proc,VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,3))","v":174.27949943716169},{"$f":"IF(OR(I70=\"NA\",I70=\"contact vendor\"),\"--\",C70*I70)","v":20913.539932459404},{"$f":"VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":35},0,{"$f":"$B$65&\" - \"&B70","v":"Process Piping - Steel"},4,4,2,4,4,2,4,4,2,0,0]
["3.3","Dilute Hydrogen Peroxide Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.3.1","CPVC",{"$f":"IF(H2O2_used,acid_pipe_length,0)","v":60},"lf",{"$f":"IF(C72=0,\"NA\",acid_pipe_diam)","v":0.5},{"$f":"IF(C72=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C72=0,\"NA\",IF(curve=1,acid_pipe_diam,VLOOKUP(acid_pipe_diam,cpvc_pipe_cost_cl,2)))","v":0.5},{"$f":"IF(C72=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C72=0,\"NA\",IF(curve=1,cpvc_pipe_eq_acid,VLOOKUP(acid_pipe_diam,cpvc_pipe_cost_cl,3)))","v":2.5933440824999998},{"$f":"IF(OR(I72=\"NA\",I72=\"contact vendor\"),\"--\",C72*I72)","v":155.60064495},{"$f":"IF(C72=0,\"NA\",VLOOKUP(acid_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":22},0,{"$f":"$B$71&\" - \"&B72","v":"Dilute Hydrogen Peroxide Piping - CPVC"},2,1,2,2,1,2,2,1,2,0,0]
["3.3.1","PVC",{"$f":"IF(H2O2_used,acid_pipe_length,0)","v":60},"lf",{"$f":"IF(C73=0,\"NA\",acid_pipe_diam)","v":0.5},{"$f":"IF(C73=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C73=0,\"NA\",IF(curve=1,acid_pipe_diam,VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,2)))","v":0.5},{"$f":"IF(C73=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C73=0,\"NA\",IF(curve=1,pvc_pipe_eq_acid,VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,3)))","v":1.8524848787500001},{"$f":"IF(OR(I73=\"NA\",I73=\"contact vendor\"),\"--\",C73*I73)","v":111.149092725},{"$f":"IF(C73=0,\"NA\",VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":22},1,{"$f":"$B$71&\" - \"&B73","v":"Dilute Hydrogen Peroxide Piping - PVC"},1,2,3,1,2,3,1,2,3,1,5.0522314875000003]
["3.3.1","Stainless Steel",{"$f":"IF(H2O2_used,acid_pipe_length,0)","v":60},"lf",{"$f":"IF(C74=0,\"NA\",acid_pipe_diam)","v":0.5},{"$f":"IF(C74=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C74=0,\"NA\",IF(curve=1,acid_pipe_diam,VLOOKUP(acid_pipe_diam,ss_pipe_cost_cl,2)))","v":0.5},{"$f":"IF(C74=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C74=0,\"NA\",IF(curve=1,ss_pipe_eq_acid,VLOOKUP(acid_pipe_diam,ss_pipe_cost_cl,3)))","v":16.358070217374998},{"$f":"IF(OR(I74=\"NA\",I74=\"contact vendor\"),\"--\",C74*I74)","v":981.48421304249985},{"$f":"IF(C74=0,\"NA\",VLOOKUP(acid_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":45},0,{"$f":"$B$71&\" - \"&B74","v":"Dilute Hydrogen Peroxide Piping - Stainless Steel"},3,3,1,3,3,1,3,3,1,0,0]
["3.4","Sodium Hypochlorite Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K75*L75),0,IF(K75<1,0,L75))","v":0},{"$f":"IF(W75,J75/K75,0)","v":0}]
["3.4.1","PVC",{"$f":"IF(Cl2_used,acid_pipe_length,0)","v":0},"lf",{"$f":"IF(C76=0,\"NA\",acid_pipe_diam)","v":"NA"},{"$f":"IF(C76=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C76=0,\"NA\",IF(curve=1,acid_pipe_diam,VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C76=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C76=0,\"NA\",IF(curve=1,pvc_pipe_eq_acid,VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I76=\"NA\",I76=\"contact vendor\"),\"--\",C76*I76)","v":"--"},{"$f":"IF(C76=0,\"NA\",VLOOKUP(acid_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$75&\" - \"&B76","v":"Sodium Hypochlorite Piping - PVC"},1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K76*L76),0,IF(K76<1,0,L76))","v":0},{"$f":"IF(W76,J76/K76,0)","v":0}]
["3.5","Drain Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.5.1","Ductile Iron",{"$f":"drain_pipe_length","v":60},"lf",{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(drain_pipe_diam=0,\"NA\",IF(curve=1,drain_pipe_diam,VLOOKUP(drain_pipe_diam,di_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,di_pipe_eq_drain,VLOOKUP(drain_pipe_diam,di_pipe_cost_cl,3))","v":"contact vendor"},{"$f":"IF(OR(I78=\"NA\",I78=\"contact vendor\"),\"--\",C78*I78)","v":"--"},{"$f":"VLOOKUP(drain_pipe_diam,di_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,{"$f":"$B$77&\" - \"&B78","v":"Drain Piping - Ductile Iron"},3,3,3,3,3,3,3,3,3,{"$f":"IF(ISERROR(K78*L78),0,IF(K78<1,0,L78))","v":0},{"$f":"IF(W78,J78/K78,0)","v":0}]
["3.5.1","CPVC",{"$f":"drain_pipe_length","v":60},"lf",{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(drain_pipe_diam=0,\"NA\",IF(curve=1,drain_pipe_diam,VLOOKUP(drain_pipe_diam,cpvc_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,cpvc_pipe_eq_drain,VLOOKUP(drain_pipe_diam,cpvc_pipe_cost_cl,3))","v":7.0133117284999997},{"$f":"IF(OR(I79=\"NA\",I79=\"contact vendor\"),\"--\",C79*I79)","v":420.79870370999998},{"$f":"VLOOKUP(drain_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},0,{"$f":"$B$77&\" - \"&B79","v":"Drain Piping - CPVC"},2,1,4,2,1,4,2,1,4,0,0]
["3.5.1","PVC",{"$f":"drain_pipe_length","v":60},"lf",{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(drain_pipe_diam=0,\"NA\",IF(curve=1,drain_pipe_diam,VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,pvc_pipe_eq_drain,VLOOKUP(drain_pipe_diam,pvc_pipe_cost_cl,3))","v":2.8476762667499997},{"$f":"IF(OR(I80=\"NA\",I80=\"contact vendor\"),\"--\",C80*I80)","v":170.86057600499998},{"$f":"VLOOKUP(drain_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":22},1,{"$f":"$B$77&\" - \"&B80","v":"Drain Piping - PVC"},1,2,5,1,2,5,1,2,5,1,7.76638981840909]
["3.5.1","Stainless Steel",{"$f":"drain_pipe_length","v":60},"lf",{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(drain_pipe_diam=0,\"NA\",IF(curve=1,drain_pipe_diam,VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,ss_pipe_eq_drain,VLOOKUP(drain_pipe_diam,ss_pipe_cost_cl,3))","v":70.275248902124986},{"$f":"IF(OR(I81=\"NA\",I81=\"contact vendor\"),\"--\",C81*I81)","v":4216.5149341274991},{"$f":"VLOOKUP(drain_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":45},0,{"$f":"$B$77&\" - \"&B81","v":"Drain Piping - Stainless Steel"},5,5,1,5,5,1,5,5,1,0,0]
["3.5.1","Steel",{"$f":"drain_pipe_length","v":60},"lf",{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(drain_pipe_diam=0,\"NA\",IF(curve=1,drain_pipe_diam,VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(drain_pipe_diam=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(curve=1,st_pipe_eq_drain,VLOOKUP(drain_pipe_diam,st_pipe_cost_cl,3))","v":30.206561511164892},{"$f":"IF(OR(I82=\"NA\",I82=\"contact vendor\"),\"--\",C82*I82)","v":1812.3936906698937},{"$f":"VLOOKUP(drain_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":35},0,{"$f":"$B$77&\" - \"&B82","v":"Drain Piping - Steel"},4,4,2,4,4,2,4,4,2,0,0]
["4","Valves",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.1","Motor/Air Operated (on/off)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.1.1","Process - Polypropylene/PVC",{"$f":"tot_proc_MOVs","v":10},"units",{"$f":"IF(C85=0,\"NA\",proc_valve_size)","v":10},{"$f":"IF(C85=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C85=0,\"NA\",IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,pp_mov_cost_cl,2)))","v":10},{"$f":"IF(C85=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C85=0,\"NA\",IF(curve=1,pp_mov_eq_main,VLOOKUP(proc_valve_size,pp_mov_cost_cl,3)))","v":3696.5392890023331},{"$f":"IF(OR(I85=\"NA\",I85=\"contact vendor\"),\"--\",C85*I85)","v":36965.39289002333},{"$f":"IF(C85=0,\"NA\",VLOOKUP(proc_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,{"$f":"$B$84&\" \"&$B$83&\" - \"&B85","v":"Motor/Air Operated (on/off) Valves - Process - Polypropylene/PVC"},1,2,3,1,2,3,1,2,3,1,1478.6157156009331]
["4.1.1","Process - Stainless Steel",{"$f":"tot_proc_MOVs","v":10},"units",{"$f":"IF(C86=0,\"NA\",proc_valve_size)","v":10},"in. diam",{"$f":"IF(C86=0,\"NA\",IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,ss_mov_cost_cl,2)))","v":10},"in. diam",{"$f":"IF(C86=0,\"NA\",IF(curve=1,ss_mov_eq_main,VLOOKUP(proc_valve_size,ss_mov_cost_cl,3)))","v":6940.0037539270006},69400.037539270008,{"$f":"IF(C86=0,\"NA\",VLOOKUP(proc_valve_size,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Motor/Air Operated (on/off) Valves - Process - Stainless Steel",3,3,1,3,3,1,3,3,1,0,0]
["4.1.1","Process - Cast Iron",{"$f":"tot_proc_MOVs","v":10},"units",{"$f":"IF(C87=0,\"NA\",proc_valve_size)","v":10},"in. diam",{"$f":"IF(C87=0,\"NA\",IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,ci_mov_cost_cl,2)))","v":10},"in. diam",{"$f":"IF(C87=0,\"NA\",IF(curve=1,ci_mov_eq_main,VLOOKUP(proc_valve_size,ci_mov_cost_cl,3)))","v":11881.072264971001},118810.72264971001,{"$f":"IF(C87=0,\"NA\",VLOOKUP(proc_valve_size,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Motor/Air Operated (on/off) Valves - Process - Cast Iron",2,1,2,2,1,2,2,1,2,0,0]
["4.1.2","Hydrogen Peroxide Line - Polypropylene/PVC",{"$f":"IF(H2O2_used,tot_acid_MOVs,0)","v":5},"units",{"$f":"IF(C88=0,\"NA\",acid_valve_size)","v":0.5},"in. diam",{"$f":"IF(C88=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_mov_cost_cl,2)))","v":0.5},"in. diam",{"$f":"IF(C88=0,\"NA\",IF(curve=1,pp_mov_eq_acid,VLOOKUP(acid_valve_size,pp_mov_cost_cl,3)))","v":656.06319532697046},3280.3159766348522,{"$f":"IF(C88=0,\"NA\",VLOOKUP(E88,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,"Motor/Air Operated (on/off) Valves - Hydrogen Peroxide Line - Polypropylene/PVC",1,2,2,1,2,2,1,2,2,1,131.21263906539409]
["4.1.2","Hydrogen Peroxide Line - Stainless Steel",{"$f":"IF(H2O2_used,tot_acid_MOVs,0)","v":5},"units",{"$f":"IF(C89=0,\"NA\",acid_valve_size)","v":0.5},"in. diam",{"$f":"IF(C89=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,ss_mov_cost_cl,2)))","v":0.5},"in. diam",{"$f":"IF(C89=0,\"NA\",IF(curve=1,ss_mov_eq_acid,VLOOKUP(acid_valve_size,ss_mov_cost_cl,3)))","v":1419.4889475299999},7097.4447376499993,{"$f":"IF(C89=0,\"NA\",VLOOKUP(E89,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Motor/Air Operated (on/off) Valves - Hydrogen Peroxide Line - Stainless Steel",2,1,1,2,1,1,2,1,1,0,0]
["4.1.3","Sodium Hypochlorite Line - Polypropylene/PVC",{"$f":"IF(Cl2_used,tot_acid_MOVs,0)","v":0},"units",{"$f":"IF(C90=0,\"NA\",acid_valve_size)","v":"NA"},"",{"$f":"IF(C90=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C90=0,\"NA\",IF(curve=1,pp_mov_eq_acid,VLOOKUP(acid_valve_size,pp_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C90=0,\"NA\",VLOOKUP(E90,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Sodium Hypochlorite Line - Polypropylene/PVC",1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K90*L90),0,IF(K90<1,0,L90))","v":0},{"$f":"IF(W90,J90/K90,0)","v":0}]
[4.2,"Manual",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.2.1","Influent and Treated Water - Polypropylene/PVC",{"$f":"tot_man_valves","v":2},"units",{"$f":"IF(C92=0,\"NA\",in_valve_size)","v":10},{"$f":"IF(C92=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C92=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,pp_man_cost_cl,2)))","v":10},{"$f":"IF(C92=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C92=0,\"NA\",IF(curve=1,pp_man_eq,VLOOKUP(in_valve_size,pp_man_cost_cl,3)))","v":1775.3570923089999},{"$f":"IF(OR(I92=\"NA\",I92=\"contact vendor\"),\"--\",C92*I92)","v":3550.7141846179998},{"$f":"IF(C92=0,\"NA\",VLOOKUP(in_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,{"$f":"$B$91&\" \"&$B$83&\" - \"&B92","v":"Manual Valves - Influent and Treated Water - Polypropylene/PVC"},1,2,3,1,2,3,2,1,2,1,142.02856738471999]
["4.2.1","Influent and Treated Water - Stainless Steel",{"$f":"tot_man_valves","v":2},"units",{"$f":"IF(C93=0,\"NA\",in_valve_size)","v":10},{"$f":"IF(C93=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C93=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ss_man_cost_cl,2)))","v":10},{"$f":"IF(C93=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C93=0,\"NA\",IF(curve=1,ss_man_eq,VLOOKUP(in_valve_size,ss_man_cost_cl,3)))","v":2292.5888431361109},4585.1776862722218,{"$f":"IF(C93=0,\"NA\",VLOOKUP(in_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Manual Valves - Influent and Treated Water - Stainless Steel",3,3,1,3,3,1,3,3,1,0,0]
["4.2.1","Influent and Treated Water - Cast Iron",{"$f":"tot_man_valves","v":2},"units",{"$f":"IF(C94=0,\"NA\",in_valve_size)","v":10},{"$f":"IF(C94=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C94=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ci_bfv_cost_cl,2)))","v":10},{"$f":"IF(C94=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C94=0,\"NA\",IF(curve=1,ci_bfv_eq,VLOOKUP(in_valve_size,ci_bfv_cost_cl,3)))","v":2467.6673917276885},4935.334783455377,{"$f":"IF(C94=0,\"NA\",VLOOKUP(in_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Manual Valves - Influent and Treated Water - Cast Iron",2,1,2,2,1,2,1,2,3,0,0]
["4.2.2","Process - Polypropylene/PVC",{"$f":"tot_proc_man","v":9},"units",{"$f":"proc_valve_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,pp_man_cost_cl,2))","v":10},"in. diam",{"$f":"IF(C95=0,\"NA\",IF(curve=1,pp_man_eq_main,VLOOKUP(proc_valve_size,pp_man_cost_cl,3)))","v":1775.3570923089999},15978.213830780998,{"$f":"IF(C95=0,\"NA\",VLOOKUP(E95,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,"Manual Valves - Process - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,1,639.12855323123995]
["4.2.2","Process - Stainless Steel",{"$f":"tot_proc_man","v":9},"units",{"$f":"proc_valve_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,ss_man_cost_cl,2))","v":10},"in. diam",{"$f":"IF(C96=0,\"NA\",IF(curve=1,ss_man_eq_main,VLOOKUP(proc_valve_size,ss_man_cost_cl,3)))","v":2292.5888431361109},20633.299588224996,{"$f":"IF(C96=0,\"NA\",VLOOKUP(E96,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Manual Valves - Process - Stainless Steel",3,3,1,3,3,1,3,3,1,0,0]
["4.2.2","Process - Cast Iron",{"$f":"tot_proc_man","v":9},"units",{"$f":"proc_valve_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_valve_size,VLOOKUP(proc_valve_size,ci_bfv_cost_cl,2))","v":10},"in. diam",{"$f":"IF(C97=0,\"NA\",IF(curve=1,ci_bfv_eq_main,VLOOKUP(proc_valve_size,ci_bfv_cost_cl,3)))","v":2467.6673917276885},22209.006525549197,{"$f":"IF(C97=0,\"NA\",VLOOKUP(E97,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Manual Valves - Process - Cast Iron",2,1,2,2,1,2,2,1,2,0,0]
["4.2.3","Drain - Polypropylene/PVC",{"$f":"tot_drain_valves","v":9},"units",{"$f":"drain_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,drain_valve_size,VLOOKUP(drain_valve_size,pp_man_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,pp_man_eq_drain,VLOOKUP(drain_valve_size,pp_man_cost_cl,3))","v":207.84914633800003},1870.6423170420003,{"$f":"VLOOKUP(drain_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},1,"Manual Valves - Drain - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,1,74.82569268168001]
["4.2.3","Drain - Stainless Steel",{"$f":"tot_drain_valves","v":9},"units",{"$f":"drain_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,drain_valve_size,VLOOKUP(drain_valve_size,ss_man_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ss_man_eq_drain,VLOOKUP(drain_valve_size,ss_man_cost_cl,3))","v":395.88087320259683},3562.9278588233715,{"$f":"VLOOKUP(drain_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},0,"Manual Valves - Drain - Stainless Steel",3,3,1,3,3,1,3,3,1,0,0]
["4.2.3","Drain - Cast Iron",{"$f":"tot_drain_valves","v":9},"units",{"$f":"drain_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,drain_valve_size,VLOOKUP(drain_valve_size,ci_bfv_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ci_bfv_eq_drain,VLOOKUP(drain_valve_size,ci_bfv_cost_cl,3))","v":338.97867757464161},3050.8080981717744,{"$f":"VLOOKUP(drain_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},0,"Manual Valves - Drain - Cast Iron",2,1,2,2,1,2,2,1,2,0,0]
["4.2.4","Hydrogen Peroxide Line - Polypropylene/PVC",{"$f":"IF(H2O2_used,tot_acid_man,0)","v":0},"units",{"$f":"IF(C101=0,\"NA\",acid_valve_size)","v":"NA"},{"$f":"IF(C101=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C101=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C101=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C101=0,\"NA\",IF(curve=1,ss_man_eq_acid,VLOOKUP(acid_valve_size,pp_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C101=0,\"NA\",VLOOKUP(E101,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Hydrogen Peroxide Line - Polypropylene/PVC",1,2,2,1,2,2,1,2,2,0,0]
["4.2.4","Hydrogen Peroxide Line - Stainless Steel",{"$f":"IF(H2O2_used,tot_acid_man,0)","v":0},"units",{"$f":"IF(C102=0,\"NA\",acid_valve_size)","v":"NA"},{"$f":"IF(C102=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C102=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,ss_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C102=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C102=0,\"NA\",IF(curve=1,pp_man_eq_acid,VLOOKUP(acid_valve_size,ss_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C102=0,\"NA\",VLOOKUP(E102,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Hydrogen Peroxide Line - Stainless Steel",2,1,1,2,1,1,2,1,1,0,0]
["4.2.5","Sodium Hypochlorite Line - Polypropylene/PVC",{"$f":"IF(Cl2_used,tot_acid_man,0)","v":0},"units",{"$f":"IF(C103=0,\"NA\",acid_valve_size)","v":"NA"},{"$f":"IF(C103=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C103=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C103=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C103=0,\"NA\",IF(curve=1,ss_man_eq_acid,VLOOKUP(acid_valve_size,pp_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C103=0,\"NA\",VLOOKUP(E103,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$91&\" \"&$B$83&\" - \"&B103","v":"Manual Valves - Sodium Hypochlorite Line - Polypropylene/PVC"},2,1,1,2,1,1,2,1,1,{"$f":"IF(ISERROR(K103*L103),0,IF(K103<1,0,L103))","v":0},{"$f":"IF(W103,J103/K103,0)","v":0}]
[4.3,"Check Valves",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.3.1","Process - Polypropylene/PVC",{"$f":"tot_check_valve","v":0},"units",{"$f":"IF(C105=0,\"NA\",check_valve_size)","v":"NA"},{"$f":"IF(C105=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C105=0,\"NA\",IF(curve=1,check_valve_size,VLOOKUP(check_valve_size,pp_chv_cost_cl,2)))","v":"NA"},{"$f":"IF(C105=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C105=0,\"NA\",IF(curve=1,pp_chv_eq,VLOOKUP(check_valve_size,pp_chv_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I105=\"NA\",I105=\"contact vendor\"),\"--\",C105*I105)","v":"--"},{"$f":"IF(C105=0,\"NA\",VLOOKUP(check_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$104&\" - \"&B105","v":"Check Valves - Process - Polypropylene/PVC"},1,2,3,1,2,3,1,2,3,0,0]
["4.3.1","Process - Stainless Steel",{"$f":"tot_check_valve","v":0},"units",{"$f":"IF(C106=0,\"NA\",check_valve_size)","v":"NA"},"",{"$f":"IF(C106=0,\"NA\",IF(curve=1,check_valve_size,VLOOKUP(check_valve_size,ss_chv_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C106=0,\"NA\",IF(curve=1,ss_chv_eq,VLOOKUP(check_valve_size,ss_chv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C106=0,\"NA\",VLOOKUP(check_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Process - Stainless Steel",3,3,1,3,3,1,3,3,1,0,0]
["4.3.1","Process - Cast Iron",{"$f":"tot_check_valve","v":0},"units",{"$f":"IF(C107=0,\"NA\",check_valve_size)","v":"NA"},"",{"$f":"IF(C107=0,\"NA\",IF(curve=1,check_valve_size,VLOOKUP(check_valve_size,ci_chv_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C107=0,\"NA\",IF(curve=1,ci_chv_eq,VLOOKUP(check_valve_size,ci_chv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C107=0,\"NA\",VLOOKUP(check_valve_size,ci_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Process - Cast Iron",2,1,2,2,1,2,2,1,2,0,0]
["4.3.2","Hydrogen Peroxide Line - Polypropylene/PVC",{"$f":"IF(H2O2_used,tot_acid_chv,0)","v":4},"units",{"$f":"IF(C108=0,\"NA\",acid_valve_size)","v":0.5},"in. diam",{"$f":"IF(C108=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_chv_cost_cl,2)))","v":0.5},"in. diam",{"$f":"IF(C108=0,\"NA\",IF(curve=1,pp_chv_eq_acid,VLOOKUP(acid_valve_size,pp_chv_cost_cl,3)))","v":76.119009675249998},304.47603870099999,{"$f":"IF(C108=0,\"NA\",VLOOKUP(acid_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,"Check Valves - Hydrogen Peroxide Line - Polypropylene/PVC",1,1,2,1,1,2,1,1,2,1,12.179041548039999]
["4.3.2","Hydrogen Peroxide Line - Stainless Steel",{"$f":"IF(H2O2_used,tot_acid_chv,0)","v":4},"units",{"$f":"IF(C109=0,\"NA\",acid_valve_size)","v":0.5},"in. diam",{"$f":"IF(C109=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,ss_chv_cost_cl,2)))","v":0.5},"in. diam",{"$f":"IF(C109=0,\"NA\",IF(curve=1,ss_chv_eq_acid,VLOOKUP(acid_valve_size,ss_chv_cost_cl,3)))","v":218.40374976175002},873.61499904700008,{"$f":"IF(C109=0,\"NA\",VLOOKUP(acid_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,"Check Valves - Hydrogen Peroxide Line - Stainless Steel",2,2,1,2,2,1,2,2,1,{"$f":"IF(ISERROR(K109*L109),0,IF(K109<1,0,L109))","v":0},{"$f":"IF(W109,J109/K109,0)","v":0}]
["4.3.3","Sodium Hypochlorite Line - Polypropylene/PVC",{"$f":"IF(Cl2_used,tot_acid_chv,0)","v":0},"units",{"$f":"IF(C110=0,\"NA\",acid_valve_size)","v":"NA"},"",{"$f":"IF(C110=0,\"NA\",IF(curve=1,acid_valve_size,VLOOKUP(acid_valve_size,pp_chv_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C110=0,\"NA\",IF(curve=1,pp_chv_eq_acid,VLOOKUP(acid_valve_size,pp_chv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C110=0,\"NA\",VLOOKUP(acid_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Sodium Hypochlorite Line - Polypropylene/PVC",1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K110*L110),0,IF(K110<1,0,L110))","v":0},{"$f":"IF(W110,J110/K110,0)","v":0}]
["5","Pumps",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["5.1","Booster Pumps",{"$f":"total_booster_pumps","v":0},"units",{"$f":"IF(C112=0,\"NA\",pump_rating)","v":"NA"},{"$f":"IF(C112=0,\"\",\"gpm\")","v":""},{"$f":"IF(C112=0,\"NA\",IF(curve=1,pump_rating,VLOOKUP(pump_rating,pump_cost_cl,2)))","v":"NA"},{"$f":"IF(C112=0,\"\",\"gpm\")","v":""},{"$f":"IF(C112=0,\"NA\",IF(curve=1,pump_eq,VLOOKUP(pump_rating,pump_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I112=\"NA\",I112=\"contact vendor\"),\"--\",C112*I112)","v":"--"},{"$f":"IF(C112=0,\"NA\",VLOOKUP(pump_rating,pump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B112","v":"Booster Pumps"},1,1,1,1,1,1,1,1,1,0,0]
["5.2","Hydrogen Peroxide Metering Pumps ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K113*L113),0,IF(K113<1,0,L113))","v":0},{"$f":"IF(W113,J113/K113,0)","v":0}]
["5.2.1","PVC - Motor Driven",{"$f":"IF(H2O2_used,acid_pumps,0)","v":2},"units",{"$f":"IF(C114=0,\"NA\",acid_pump_rating)","v":1.8837535014005604},{"$f":"IF(C114=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C114=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,2)))","v":1.8837535014005604},{"$f":"IF(C114=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C114=0,\"NA\",IF(curve=1,pvc_mmpump_eq_acid,VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,3)))","v":3110.1897310917607},{"$f":"IF(OR(I114=\"NA\",I114=\"contact vendor\"),\"--\",C114*I114)","v":6220.3794621835214},{"$f":"IF(C114=0,\"NA\",VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,{"$f":"$B$113&\" - \"&B114","v":"Hydrogen Peroxide Metering Pumps  - PVC - Motor Driven"},3,3,2,3,4,1,4,4,1,0,0]
["5.2.1","Stainless Steel - Motor Driven",{"$f":"IF(H2O2_used,acid_pumps,0)","v":2},"units",{"$f":"IF(C115=0,\"NA\",acid_pump_rating)","v":1.8837535014005604},{"$f":"IF(C115=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C115=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,ss_mmpump_cost_cl,2)))","v":1.8837535014005604},{"$f":"IF(C115=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C115=0,\"NA\",IF(curve=1,ss_mmpump_eq_acid,VLOOKUP(acid_pump_rating,ss_mmpump_cost_cl,3)))","v":3544.8726494905973},{"$f":"IF(OR(I115=\"NA\",I115=\"contact vendor\"),\"--\",C115*I115)","v":7089.7452989811945},{"$f":"IF(C115=0,\"NA\",VLOOKUP(acid_pump_rating,ss_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,{"$f":"$B$113&\" - \"&B115","v":"Hydrogen Peroxide Metering Pumps  - Stainless Steel - Motor Driven"},4,4,1,4,3,2,3,3,2,0,0]
["5.2.1","PVC - Electric",{"$f":"IF(H2O2_used,acid_pumps,0)","v":2},"units",{"$f":"IF(C116=0,\"NA\",acid_pump_rating)","v":1.8837535014005604},{"$f":"IF(C116=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C116=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,2)))","v":1.8837535014005604},{"$f":"IF(C116=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C116=0,\"NA\",IF(curve=1,pvc_empump_eq_acid,VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,3)))","v":1272.6678752647094},{"$f":"IF(OR(I116=\"NA\",I116=\"contact vendor\"),\"--\",C116*I116)","v":2545.3357505294189},{"$f":"IF(C116=0,\"NA\",VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"$B$113&\" - \"&B116","v":"Hydrogen Peroxide Metering Pumps  - PVC - Electric"},1,2,4,1,2,4,1,2,4,1,127.26678752647095]
["5.2.1","Stainless Steel - Electric",{"$f":"IF(H2O2_used,acid_pumps,0)","v":2},"units",{"$f":"IF(C117=0,\"NA\",acid_pump_rating)","v":1.8837535014005604},{"$f":"IF(C117=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C117=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,ss_empump_cost_cl,2)))","v":1.8837535014005604},{"$f":"IF(C117=0,\"\",\"gph\")","v":"gph"},{"$f":"IF(C117=0,\"NA\",IF(curve=1,ss_empump_eq_acid,VLOOKUP(acid_pump_rating,ss_empump_cost_cl,3)))","v":2521.274877428496},{"$f":"IF(OR(I117=\"NA\",I117=\"contact vendor\"),\"--\",C117*I117)","v":5042.549754856992},{"$f":"IF(C117=0,\"NA\",VLOOKUP(acid_pump_rating,ss_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,{"$f":"$B$113&\" - \"&B117","v":"Hydrogen Peroxide Metering Pumps  - Stainless Steel - Electric"},2,1,3,2,1,3,2,1,3,0,0]
["5.3","Sodium Hypochlorite Metering Pumps ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["5.3.1","PVC - Motor Driven",{"$f":"IF(Cl2_used,acid_pumps,0)","v":0},"units",{"$f":"IF(C119=0,\"NA\",acid_pump_rating)","v":"NA"},{"$f":"IF(C119=0,\"\",\"gph\")","v":""},{"$f":"IF(C119=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,2)))","v":"NA"},{"$f":"IF(C119=0,\"\",\"gph\")","v":""},{"$f":"IF(C119=0,\"NA\",IF(curve=1,pvc_mmpump_eq_acid,VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I119=\"NA\",I119=\"contact vendor\"),\"--\",C119*I119)","v":"--"},{"$f":"IF(C119=0,\"NA\",VLOOKUP(acid_pump_rating,pvc_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$118&\" - \"&B119","v":"Sodium Hypochlorite Metering Pumps  - PVC - Motor Driven"},1,2,2,1,2,2,1,2,2,0,0]
["5.3.1","PVC - Electric",{"$f":"IF(Cl2_used,acid_pumps,0)","v":0},"units",{"$f":"IF(C120=0,\"NA\",acid_pump_rating)","v":"NA"},{"$f":"IF(C120=0,\"\",\"gph\")","v":""},{"$f":"IF(C120=0,\"NA\",IF(curve=1,acid_pump_rating,VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,2)))","v":"NA"},{"$f":"IF(C120=0,\"\",\"gph\")","v":""},{"$f":"IF(C120=0,\"NA\",IF(curve=1,pvc_empump_eq_acid,VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I120=\"NA\",I120=\"contact vendor\"),\"--\",C120*I120)","v":"--"},{"$f":"IF(C120=0,\"NA\",VLOOKUP(acid_pump_rating,pvc_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$118&\" - \"&B120","v":"Sodium Hypochlorite Metering Pumps  - PVC - Electric"},2,1,1,2,1,1,2,1,1,0,0]
["6","Mixers",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.1","Static Mixer for Hydrogen Peroxide",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.1.1","Plastic",{"$f":"IF(H2O2_used,n_mixers,0)","v":0},"units",{"$f":"IF(C123=0,\"NA\",mixer_size)","v":"NA"},{"$f":"IF(C123=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C123=0,\"NA\",IF(curve=1,mixer_size,VLOOKUP(mixer_size,pl_in_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C123=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C123=0,\"NA\",IF(curve=1,pl_in_mix_eq,VLOOKUP(mixer_size,pl_in_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I123=\"NA\",I123=\"contact vendor\"),\"--\",C123*I123)","v":"--"},{"$f":"VLOOKUP(mixer_size,pl_in_mix_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},null,{"$f":"$B$122&\" - \"&B123","v":"Static Mixer for Hydrogen Peroxide - Plastic"},1,2,2,1,2,2,1,2,2,0,0]
["6.1.1","Stainless Steel",{"$f":"IF(H2O2_used,n_mixers,0)","v":0},"units",{"$f":"IF(C124=0,\"NA\",mixer_size)","v":"NA"},{"$f":"IF(C124=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C124=0,\"NA\",IF(curve=1,mixer_size,VLOOKUP(mixer_size,in_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C124=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C124=0,\"NA\",IF(curve=1,in_mix_eq,VLOOKUP(mixer_size,in_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I124=\"NA\",I124=\"contact vendor\"),\"--\",C124*I124)","v":"--"},{"$f":"VLOOKUP(mixer_size,in_mix_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},null,{"$f":"$B$122&\" - \"&B124","v":"Static Mixer for Hydrogen Peroxide - Stainless Steel"},2,1,1,2,1,1,2,1,1,0,0]
["6.2","Pipe Diffusers for Sodium Hypochlorite",{"$f":"IF(Cl2_used,n_mixers,0)","v":0},"units",{"$f":"IF(C125=0,\"NA\",mixer_size)","v":"NA"},{"$f":"IF(C125=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C125=0,\"NA\",IF(curve=1,mixer_size,VLOOKUP(mixer_size,pipediffuser_cost_cl,2)))","v":"NA"},{"$f":"IF(C125=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C125=0,\"NA\",IF(curve=1,pipediffuser_eq,VLOOKUP(mixer_size,pipediffuser_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I125=\"NA\",I125=\"contact vendor\"),\"--\",C125*I125)","v":"--"},{"$f":"VLOOKUP(mixer_size,pipediffuser_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},null,{"$f":"B125","v":"Pipe Diffusers for Sodium Hypochlorite"},1,1,1,1,1,1,1,1,1,0,0]
["6.3","Mixers for Oxidant Storage Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.3.1","Portable",{"$f":"cmixers","v":0},"units",{"$f":"IF(C127=0,\"NA\",cmix_size)","v":"NA"},{"$f":"IF(C127=0,\"\",\"hp\")","v":""},{"$f":"IF(C127=0,\"NA\",VLOOKUP(cmix_size,port_mix_cost_cl,2))","v":"NA"},{"$f":"IF(C127=0,\"\",\"hp\")","v":""},{"$f":"IF(C127=0,\"NA\",VLOOKUP(cmix_size,port_mix_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I127=\"NA\",I127=\"contact vendor\"),\"--\",C127*I127)","v":"--"},{"$f":"IF(C127=0,\"NA\",VLOOKUP(cmix_size,port_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$126&\" - \"&B127","v":"Mixers for Oxidant Storage Tanks - Portable"},3,3,3,3,3,3,3,3,3,0,0]
["6.3.1","Mounted",{"$f":"cmixers","v":0},"units",{"$f":"IF(C128=0,\"NA\",cmix_size)","v":"NA"},{"$f":"IF(C128=0,\"\",\"hp\")","v":""},{"$f":"IF(C128=0,\"NA\",IF(curve=1,cmix_size,VLOOKUP(cmix_size,mount_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C128=0,\"\",\"hp\")","v":""},{"$f":"IF(C128=0,\"NA\",IF(curve=1,cmount_mix_eq,VLOOKUP(cmix_size,mount_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I128=\"NA\",I128=\"contact vendor\"),\"--\",C128*I128)","v":"--"},{"$f":"IF(C128=0,\"NA\",VLOOKUP(cmix_size,mount_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$126&\" - \"&B128","v":"Mixers for Oxidant Storage Tanks - Mounted"},1,1,1,1,1,1,1,1,1,0,0]
["6.3.1","Impeller",{"$f":"cmixers","v":0},"units",{"$f":"IF(C129=0,\"NA\",cmix_size)","v":"NA"},{"$f":"IF(C129=0,\"\",\"hp\")","v":""},{"$f":"IF(C129=0,\"NA\",IF(curve=1,cmix_size,VLOOKUP(cmix_size,imp_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C129=0,\"\",\"hp\")","v":""},{"$f":"IF(C129=0,\"NA\",IF(curve=1,cimp_mix_eq,VLOOKUP(cmix_size,imp_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I129=\"NA\",I129=\"contact vendor\"),\"--\",C129*I129)","v":"--"},{"$f":"IF(C129=0,\"NA\",VLOOKUP(cmix_size,imp_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$126&\" - \"&B129","v":"Mixers for Oxidant Storage Tanks - Impeller"},2,2,2,2,2,2,2,2,2,0,0]
["6.4","Mixers for Oxidant Day Tanks"]
["6.4.1","Portable",{"$f":"dmixers","v":0},"units",{"$f":"IF(C131=0,\"NA\",dmix_size)","v":"NA"},{"$f":"IF(C131=0,\"\",\"hp\")","v":""},{"$f":"IF(C131=0,\"NA\",VLOOKUP(dmix_size,port_mix_cost_cl,2))","v":"NA"},{"$f":"IF(C131=0,\"\",\"hp\")","v":""},{"$f":"IF(C131=0,\"NA\",VLOOKUP(dmix_size,port_mix_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I131=\"NA\",I131=\"contact vendor\"),\"--\",C131*I131)","v":"--"},{"$f":"IF(C131=0,\"NA\",VLOOKUP(dmix_size,port_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$130&\" - \"&B131","v":"Mixers for Oxidant Day Tanks - Portable"},3,3,3,3,3,3,3,3,3,{"$f":"IF(ISERROR(K131*L131),0,IF(K131<1,0,L131))","v":0},{"$f":"IF(W131,J131/K131,0)","v":0}]
["6.4.1","Mounted",{"$f":"dmixers","v":0},"units",{"$f":"IF(C132=0,\"NA\",dmix_size)","v":"NA"},{"$f":"IF(C132=0,\"\",\"hp\")","v":""},{"$f":"IF(C132=0,\"NA\",IF(curve=1,dmix_size,VLOOKUP(dmix_size,mount_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C132=0,\"\",\"hp\")","v":""},{"$f":"IF(C132=0,\"NA\",IF(curve=1,dmount_mix_eq,VLOOKUP(dmix_size,mount_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I132=\"NA\",I132=\"contact vendor\"),\"--\",C132*I132)","v":"--"},{"$f":"IF(C132=0,\"NA\",VLOOKUP(dmix_size,mount_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$130&\" - \"&B132","v":"Mixers for Oxidant Day Tanks - Mounted"},1,1,1,1,1,1,1,1,1,0,0]
["6.4.1","Impeller",{"$f":"dmixers","v":0},"units",{"$f":"IF(C133=0,\"NA\",dmix_size)","v":"NA"},{"$f":"IF(C133=0,\"\",\"hp\")","v":""},{"$f":"IF(C133=0,\"NA\",IF(curve=1,dmix_size,VLOOKUP(dmix_size,imp_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C133=0,\"\",\"hp\")","v":""},{"$f":"IF(C133=0,\"NA\",IF(curve=1,dimp_mix_eq,VLOOKUP(dmix_size,imp_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I133=\"NA\",I133=\"contact vendor\"),\"--\",C133*I133)","v":"--"},{"$f":"IF(C133=0,\"NA\",VLOOKUP(dmix_size,imp_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$130&\" - \"&B133","v":"Mixers for Oxidant Day Tanks - Impeller"},2,2,2,2,2,2,2,2,2,0,0]
["7","Reactor Power Supplies",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["7.1.1","UPS",{"$f":"num_UPS","v":0},"units",{"$f":"IF(C135=0,\"NA\",UPS_capacity)","v":"NA"},{"$f":"IF(C135=0,\"\",\"kVA\")","v":""},{"$f":"IF(C135=0,\"NA\",IF(curve=1,UPS_capacity,VLOOKUP(UPS_capacity,UV_UPS_cost_cl,2)))","v":"NA"},{"$f":"IF(C135=0,\"\",\"kVA\")","v":""},{"$f":"IF(C135=0,\"NA\",IF(curve=1,UV_UPS_eq,VLOOKUP(UPS_capacity,UV_UPS_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I135=\"NA\",I135=\"contact vendor\"),\"--\",C135*I135)","v":"--"},{"$f":"IF(C135=0,\"NA\",VLOOKUP(UPS_capacity,UV_UPS_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$134&\" - \"&B135","v":"Reactor Power Supplies - UPS"},1,1,1,1,1,1,1,1,1,0,0]
["8","Instrumentation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.1","Flow Meters - Influent and Treated Water",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.1.1","Orifice Plate",{"$f":"tot_fm_in","v":0},"units",{"$f":"IF(C138=0,\"NA\",in_meter_size)","v":"NA"},{"$f":"IF(C138=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C138=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,op_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C138=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C138=0,\"NA\",IF(curve=1,op_fm_eq_in,VLOOKUP(in_meter_size,op_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I138=\"NA\",I138=\"contact vendor\"),\"--\",C138*I138)","v":"--"},{"$f":"IF(C138=0,\"NA\",VLOOKUP(in_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$136&\" - \"&$B$137&\" - \"&B138","v":"Instrumentation - Flow Meters - Influent and Treated Water - Orifice Plate"},3,4,4,3,4,4,3,3,4,0,0]
["8.1.1","Propeller",{"$f":"tot_fm_in","v":0},"units",{"$f":"IF(C139=0,\"NA\",in_meter_size)","v":"NA"},{"$f":"IF(C139=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C139=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,prop_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C139=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C139=0,\"NA\",IF(curve=1,prop_fm_eq_in,VLOOKUP(in_meter_size,prop_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I139=\"NA\",I139=\"contact vendor\"),\"--\",C139*I139)","v":"--"},{"$f":"IF(C139=0,\"NA\",VLOOKUP(in_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$136&\" - \"&$B$137&\" - \"&B139","v":"Instrumentation - Flow Meters - Influent and Treated Water - Propeller"},1,2,3,1,2,3,4,4,2,0,0]
["8.1.1","Venturi",{"$f":"tot_fm_in","v":0},"units",{"$f":"IF(C140=0,\"NA\",in_meter_size)","v":"NA"},{"$f":"IF(C140=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C140=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,ven_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C140=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C140=0,\"NA\",IF(curve=1,ven_fm_eq_in,VLOOKUP(in_meter_size,ven_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I140=\"NA\",I140=\"contact vendor\"),\"--\",C140*I140)","v":"--"},{"$f":"IF(C140=0,\"NA\",VLOOKUP(in_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$136&\" - \"&$B$137&\" - \"&B140","v":"Instrumentation - Flow Meters - Influent and Treated Water - Venturi"},2,1,2,2,1,2,1,2,3,0,0]
["8.1.1","Magnetic",{"$f":"tot_fm_in","v":0},"units",{"$f":"IF(C141=0,\"NA\",in_meter_size)","v":"NA"},{"$f":"IF(C141=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C141=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,mag_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C141=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C141=0,\"NA\",IF(curve=1,mag_fm_eq_in,VLOOKUP(in_meter_size,mag_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I141=\"NA\",I141=\"contact vendor\"),\"--\",C141*I141)","v":"--"},{"$f":"IF(C141=0,\"NA\",VLOOKUP(in_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$136&\" - \"&$B$137&\" - \"&B141","v":"Instrumentation - Flow Meters - Influent and Treated Water - Magnetic"},4,3,1,4,3,1,2,1,1,0,0]
["8.2","Flow Meters - Process",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.2.1","Orifice Plate",{"$f":"tot_fm_proc","v":0},"units",{"$f":"proc_meter_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,op_fm_cost_cl,2))","v":10},"in. diam",{"$f":"IF(curve=1,op_fm_eq_proc,VLOOKUP(proc_meter_size,op_fm_cost_cl,3))","v":4626.8161419190001},{"$f":"IF(OR(I143=\"NA\",I143=\"contact vendor\"),\"--\",C143*I143)","v":0},{"$f":"VLOOKUP(proc_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},null,{"$f":"$B$136&\" - \"&$B$142&\" - \"&B143","v":"Instrumentation - Flow Meters - Process - Orifice Plate"},3,4,4,3,4,4,3,3,4,0,0]
["8.2.1","Propeller",{"$f":"tot_fm_proc","v":0},"units",{"$f":"proc_meter_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,prop_fm_cost_cl,2))","v":10},"in. diam",{"$f":"IF(curve=1,prop_fm_eq_proc,VLOOKUP(proc_meter_size,prop_fm_cost_cl,3))","v":6008.2861197009997},0,{"$f":"VLOOKUP(proc_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},null,{"$f":"$B$136&\" - \"&$B$142&\" - \"&B144","v":"Instrumentation - Flow Meters - Process - Propeller"},1,2,3,1,2,3,4,4,2,0,0]
["8.2.1","Venturi",{"$f":"tot_fm_proc","v":0},"units",{"$f":"proc_meter_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,ven_fm_cost_cl,2))","v":10},"in. diam",{"$f":"IF(curve=1,ven_fm_eq_proc,VLOOKUP(proc_meter_size,ven_fm_cost_cl,3))","v":4013.0326495740001},0,{"$f":"VLOOKUP(proc_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},null,{"$f":"$B$136&\" - \"&$B$142&\" - \"&B145","v":"Instrumentation - Flow Meters - Process - Venturi"},2,1,2,2,1,2,1,2,3,0,0]
["8.2.1","Magnetic",{"$f":"tot_fm_proc","v":0},"units",{"$f":"proc_meter_size","v":10},"in. diam",{"$f":"IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,mag_fm_cost_cl,2))","v":10},"in. diam",{"$f":"IF(curve=1,mag_fm_eq_proc,VLOOKUP(proc_meter_size,mag_fm_cost_cl,3))","v":8445.7466193210003},0,{"$f":"VLOOKUP(proc_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},null,{"$f":"$B$136&\" - \"&$B$142&\" - \"&B146","v":"Instrumentation - Flow Meters - Process - Magnetic"},4,3,1,4,3,1,2,1,1,0,0]
["8.3","UV Transmittance Monitors",{"$f":"total_UVT_monitors","v":2},"units","NA",null,"NA",null,{"$f":"IF(C147=0,\"NA\",VLOOKUP(0,UVT_monitor_cost_cl,3))","v":8329.7582273244225},16659.516454648845,{"$f":"VLOOKUP(0,UVT_monitor_cost_cl,IF(ss_cat=\"large\",4,5))","v":10},1,{"$f":"$B$136&\" - \"&B147","v":"Instrumentation - UV Transmittance Monitors"},1,1,1,1,1,1,1,1,1,1,1665.9516454648845]
["8.4","Reference UV Intensity Sensors",{"$f":"ref_sensors","v":3},"units","NA",null,"NA",null,{"$f":"VLOOKUP(0,UV_MP_sensor_cost_cl,3)","v":1597.4222899318379},4792.2668697955141,{"$f":"sensor_life","v":5},1,{"$f":"$B$136&\" - \"&B148","v":"Instrumentation - Reference UV Intensity Sensors"},1,1,1,1,1,1,1,1,1,1,958.45337395910281]
["8.5","pH Meters",{"$f":"tot_pH_meters","v":0},"units","NA",null,"NA",null,{"$f":"IF(C149=0,\"NA\",VLOOKUP(0,pH_meter_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C149=0,\"NA\",VLOOKUP(0,pH_meter_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Instrumentation - pH Meters",1,1,1,1,1,1,1,1,1,0,0]
["8.6","Turbidity meters",{"$f":"tot_turb_meters","v":0},"units","NA",null,"NA",null,{"$f":"IF(C150=0,\"NA\",VLOOKUP(0,turbidimeter_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C150=0,\"NA\",VLOOKUP(0,turbidimeter_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Instrumentation - Turbidity meters",1,1,1,1,1,1,1,1,1,0,0]
["8.7","Temperature meters",{"$f":"tot_temp_meters","v":9},"units","NA",null,"NA",null,{"$f":"VLOOKUP(0,temp_meter_cost_cl,3)","v":794.75852923757691},7152.8267631381923,{"$f":"VLOOKUP(0,temp_meter_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},1,"Instrumentation - Temperature meters",1,1,1,1,1,1,1,1,1,1,476.85511754254617]
["8.8","High/Low Alarms (for oxidant tanks)",{"$f":"tot_level_switch","v":4},"units","NA",null,"NA",null,{"$f":"VLOOKUP(0,alarm_cost_cl,3)","v":600.18707669670891},2400.7483067868357,{"$f":"VLOOKUP(0,alarm_cost_cl,IF(ss_cat=\"large\",4,5))","v":15},1,"Instrumentation - High/Low Alarms (for oxidant tanks)",1,1,1,1,1,1,1,1,1,1,160.04988711912239]
["8.9","Chlorine residual analyzers",{"$f":"tot_cl_analy","v":0},"units","NA",null,"NA",null,{"$f":"IF(C153=0,\"NA\",VLOOKUP(0,cl_anal_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C153=0,\"NA\",VLOOKUP(0,cl_anal_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Instrumentation - Chlorine residual analyzers",1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K153*L153),0,IF(K153<1,0,L153))","v":0},{"$f":"IF(W153,J153/K153,0)","v":0}]
["8.10","Electrical enclosure",{"$f":"elec_encl","v":0},"units","NA",null,"NA",null,{"$f":"IF(C154=0,\"NA\",VLOOKUP(0,elec_encl_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C154=0,\"NA\",VLOOKUP(0,elec_encl_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Instrumentation - Electrical enclosure",1,1,1,1,1,1,1,1,1,0,0]
["9","System Controls",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["9.1","PLC Units",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["9.1.1","PLC racks/power supplies",{"$f":"IF(manual=1,0,plc_rack)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_rack_cost_cl,3))","v":355.56},{"$f":"IF(OR(I157=\"NA\",I157=\"contact vendor\"),\"--\",C157*I157)","v":711.12},{"$f":"IF(C157=0,\"NA\",VLOOKUP(0,plc_rack_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B157","v":"System Controls - PLC Units - PLC racks/power supplies"},1,1,1,1,1,1,1,1,1,1,71.111999999999995]
["9.1.2","CPUs",{"$f":"IF(manual=1,0,plc_cpu)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_cpu_cost_cl,3))","v":378.8},757.6,{"$f":"IF(C158=0,\"NA\",VLOOKUP(0,plc_cpu_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B158","v":"System Controls - PLC Units - CPUs"},1,1,1,1,1,1,1,1,1,1,75.760000000000005]
["9.1.3","I/O discrete input modules",{"$f":"IF(manual=1,0,plc_discrete_input)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_discrete_input_cost_cl,3))","v":382.68},765.36,{"$f":"IF(C159=0,\"NA\",VLOOKUP(0,plc_discrete_input_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - I/O discrete input modules",1,1,1,1,1,1,1,1,1,1,76.536000000000001]
["9.1.4","I/O discrete output modules",{"$f":"IF(manual=1,0,plc_discrete_output)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_discrete_output_cost_cl,3))","v":340.42500000000001},340.42500000000001,{"$f":"IF(C160=0,\"NA\",VLOOKUP(0,plc_discrete_output_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - I/O discrete output modules",1,1,1,1,1,1,1,1,1,1,34.042500000000004]
["9.1.5","I/O combination analog modules",{"$f":"IF(manual=1,0,plc_combination_analog)","v":4},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_combination_analog_cost_cl,3))","v":557.33500000000004},2229.34,{"$f":"IF(C161=0,\"NA\",VLOOKUP(0,plc_combination_analog_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - I/O combination analog modules",1,1,1,1,1,1,1,1,1,1,222.93400000000003]
["9.1.6","Ethernet modules",{"$f":"IF(manual=1,0,plc_ethernet)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_ethernet_cost_cl,3))","v":1342.2349999999999},2684.47,{"$f":"IF(C162=0,\"NA\",VLOOKUP(0,plc_ethernet_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - Ethernet modules",1,1,1,1,1,1,1,1,1,1,268.447]
["9.1.7","Base expansion modules",{"$f":"IF(manual=1,0,plc_base_expansion)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_base_expansion_cost_cl,3))","v":142.66999999999999},142.66999999999999,{"$f":"IF(C163=0,\"NA\",VLOOKUP(0,plc_base_expansion_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - Base expansion modules",1,1,1,1,1,1,1,1,1,1,14.266999999999999]
["9.1.8","Base expansion controller modules",{"$f":"IF(manual=1,0,plc_base_expansion_controller)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_base_expansion_controller_cost_cl,3))","v":107.74000000000001},107.74000000000001,{"$f":"IF(C164=0,\"NA\",VLOOKUP(0,plc_base_expansion_controller_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - Base expansion controller modules",1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K164*L164),0,IF(K164<1,0,L164))","v":1},{"$f":"IF(W164,J164/K164,0)","v":10.774000000000001}]
["9.1.9","UPSs",{"$f":"IF(manual=1,0,ups_plc)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,ups_cost_cl,3))","v":877.495},877.495,{"$f":"IF(C165=0,\"NA\",VLOOKUP(0,ups_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,"System Controls - PLC Units - UPSs",1,1,1,1,1,1,1,1,1,1,87.749499999999998]
["9.2","Operator Equipment",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["9.2.1","Drive controllers",{"$f":"IF(manual=1,0,tot_switches)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,switch_cost_cl,3))","v":1300.8978726158491},{"$f":"IF(OR(I167=\"NA\",I167=\"contact vendor\"),\"--\",C167*I167)","v":2601.7957452316982},{"$f":"IF(C167=0,\"NA\",VLOOKUP(0,switch_cost_cl,IF(ss_cat=\"large\",4,5)))","v":15},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B167","v":"System Controls - PLC Units - Drive controllers"},1,1,1,1,1,1,1,1,1,1,173.4530496821132]
["9.2.2","Operator interface units",{"$f":"IF(manual=1,0,plc_interface)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(ss_cat,plc_op_interface_cost_cl,3,FALSE))","v":616.5},{"$f":"IF(OR(I168=\"NA\",I168=\"contact vendor\"),\"--\",C168*I168)","v":1233},{"$f":"IF(C168=0,\"NA\",VLOOKUP(ss_cat,plc_op_interface_cost_cl,IF(ss_cat=\"large\",4,5),FALSE))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B168","v":"System Controls - PLC Units - Operator interface units"},1,1,1,1,1,1,1,1,1,1,123.3]
["9.2.3","PC Workstations",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,pc_workstation_cost_cl,3))","v":1325.79},{"$f":"IF(OR(I169=\"NA\",I169=\"contact vendor\"),\"--\",C169*I169)","v":1325.79},{"$f":"IF(C169=0,\"NA\",VLOOKUP(0,pc_workstation_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B169","v":"System Controls - PLC Units - PC Workstations"},1,1,1,1,1,1,1,1,1,1,132.57900000000001]
["9.2.4","Printers - laser jet",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,printers)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,laser_printer_cost_cl,3))","v":373.99500000000006},{"$f":"IF(OR(I170=\"NA\",I170=\"contact vendor\"),\"--\",C170*I170)","v":373.99500000000006},{"$f":"IF(C170=0,\"NA\",VLOOKUP(0,laser_printer_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B170","v":"System Controls - PLC Units - Printers - laser jet"},1,1,1,1,1,1,1,1,1,1,37.399500000000003]
["9.3","Controls Software",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["9.3.1","Operator interface software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,plc_interface)","v":2},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,op_interface_software_cost_cl,3))","v":40.5},{"$f":"IF(OR(I172=\"NA\",I172=\"contact vendor\"),\"--\",C172*I172)","v":81},{"$f":"IF(C172=0,\"NA\",VLOOKUP(0,op_interface_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B172","v":"System Controls - PLC Units - Operator interface software"},1,1,1,1,1,1,1,1,1,1,8.1]
["9.3.2","PLC programming software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_software_cost_cl,3))","v":553.5},{"$f":"IF(OR(I173=\"NA\",I173=\"contact vendor\"),\"--\",C173*I173)","v":553.5},{"$f":"IF(C173=0,\"NA\",VLOOKUP(0,plc_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B173","v":"System Controls - PLC Units - PLC programming software"},1,1,1,1,1,1,1,1,1,1,55.35]
["9.3.3","PLC data collection software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":1},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,plc_data_software_cost_cl,3))","v":597.23500000000001},{"$f":"IF(OR(I174=\"NA\",I174=\"contact vendor\"),\"--\",C174*I174)","v":597.23500000000001},{"$f":"IF(C174=0,\"NA\",VLOOKUP(0,plc_data_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B174","v":"System Controls - PLC Units - PLC data collection software"},1,1,1,1,1,1,1,1,1,1,59.723500000000001]
["9.3.4","Plant intelligence software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":1},"units","NA",null,"NA",null,{"$f":"IF(OR(manual=1,ss_cat=\"small\"),\"NA\",VLOOKUP(0,plant_intel_software_cost_cl,3))","v":20680.739999999998},{"$f":"IF(OR(I175=\"NA\",I175=\"contact vendor\"),\"--\",C175*I175)","v":20680.739999999998},{"$f":"IF(C175=0,\"NA\",VLOOKUP(0,plant_intel_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":10},1,{"$f":"$B$155&\" - \"&$B$156&\" - \"&B175","v":"System Controls - PLC Units - Plant intelligence software"},1,1,1,1,1,1,1,1,1,1,2068.0739999999996]
["10","Building Structures and HVAC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.1","Building 1",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.1.1","Small Low Cost Shed",{"$f":"IF(AND(build1_fp>0,build1_fp<500),1,0)","v":0},"units",{"$f":"build1_fp","v":2920},"sf",{"$f":"build1_fp","v":2920},"sf",{"$f":"IF(C178=0,\"NA\",VLOOKUP(build1_fp,bldg_shed_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I178=\"NA\",I178=\"contact vendor\"),\"--\",G178*I178)","v":"--"},{"$f":"IF($C178=0,\"N/A\",VLOOKUP(build1_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$177&\" - \"&B178","v":"Building 1 - Small Low Cost Shed"},{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,0,0,{"$f":"IF(W178,K178,0)","v":0}]
["10.1.1","Low Quality",{"$f":"IF(build1_fp>=500,1,0)","v":1},"units",{"$f":"build1_fp","v":2920},"sf",{"$f":"build1_fp","v":2920},"sf",{"$f":"IF(C179=0,\"NA\",IF(curve=1,bldg_lo_eq_1,VLOOKUP(build1_fp, bldg_lo_cost_cl,3)))","v":76.59203105577474},{"$f":"IF(OR(I179=\"NA\",I179=\"contact vendor\"),\"--\",G179*I179)","v":223648.73068286225},{"$f":"IF($C179=0,\"N/A\",VLOOKUP(build1_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},1,{"$f":"$B$177&\" - \"&B179","v":"Building 1 - Low Quality"},{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,1,5591.2182670715565,{"$f":"IF(W179,K179,0)","v":40}]
["10.1.1","Medium Quality",{"$f":"IF(build1_fp>=500,1,0)","v":1},"units",{"$f":"build1_fp","v":2920},"sf",{"$f":"build1_fp","v":2920},"sf",{"$f":"IF(C180=0,\"NA\",IF(curve=1,bldg_mid_eq_1,VLOOKUP(build1_fp, bldg_mid_cost_cl,3)))","v":91.872697977710388},{"$f":"IF(OR(I180=\"NA\",I180=\"contact vendor\"),\"--\",G180*I180)","v":268268.27809491433},{"$f":"IF($C180=0,\"N/A\",VLOOKUP(build1_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},0,{"$f":"$B$177&\" - \"&B180","v":"Building 1 - Medium Quality"},null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,0,{"$f":"IF(W180,K180,0)","v":0}]
["10.1.1","High Quality",{"$f":"IF(build1_fp>=500,1,0)","v":1},"units",{"$f":"build1_fp","v":2920},"sf",{"$f":"build1_fp","v":2920},"sf",{"$f":"IF(C181=0,\"NA\",IF(curve=1,bldg_hi_eq_1,VLOOKUP(build1_fp, bldg_hi_cost_cl,3)))","v":127.11432501869939},{"$f":"IF(OR(I181=\"NA\",I181=\"contact vendor\"),\"--\",G181*I181)","v":371173.82905460219},{"$f":"IF($C181=0,\"N/A\",VLOOKUP(build1_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},0,{"$f":"$B$177&\" - \"&B181","v":"Building 1 - High Quality"},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},0,0,{"$f":"IF(W181,K181,0)","v":0}]
["10.1.2",{"$f":"\"Heating System\"&IF(build1_heat=\"heat pump\",\" (included with cooling system)\",\"\")","v":"Heating System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.1.2.1","Electric resistance",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":1},{"$f":"IF(C183=\"NA\",\"\",\"zones\")","v":"zones"},{"$f":"IF(C183=\"NA\",\"NA\",build1_heat_mbh)","v":84.724275363351452},{"$f":"IF(C183=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C183=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,2)))","v":84.724275363351452},{"$f":"IF(C183=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C183=\"NA\",\"NA\",IF(curve=1,hvac_elec_eq_1,VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,3)))","v":34834.31820677728},{"$f":"IF(OR(I183=\"NA\",I183=\"contact vendor\"),\"--\",C183*I183)","v":34834.31820677728},{"$f":"IF(C183=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B183","v":"Building 1 - Heating System - Electric resistance"},{"$f":"IF(include_HVAC=0,0,IF(build1_heat=$B183,1,\"\"))","v":""},"","","","","","","","",0,0]
["10.1.2.1","Natural gas non-condensing furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":1},{"$f":"IF(C184=\"NA\",\"\",\"zones\")","v":"zones"},{"$f":"IF(C184=\"NA\",\"NA\",build1_heat_mbh)","v":84.724275363351452},{"$f":"IF(C184=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C184=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,2)))","v":84.724275363351452},{"$f":"IF(C184=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C184=\"NA\",\"NA\",IF(curve=1,hvac_gas_non_eq_1,VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,3)))","v":24780.901214887759},{"$f":"IF(OR(I184=\"NA\",I184=\"contact vendor\"),\"--\",C184*I184)","v":24780.901214887759},{"$f":"IF(C184=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B184","v":"Building 1 - Heating System - Natural gas non-condensing furnace"},"","","","","","","","","",0,0]
["10.1.2.1","Natural gas condensing furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":1},{"$f":"IF(C185=\"NA\",\"\",\"zones\")","v":"zones"},{"$f":"IF(C185=\"NA\",\"NA\",build1_heat_mbh)","v":84.724275363351452},{"$f":"IF(C185=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C185=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,2)))","v":84.724275363351452},{"$f":"IF(C185=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C185=\"NA\",\"NA\",IF(curve=1,hvac_gas_eq_1,VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,3)))","v":24780.901214887759},{"$f":"IF(OR(I185=\"NA\",I185=\"contact vendor\"),\"--\",C185*I185)","v":24780.901214887759},{"$f":"IF(C185=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},1,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B185","v":"Building 1 - Heating System - Natural gas condensing furnace"},1,1,1,1,1,1,1,1,1,1,991.2360485955104]
["10.1.2.1","Standard efficiency oil furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":1},{"$f":"IF(C186=\"NA\",\"\",\"zones\")","v":"zones"},{"$f":"IF(C186=\"NA\",\"NA\",build1_heat_mbh)","v":84.724275363351452},{"$f":"IF(C186=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C186=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(E186,hvac_oil_std_cost_cl,2)))","v":84.724275363351452},{"$f":"IF(C186=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C186=\"NA\",\"NA\",IF(curve=1,hvac_oil_std_eq_1,VLOOKUP(build1_heat_mbh,hvac_oil_std_cost_cl,3)))","v":28061.446936964308},{"$f":"IF(OR(I186=\"NA\",I186=\"contact vendor\"),\"--\",C186*I186)","v":28061.446936964308},{"$f":"IF(C186=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B186","v":"Building 1 - Heating System - Standard efficiency oil furnace"},"","","","","","","","","",0,0]
["10.1.2.1","Mid-efficiency oil furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":1},{"$f":"IF(C187=\"NA\",\"\",\"zones\")","v":"zones"},{"$f":"IF(C187=\"NA\",\"NA\",build1_heat_mbh)","v":84.724275363351452},{"$f":"IF(C187=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C187=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,2)))","v":84.724275363351452},{"$f":"IF(C187=\"NA\",\"\",\"MBH\")","v":"MBH"},{"$f":"IF(C187=\"NA\",\"NA\",IF(curve=1,hvac_oil_mid_eq_1,VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,3)))","v":28061.446936964308},{"$f":"IF(OR(I187=\"NA\",I187=\"contact vendor\"),\"--\",C187*I187)","v":28061.446936964308},{"$f":"IF(C187=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},0,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B187","v":"Building 1 - Heating System - Mid-efficiency oil furnace"},"","","","","","","","","",0,0]
["10.1.3",{"$f":"IF(build1_heat=\"heat pump\",\"Heating and \",\"\")&\"Cooling System\"","v":"Cooling System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.1.3.1","Air conditioner",{"$f":"IF(build1_need_cool,build1_zones,\"NA\")","v":"NA"},{"$f":"IF(C189=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C189=\"NA\",\"NA\",build1_cooling_tons)","v":"NA"},{"$f":"IF(C189=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C189=\"NA\",\"NA\",IF(curve=1,build1_cooling_tons,VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,2)))","v":"NA"},{"$f":"IF(C189=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C189=\"NA\",\"NA\",IF(curve=1,hvac_ac_eq_1,VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I189=\"NA\",I189=\"contact vendor\"),\"--\",C189*I189)","v":"--"},{"$f":"IF(C189=\"NA\",\"NA\",VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B189","v":"Building 1 - Heating System - Air conditioner"},{"$f":"IF(include_HVAC=0,0,IF(build1_cool=$B189,1,\"\"))","v":""},"","","","","","","","",0,0]
["10.1.3.1","Heat pump",{"$f":"IF(AND(hp_ok_1,build1_need_cool),build1_zones,\"NA\")","v":"NA"},{"$f":"IF(C190=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C190=\"NA\",\"NA\",build1_cooling_tons)","v":"NA"},{"$f":"IF(C190=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C190=\"NA\",\"NA\",IF(curve=1,build1_cooling_tons,VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,2)))","v":"NA"},{"$f":"IF(C190=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C190=\"NA\",\"NA\",IF(curve=1,hvac_hp_eq_1,VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I190=\"NA\",I190=\"contact vendor\"),\"--\",C190*I190)","v":"--"},{"$f":"IF(C190=\"NA\",\"NA\",VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$177&\" - \"&$B$182&\" - \"&B190","v":"Building 1 - Heating System - Heat pump"},"","","","","","","","","",0,0]
["10.2","Building 2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.2.1","Small Low Cost Shed",{"$f":"IF(AND(build2_fp>0,build2_fp<500),1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C192=0,\"NA\",VLOOKUP(build2_fp,bldg_shed_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I192=\"NA\",I192=\"contact vendor\"),\"--\",G192*I192)","v":"--"},{"$f":"IF($C192=0,\"N/A\",VLOOKUP(build2_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$191&\" - \"&B192","v":"Building 2 - Small Low Cost Shed"},{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,0,0,{"$f":"IF(W192,K192,0)","v":0}]
["10.2.1","Low Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C193=0,\"NA\",IF(curve=1,bldg_lo_eq_2,VLOOKUP(build2_fp, bldg_lo_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I193=\"NA\",I193=\"contact vendor\"),\"--\",G193*I193)","v":"--"},{"$f":"IF($C193=0,\"N/A\",VLOOKUP(build2_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$191&\" - \"&B193","v":"Building 2 - Low Quality"},{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,0,0,{"$f":"IF(W193,K193,0)","v":0}]
["10.2.1","Medium Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C194=0,\"NA\",IF(curve=1,bldg_mid_eq_2,VLOOKUP(build2_fp, bldg_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I194=\"NA\",I194=\"contact vendor\"),\"--\",G194*I194)","v":"--"},{"$f":"IF($C194=0,\"N/A\",VLOOKUP(build2_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$191&\" - \"&B194","v":"Building 2 - Medium Quality"},null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,0,{"$f":"IF(W194,K194,0)","v":0}]
["10.2.1","High Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C195=0,\"NA\",IF(curve=1,bldg_hi_eq_2,VLOOKUP(build2_fp, bldg_hi_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I195=\"NA\",I195=\"contact vendor\"),\"--\",G195*I195)","v":"--"},{"$f":"IF($C195=0,\"N/A\",VLOOKUP(build2_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$191&\" - \"&B195","v":"Building 2 - High Quality"},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},{"$f":"IF(ISERROR(K195*L195),0,IF(K195<1,0,L195))","v":0},{"$f":"IF(W195,J195/K195,0)","v":0},{"$f":"IF(W195,K195,0)","v":0}]
["10.2.2",{"$f":"\"Heating System\"&IF(build2_heat=\"heat pump\",\" (included with cooling system)\",\"\")","v":"Heating System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.2.2.1","Electric resistance",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C197=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C197=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C197=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C197=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,2)))","v":"NA"},{"$f":"IF(C197=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C197=\"NA\",\"NA\",IF(curve=1,hvac_elec_eq_2,VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I197=\"NA\",I197=\"contact vendor\"),\"--\",C197*I197)","v":"--"},{"$f":"IF(C197=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$196&\" - \"&B197","v":"Building 2 - Heating System - Electric resistance"},{"$f":"IF(include_HVAC=0,0,IF(build2_heat=$B197,1,\"\"))","v":""},"","","","","","","","",0,0]
["10.2.2.1","Natural gas non-condensing furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C198=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C198=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C198=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C198=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,2)))","v":"NA"},{"$f":"IF(C198=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C198=\"NA\",\"NA\",IF(curve=1,hvac_gas_non_eq_2,VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I198=\"NA\",I198=\"contact vendor\"),\"--\",C198*I198)","v":"--"},{"$f":"IF(C198=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$196&\" - \"&B198","v":"Building 2 - Heating System - Natural gas non-condensing furnace"},"","","","","","","","","",0,0]
["10.2.2.1","Natural gas condensing furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C199=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C199=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C199=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C199=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,2)))","v":"NA"},{"$f":"IF(C199=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C199=\"NA\",\"NA\",IF(curve=1,hvac_gas_eq_2,VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I199=\"NA\",I199=\"contact vendor\"),\"--\",C199*I199)","v":"--"},{"$f":"IF(C199=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$196&\" - \"&B199","v":"Building 2 - Heating System - Natural gas condensing furnace"},"","","","","","","","","",0,0]
["10.2.2.1","Standard efficiency oil furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C200=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C200=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C200=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C200=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(E200,hvac_oil_std_cost_cl,2)))","v":"NA"},{"$f":"IF(C200=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C200=\"NA\",\"NA\",IF(curve=1,hvac_oil_std_eq_2,VLOOKUP(build2_heat_mbh,hvac_oil_std_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I200=\"NA\",I200=\"contact vendor\"),\"--\",C200*I200)","v":"--"},{"$f":"IF(C200=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$196&\" - \"&B200","v":"Building 2 - Heating System - Standard efficiency oil furnace"},"","","","","","","","","",0,0]
["10.2.2.1","Mid-efficiency oil furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C201=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C201=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C201=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C201=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,2)))","v":"NA"},{"$f":"IF(C201=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C201=\"NA\",\"NA\",IF(curve=1,hvac_oil_mid_eq_2,VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I201=\"NA\",I201=\"contact vendor\"),\"--\",C201*I201)","v":"--"},{"$f":"IF(C201=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$196&\" - \"&B201","v":"Building 2 - Heating System - Mid-efficiency oil furnace"},"","","","","","","","","",0,0]
["10.2.3",{"$f":"IF(build2_heat=\"heat pump\",\"Heating and \",\"\")&\"Cooling System\"","v":"Cooling System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.2.3.1","Air conditioner",{"$f":"IF(build2_need_cool,build2_zones,\"NA\")","v":"NA"},{"$f":"IF(C203=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C203=\"NA\",\"NA\",build2_cooling_tons)","v":"NA"},{"$f":"IF(C203=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C203=\"NA\",\"NA\",IF(curve=1,build2_cooling_tons,VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,2)))","v":"NA"},{"$f":"IF(C203=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C203=\"NA\",\"NA\",IF(curve=1,hvac_ac_eq_2,VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I203=\"NA\",I203=\"contact vendor\"),\"--\",C203*I203)","v":"--"},{"$f":"IF(C203=\"NA\",\"NA\",VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$202&\" - \"&B203","v":"Building 2 - Cooling System - Air conditioner"},{"$f":"IF(include_HVAC=0,0,IF(build2_cool=$B203,1,\"\"))","v":""},"","","","","","","","",0,0]
["10.2.3.1","Heat pump",{"$f":"IF(AND(hp_ok_2,build2_need_cool),build2_zones,\"NA\")","v":"NA"},{"$f":"IF(C204=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C204=\"NA\",\"NA\",build2_cooling_tons)","v":"NA"},{"$f":"IF(C204=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C204=\"NA\",\"NA\",IF(curve=1,build2_cooling_tons,VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,2)))","v":"NA"},{"$f":"IF(C204=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C204=\"NA\",\"NA\",IF(curve=1,hvac_hp_eq_2,VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I204=\"NA\",I204=\"contact vendor\"),\"--\",C204*I204)","v":"--"},{"$f":"IF(C204=\"NA\",\"NA\",VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$191&\" - \"&$B$202&\" - \"&B204","v":"Building 2 - Cooling System - Heat pump"},"","","","","","","","","",0,0]
["10.3","Concrete Pad",1,"units",{"$f":"concrete","v":20},"cy",{"$f":"concrete","v":20},"cy",{"$f":"VLOOKUP(0,conc_pad_cost_cl,3)","v":492.74999999999994},{"$f":"IF(I205=\"contact vendor\",\"--\",E205*I205)","v":9854.9999999999982},{"$f":"VLOOKUP(0,conc_pad_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},1,{"$f":"B205","v":"Concrete Pad"},{"$f":"include_pad","v":1},1,1,1,1,1,1,1,1,1,246.37499999999994]
["11","Hydraulic Reprofile",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["11.1","Concrete",{"$f":"IF(excavation=2,0,1)","v":0},"units",{"$f":"IF(C207=0,\"NA\",concrete_vol)","v":"NA"},{"$f":"IF(C207=0,\"\",\"cy\")","v":""},{"$f":"IF(C207=0,\"NA\",concrete_vol)","v":"NA"},{"$f":"IF(C207=0,\"\",\"cy\")","v":""},{"$f":"IF(C207=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I207=\"NA\",I207=\"contact vendor\"),\"--\",C207*I207)","v":"--"},{"$f":"IF(C207=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$206&\" - \"&B207","v":"Hydraulic Reprofile - Concrete"},1,1,1,1,1,1,1,1,1,0,0]
["11.2","Aluminum Railing",{"$f":"IF(excavation=2,0,railing)","v":0},"lf","NA",null,"NA",null,{"$f":"IF(C208=0,\"NA\",VLOOKUP(B208,metal_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I208=\"NA\",I208=\"contact vendor\"),\"--\",C208*I208)","v":"--"},{"$f":"IF(C208=0,\"NA\",VLOOKUP(B58,metal_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$206&\" - \"&B208","v":"Hydraulic Reprofile - Aluminum Railing"},1,1,1,1,1,1,1,1,1,0,0]
["11.3","Aluminum Stairs",{"$f":"IF(excavation=2,0,risers)","v":0},"risers","NA",null,"NA",null,{"$f":"IF(C209=0,\"NA\",VLOOKUP(B59,metal_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I209=\"NA\",I209=\"contact vendor\"),\"--\",C209*I209)","v":"--"},{"$f":"IF(C209=0,\"NA\",VLOOKUP(B59,metal_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$206&\" - \"&B209","v":"Hydraulic Reprofile - Aluminum Stairs"},1,1,1,1,1,1,1,1,1,0,0]
["11.4","Excavation",{"$f":"IF(excavation=2,0,1)","v":0},"units",{"$f":"IF(C210=0,\"NA\",excavation_vol)","v":"NA"},{"$f":"IF(C210=0,\"\",\"cy\")","v":""},{"$f":"IF(C210=0,\"NA\",excavation_vol)","v":"NA"},{"$f":"IF(C210=0,\"\",\"cy\")","v":""},{"$f":"IF(C210=0,\"NA\",VLOOKUP(0,excavate_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I210=\"NA\",I210=\"contact vendor\"),\"--\",C210*I210)","v":"--"},{"$f":"IF(C210=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$206&\" - \"&B210","v":"Hydraulic Reprofile - Excavation"},1,1,1,1,1,1,1,1,1,0,0]
["11.5","Backfill and Compaction",{"$f":"IF(excavation=2,0,1)","v":0},"units",{"$f":"IF(C211=0,\"NA\",backfill_vol)","v":"NA"},{"$f":"IF(C211=0,\"\",\"cy\")","v":""},{"$f":"IF(C211=0,\"NA\",backfill_vol)","v":"NA"},{"$f":"IF(C211=0,\"\",\"cy\")","v":""},{"$f":"IF(C211=0,\"NA\",VLOOKUP(0,backfill_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I211=\"NA\",I211=\"contact vendor\"),\"--\",C211*I211)","v":"--"},{"$f":"IF(C211=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$206&\" - \"&B211","v":"Hydraulic Reprofile - Backfill and Compaction"},1,1,1,1,1,1,1,1,1,0,0]
[]
["Total of direct line items above:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"direct_for_UL","total_direct_depreciation","build_UL"]
[null,"Direct cost category","Total","Guidance",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(W36:W211,J36:J211)","v":3175877.0767659177},{"$f":"SUM(X36:X211)","v":127825.99294351072},{"$f":"MAX(Y178:Y181,Y192:Y195)","v":40}]
[null,"Process costs",{"$f":"SUMPRODUCT(J33:J175,L33:L175)+SUMPRODUCT(J207:J211,L207:L211)","v":2917592.4448681674},"Excludes alternate cost line items in italics, without a 1 in the \"Use?\" column. Includes installation, transportation, and O&P"]
[null,"Building costs",{"$f":"SUMPRODUCT(J177:J205,L177:L205)","v":258284.63189775002},"See input sheet to exclude buildings/HVAC; indirect assumptions sheet to exclude concrete pad"]
[null,"Total direct capital cost",{"$f":"process_cost+building_cost","v":3175877.0767659172},"Total of process and building costs"]
[]
["Add-on Cost Details (See indirect assumptions sheet to exclude individual add-on items)"]
[null,"Add-on Line Item","Total","Guidance"]
[null,"Permits",{"$f":"include_permits*permit_cost","v":2925.04},"See indirect assumptions sheet to exclude individual add-on items"]
[null,"Pilot Study",{"$f":"IF(add_on=1,include_pilot_addon,include_pilot)*VLOOKUP(tech_name,CHOOSE(ss_cat2,pilot_cost_medium_cl,pilot_cost_medium_cl,pilot_cost_large_cl),2,FALSE)","v":62551.098535576341}]
[null,"Land Cost",{"$f":"include_land*land_required*land_cost","v":5590.3305214864076},{"$f":"\"For \"&TEXT(land_required,\"#0.00\")&\" acres\"","v":"For 0.18 acres"}]
[null,"Total add-on costs",{"$f":"SUM(C223,C221:C222)","v":71066.469057062743},"Total of permits, piloting, and land"]
[]
["Indirect Capital Cost Details (See indirect assumptions sheet to exclude individual indirect items)"]
[null,"Indirect Line Item","Total","Percent","Guidance"]
[null,"Mobilization and Demobilization",{"$f":"(direct_cost+C230+C231+C232+C233+C234+C235+C236+C239)*D228","v":161044.15168561059},{"$f":"CHOOSE(ss_cat2,mob_pct_small,mob_pct_medium,mob_pct_large)","v":0.04},"See indirect assumptions sheet to exclude individual indirect items"]
[null,"Architectural Fees for Treatment Building",{"$f":"IF(ss_cat2=1,include_arch_small,include_arch)*building_cost*D229","v":20662.770551820002},{"$f":"VLOOKUP(building_cost,architectural_table_cl,3)","v":0.08},"Excluded by default for small systems"]
[null,"Installation, Transportation, and O&P",{"$f":"direct_cost*D230","v":0},{"$f":"inst_pct","v":0}]
[null,"Site Work",{"$f":"include_sitework*sitework_cost","v":44358.329670329666},null,"Calculated based on system requirements"]
[null,"Yard Piping",{"$f":"IF(AND(add_on=1,include_yardpipe_addon=0),0,include_yardpipe*yard_cost)","v":9153.4335406093796},null,{"$f":"IF(AND(add_on=1,include_yardpipe_addon=0),\"Not required for add-on\",\"Calculated based on system requirements\")","v":"Calculated based on system requirements"}]
[null,"Geotechnical",{"$f":"IF(excavation=1,1,IF(add_on=1,0,IF(OR(component_level=\"\",component_level=0),include_geo_low,IF(component_level=1,include_geo_medium,include_geo_high))))*geotech_cost","v":0},null,{"$f":"IF(add_on=1,IF(excavation=1,\"Included in add-on scenario because of excavation\",\"Not required for add-on\"),\"Calculated based on system requirements. Excluded by default for low and medium cost systems, but included with excavation\")","v":"Calculated based on system requirements. Excluded by default for low and medium cost systems, but included with excavation"}]
[null,"Standby Power",{"$f":"IF(AND(add_on=1,include_standby_addon=0),0,IF(ss_cat2=1,include_standby_small,include_standby))*std_power_cost","v":187368},null,{"$f":"IF(AND(add_on=1,include_standby_addon=0),\"Not required for add-on\",\"Calculated based on system requirements. Excluded by default for small systems.\")","v":"Calculated based on system requirements. Excluded by default for small systems."}]
[null,"Electrical (including yard wiring)",{"$f":"process_cost*D235","v":291759.24448681675},{"$f":"elect_pct","v":0.1},"Percentage is applied only to process cost. Building direct costs include electrical components."]
[null,"Instrumentation and Control",{"$f":"direct_cost*D236","v":0},{"$f":"i_c_pct","v":0}]
[null,"Contingency",{"$f":"IF(component_level=\"\",include_conting_low,IF(component_level=1,include_conting_medium,include_conting_high))*(direct_cost+addon_cost+SUM(C228:C236,C238:C243))*D237","v":0},{"$f":"IF(component_level=\"\",include_conting_low,IF(component_level=1,include_conting_medium,include_conting_high))*VLOOKUP(direct_cost,contingency_table_cl,3)*complexity","v":0},"Included for high cost systems only."]
[null,"Process Engineering",{"$f":"direct_cost*D238","v":381105.24921191006},{"$f":"CHOOSE(ss_cat2,eng_pct_small,eng_pct_medium,eng_pct_large)","v":0.12}]
[null,"Miscellaneous Allowance",317587.70767659176,{"$f":"misc_pct","v":0.1}]
[null,"Legal, Fiscal, and Administrative",63517.541535318349,{"$f":"legal_pct","v":0.02}]
[null,"Sales Tax",0,{"$f":"tax_pct","v":0}]
[null,"Financing during Construction",158793.85383829588,{"$f":"IF(ss_cat2=1,finance_pct_small,finance_pct)","v":0.05}]
[null,"Construction Management and GC Overhead",{"$f":"cm_cost","v":203160.91397504439}]
[null,"Total indirect capital cost",{"$f":"indirect_cost_multiplier*direct_cost+indirect_cost_add","v":1838511.1961723473},null,"Total of indirect line items"]
[]
["TOTAL CAPITAL COST DETAILS"]
[null,"Assumption","Value","Guidance"]
[null,"City Index for Total Capital Cost",1,"User adjustable.  Can be used to adjust estimated costs to be more reflective of a specific geographical location"]
[]
[null,"Capital Cost Category","Total"]
[null,"Total Direct Capital Cost (from above)",{"$f":"direct_cost","v":3175877.0767659172}]
[null,"Total Add-on Cost (from above)",{"$f":"addon_cost","v":71066.469057062743}]
[null,"Total Indirect Cost (from above)",{"$f":"C244","v":1838511.1961723473}]
[null,"Grand total capital cost (incorporating city index)",{"$f":"(direct_cost*(1+SUM(cul_indir_mult_table))+SUM(cul_indir_add_table))*city_index","v":5085454.7419953272}]
[]
["Annual Operating and Maintenance Cost Details (items in italics, without a 1 in the \"Use?\" column, represent alternate costs and are excluded from total)"]
[null,"Assumption","Value","Guidance"]
[null,"City Index for Total O&M Cost",1,"User adjustable. Can be used to adjust estimated costs to be more reflective of a specific geographical location"]
[]
[null,"Item","Quantity",null,"Unit Cost",null,"Total Cost","Use?","Guidance"]
[null,"Labor"]
[null,"Manager",{"$f":"Manager_LOE","v":86.45537769052045},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,5)","v":57.930721925133689},"/hr",{"$f":"C262*E262","v":5008.422443921947},1]
[null,"Administrative",{"$f":"Clerical_LOE","v":86.45537769052045},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,6)","v":32.90061497326203},"/hr",{"$f":"C263*E263","v":2844.4350937637614},1]
[null,"Operator",{"$f":"Operator_LOE","v":864.55377690520447},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,4)","v":36.431310160427806},"/hr",{"$f":"C264*E264","v":31496.826796802812},1,"Includes labor for regular operations, maintenance, lamp replacement, etc."]
[null,"Chemicals"]
[null,{"$f":"\"Hydrogen peroxide\"&H2O2_purchase","v":"Hydrogen peroxide - Small Qty"},{"$f":"H2O2_yr","v":49862.358},"lbs/yr",{"$f":"VLOOKUP(B266,chem_cost_cl,3,FALSE)","v":0.47022883285981981},"/lb",{"$f":"E266*C266","v":23446.7184059785},{"$f":"IF(H2O2_used,1,0)","v":1}]
[null,{"$f":"\"Sodium hypochlorite\"&NaOCl_purchase","v":"Sodium hypochlorite - Small Qty"},{"$f":"NaOCl_yr","v":0},"gal/yr",{"$f":"VLOOKUP(B267,chem_cost_cl,3,FALSE)","v":1.7203222705757928},"/gal",{"$f":"E267*C267","v":0},{"$f":"IF(Cl2_used,1,0)","v":0}]
[null,"Materials"]
[null,"Materials for booster pumps","calculated as a percentage of capital",null,null,null,{"$f":"pump_mtl","v":0},{"$f":"IF(G269=0,0,1)","v":0}]
[null,"Building and HVAC maintenance (materials and labor)",{"$f":"total_fp","v":2920},"sf",{"$f":"G270/C270","v":6.6276039255582688},"/sf/yr",{"$f":"bldg_maint_cost","v":19352.603462630144},{"$f":"IF(G270=0,0,1)","v":1}]
[null,"Replacement UV lamps",{"$f":"lamp_replacements","v":54.045322862453524},"/yr",{"$f":"IF(curve=1,UV_lamp_eq,VLOOKUP(lamp_power,UV_MP_lamp_cost_cl,3))","v":1023.981508943113},"/unit",{"$f":"E271*C271","v":55341.411256012885},{"$f":"IF(G271=0,0,1)","v":1}]
[null,"Replacement ballasts",{"$f":"ballast_replacements","v":4},"/yr",{"$f":"IF(curve=1,ballast_eq,VLOOKUP(ballast_power,Ballast_cost_cl,3))","v":8356.2245844012796},"/unit",{"$f":"E272*C272","v":33424.898337605118},{"$f":"IF(G272=0,0,1)","v":1}]
[null,"Replacement UV intensity sensors",{"$f":"sensor_replacements","v":15},"/yr",{"$f":"VLOOKUP(lamps_per_sensor,UV_MP_sensor_cost_cl,3)","v":1597.4222899318379},"/unit",{"$f":"E273*C273","v":23961.334348977569},1]
[null,"Energy"]
[null,"Energy for booster pumps",{"$f":"pump_energy","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E275*C275*1000","v":0},0]
[null,"Energy for UV reactors",{"$f":"UV_energy","v":2212.1190000000001},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kWh",{"$f":"E276*C276*1000","v":243371.82253982738},1]
[null,"Energy for lighting",{"$f":"lighting","v":0.7573491085689591},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kWh",{"$f":"E277*C277*1000","v":83.321662555830471},1]
[null,"Energy for ventilation",{"$f":"ventilation","v":4.1622568145454553},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kWh",{"$f":"E278*C278*1000","v":457.92112758614866},1]
[null,"Energy for cooling"]
[null,"Air conditioning",{"$f":"cooling","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E280*C280*1000","v":0},0]
[null,"Heat pump",{"$f":"cooling_hp","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E281*C281*1000","v":0},0]
[null,"Energy for heating"]
[null,"Electric resistance",{"$f":"heating","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E283*C283*1000","v":0},0]
[null,"Heat pump",{"$f":"heating_hp","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E284*C284*1000","v":0},0]
[null,"Natural gas non-condensing furnace",{"$f":"heating_gas_non","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"E285*C285","v":0},0]
[null,"Natural gas condensing furnace",{"$f":"heating_gas","v":8252.1444203904302},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"E286*C286","v":4774.3722578181687},1]
[null,"Standard efficiency oil furnace",{"$f":"heating_diesel_non","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"E287*C287","v":0},0]
[null,"Mid-efficiency oil furnace",{"$f":"heating_diesel","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"E288*C288","v":0},0]
[null,"Residuals Disposal"]
[null,"Spent lamps, ballasts, & sensors disposal",{"$f":"res_year","v":0.64283992146840141},"ton/yr",{"$f":"G290/C290","v":112.15720840993784},null,{"$f":"disposal_fee","v":72.099131046359574},1]
[null,"Miscellaneous Allowance",{"$f":"misc_pct","v":0.1},null,null,null,{"$f":"SUMPRODUCT(G262:G288,H262:H288) * misc_pct","v":44356.408773348026},1]
[null,"Total Annual O&M Cost (incorporating city index)",null,null,null,null,{"$f":"SUMPRODUCT(G262:G291,H262:H291)*OM_City_Index","v":487992.59563787468}]
[]
["ANNUALIZED COSTS"]
[null,"Assumption","Value","Guidance"]
[null,"Discount rate",7.0000000000000007E-2,"User adjustable"]
[null,"Calculate households based on:","ground water","User adjustable"]
[null,"Household size (people per household)",2.5299999999999998,"User adjustable"]
[]
[null,"Calculation","Value","Units"]
[null,"Useful Life (Reciprocal Weighted Average)",{"$f":"ROUND((direct_for_UL+IF(build_UL=0,0,addon_cost+indirect_cost))/(total_direct_depreciation+IF(build_UL=0,0,(addon_cost+indirect_cost)/build_UL)),1)","v":29},"years"]
[null,"Number of households served",{"$f":"IF(source_select=\"ground water\",(average_flow*1000/0.08558)^(1/1.0584),(average_flow*1000/0.14004)^(1/0.99703))/hh_size","v":2281.0449501110629},"households"]
[null,"Annualized Capital Cost",{"$f":"-PMT(Discount_rate,useful_life,system_cost)","v":414203.43254857586},"/year"]
[null,"Annual O&M Cost",{"$f":"OM_cost","v":487992.59563787468},"/year"]
[null,"Total Annualized Cost",{"$f":"Annualized_Capital_Cost+OM_cost","v":902196.02818645048},"/year",{"$f":"IF(ISERROR(OR(TAC_pct_cap,TAC_pct_OM)),\"\",TEXT(TAC_pct_cap,\"0%\")&\" annualized capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" annual O&M\")","v":"46% annualized capital, 54% annual O&M"}]
[null,"Annualized cost per 1,000 gallons average flow",{"$f":"Annualized_Cost/(average_flow*365*1000)","v":3.0180341150633097},"/kgal"]
[null,"Annualized cost per household",{"$f":"Annualized_Cost/households","v":395.51874159363803},"/household/year"]
[]
["Internal use"]
[null,"Mobilization and Demobilization",{"$f":"C228","v":161044.15168561059}]
[null,"Architectural Fees for Treatment Building",{"$f":"C229","v":20662.770551820002}]
[null,"Installation, Transportation, and O&P",{"$f":"D230","v":0}]
[null,"Site Work",{"$f":"C231","v":44358.329670329666}]
[null,"Yard Piping",{"$f":"C232","v":9153.4335406093796}]
[null,"Geotechnical",{"$f":"C233","v":0}]
[null,"Standby Power",{"$f":"C234","v":187368}]
[null,"Electrical (including yard wiring)",{"$f":"C235","v":291759.24448681675}]
[null,"Instrumentation and Control",{"$f":"D236","v":0}]
[null,"Contingency",{"$f":"C237","v":0}]
[null,"Process Engineering",{"$f":"C238","v":381105.24921191006}]
[null,"Miscellaneous Allowance",{"$f":"D239","v":0.1}]
[null,"Legal, Fiscal, and Administrative",{"$f":"D240","v":0.02}]
[null,"Sales Tax",{"$f":"D241","v":0}]
[null,"Financing during Construction",{"$f":"D242","v":0.05}]
[null,"Construction Management and GC Overhead",{"$f":"C243","v":203160.91397504439}]
[null,"Indirect cost multiplier",{"$f":"SUM(cul_indir_mult_table)","v":0.17}]
[null,"Indirect costs added",{"$f":"SUM(cul_indir_add_table)-addon_cost","v":1298612.0931221412}]
[null,"Subtotal indirect and add-on cost",{"$f":"C244+addon_cost","v":1909577.6652294099}]
[]
[null,"Validity Checks",{"$f":"INPUT!C38","v":true},{"$f":"INPUT!C42","v":true},{"$f":"INPUT!C48","v":true},{"$f":"INPUT!C53","v":true},{"$f":"INPUT!C58","v":true},{"$f":"INPUT!C71","v":true}]
[null,"Missing Cost?:",{"$f":"IF(COUNTIF(use_column,\"x\")>0,TRUE,FALSE)","v":false}]
[null,"Buildup Error?",{"$f":"IF(COUNTIF(use_column,\"ec\")+COUNTIF(use_column,\"ep\")>0,TRUE,FALSE)","v":false}]

{"sheet":"Critical Design Assumptions","index":4,"n_rows":167,"n_cols":7,"rows_kept":167,"cut":false,"hidden":false,"merged":[]}
["Default Critical Design Assumptions"]
["Users may change any of the cells in the Value column; cells in gold are most important and may vary based on contaminant treated and site-specific conditions"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Cost estimating method","curve",1,"<-- enter 1 to use cost equations, leave blank to use lookup tables for component costs","Keeping this assumption with a value of 1 is strongly recommended; the cost equations method is more appropriate for national cost estimating and will be more accurate for nearly all user-specified designs"]
["Minimum average flow as percentage of design","min_avg_flow",0.1,null,"The minimum ratio of average flow to design flow. If the ratio falls below this value, it will trigger a warning on the INPUT sheet. If this value is zero, no minimum is enforced."]
[]
["Contaminant removal"]
["Minimum allowable removal","min_removal",0.1,null,"Entering a contaminant removal outside these bounds will trigger an error on the input sheet. The boundary values are allowable."]
["Maximum allowable removal","max_removal",0.999]
[]
["Booster Pumping"]
["Redundant booster pumps","NRD_pump",0,null,"Multiple operating pumps, so no need for a redundant pump"]
["Pump safety factor","pump_safety_factor",0.25]
[]
["Excavation"]
["Concrete thickness","conc_thick",1,"ft"]
["Excavation depth","excavation_depth",5,"ft","5 feet below grade to maintain hydraulic profile and ensure reactors remain submerged"]
["Maximim height of riser ","riser_height",7,"risers"]
[]
["UV system"]
["Operating UV reactors per redundant reactor","rd_reac_freq",10,null,"Enter zero to default to no redundancy"]
["Maximum number of redundant reactors for entire facility","max_rd_reac",2,"units","Does not apply if the user specifies the number of redundant reactors"]
["Per Reactor Storage room for ancillaries of UV reactors","storage",0.2,null,"fraction of reactor footprint"]
["Minor alarm for indicating equipment failure","minor_alarm",1,"unit","It is used to show the failure of equipment with acceptable level of disinfection. Example low pumping level"]
["Major or high alarm system for component failure","major_alarm",1,"unit","It is used to show the failure of equipment causing non-acceptable level of disinfection.It is mostly built in the system.Ondeo Degremont Inc.  "]
["Control panel access space","cntrl_space",2,"ft"]
["Influent UVT monitors ","UVT_monitors_sp",1,"unit","Based on intensity setpoint approach"]
["Redundant UVT monitors for direct photolysis","NRD_UVT_mon",1,"unit","Included only when an operating UVT monitor is specified"]
["UVT monitors per train for UVAOP with oxidant","UVT_monitors_train",1,"units","Additional monitor after each point of oxidant addition, per Antolovich 2016"]
["Number of reference UV intensity sensors","ref_sensors",3,"units"]
[]
["Oxidants"]
["Include a separate day tank if daily volume is x or greater","day_tank_needed",5,"gal"]
["Include mixers for chemical tanks","include_cmix",0,"<--- enter 1 for yes, 0 for no"]
["Chemical tank mixer horsepower","cmix_hp_per",0.25,"hp per 1000 gal"]
["Minimum chemical tank mixer horsepower","min_cmix_hp",{"$f":"1/3","v":0.33333333333333331},"hp"]
["Percent grade of H2O2","H2O2_grade",0.5]
["Specific gravity of H2O2 at the indicated grade","H2O2_sg",1.19,null,"FMC Corporation, MSDS for 40-60% H2O2, http://www.h2o2.com/intro/FMC_MSDS_40_to_60.pdf"]
["Diluted H2O2 concentration to be fed","H2O2_dilute_conc",0.05,null,"Hydrogen peroxide is added to water as a dilute solution (MWH, Water Treatment: Principles and Design, second edition, page 552 and Table 8-4)."]
["Days of H2O2 storage","cstore_days",30,"days","50% hydrogen peroxide is stable."]
["Chlorine solution strength for NaOCl","chlorine_strength_Na",0.125,"as Cl","Common commercial solution strength 12.5% (Verna Arnette, Engineer, Greater Cincinnati Water Works).  See also, EPA 570/9-91-003 and EPA 815-R-99-014"]
["Density of bulk NaOCl solution","NaOCl_dens",10,"lb/gal","HASA MSDS for 12.5% SODIUM HYPOCHLORITE SOLUTION"]
["Days of NaOCl storage","NaOCl_store",20,"days","NaOCl solution should not be stored for more than 15-25 days (AWWA, Principles and Practices of Water Supply Operations: Water Treatment, 2010). For on-site generation, this assumption is applied to salt storage instead."]
["Number of redundant chemical metering pumps","NRD_cm_pump",1,"pumps"]
["Minimum chemical feed pump size","min_chem_flow",0.13,"gph","Metering pumps will be designed to meet this minimum"]
[]
["Secondary Containment Requirements"]
["Include secondary containment","include_sec_cont",1,"<--- enter 1 for yes, 0 for no"]
["Volume required as a percentage of the largest tank","sec_cont_pct_of_largest",1.1000000000000001]
["Volume required as a percentage of total storage","sec_cont_pct_of_total",0.1]
["Additional freeboard","sec_cont_freeboard",6,"inches","Additional freeboard is typically required to contain precipitation when storage is outside; we also include freeboard indoors to ensure a minimum reasonable curb height"]
["Maximum curb thickness","sec_cont_max_thick",1,"foot","Calculations assume thickness equal to height, up to this maximum"]
["Chemical resistant coating coverage","sec_cont_coating_cvg",125,"square feet/gallon"]
[]
["Number of manual valves on influent and treated water line","in_man",2,"valves"]
["Number of manual valves on influent and treated water line in add-on scenario","in_man_addon",0,"valves"]
["Number of check valves per booster pump","cvalve_pump",1,"units"]
["Number of check valves per oxidant metering pump","acid_chv_pump",2,"units"]
[]
["Flow meters for influent and treated water line","fm_in",0,"units"]
["Flow meters for influent and treated water line in add-on scenario","fm_in_addon",0,"units"]
["Flow meters per treatment line for active flow control option","fm_treat",1,"units","Used only if there is more than one operating train"]
["Flow meters per treatment line for passive flow control option","fm_treat_passive",1,"units","Used only if there is more than one operating train"]
["pH meters for influent line","inf_pH_meter",0,"units"]
["pH meters for each treatment train for direct photolysis","train_pH_meters_1",0,"units"]
["pH meters for each treatment train for UV/H2O2","train_pH_meters_2",0,"units"]
["pH meters for each treatment train for UV/Cl","train_pH_meters_3",1,"units","Because of importance of influent pH, included for UV/Cl after each point of oxidant addition as a critical control point, per Antolovich 2016"]
["pH meters for treated water line","eff_pH_meter",0,"units"]
["Turbidity meters for influent line","Inf_turb_meters",0,"units"]
["Turbidity meters for each treatment train ","train_turb_meters",0,"units"]
["Turbidity meters for treated water line","eff_turb_meters",0,"units"]
["Temperature meters for influent line","inf_temp_meter",0,"units"]
["Temperature meters for each reactor train","train_temp_meter",1,"units"]
["Temperature meters for treated water line","eff_temp_meter",0,"units"]
["Chlorine residual analyzers per train (UV/Cl only)","train_cl_anal",2,"units","To calculate reduction of chlorine as a critical control point, per Antolovich 2016"]
[]
["UPS access space","UPS_space",3,"ft","Liebert"]
[]
["Safety factor for passive flow distribution","passive_flow_sf",0.2]
[]
["Alarms per chemical cleaning tank","level_switch",2,"units/tank"]
["Number of electrical enclosures","elec_encl",0,"units","Required only for technologies with significant electric-powered equipment outside a building."]
[]
["System Controls"]
["Controllers are used only under full automation"]
["To change the degree of automation, change the number of controllers to zero for the appropriate items."]
["Drive Controllers per booster pump","S_booster_pump",1]
["Drive Controllers per oxidant metering pump","S_cm_pump",1]
["Drive Controllers per mixer","S_mix",1,"units"]
[]
[]
["Include PLC rack/power supplies in add-on scenario","plc_rack_addon",0,"<-- 1 for yes, 0 for no","Assumes additional PLC modules for add-on will fit on existing racks"]
["Number of CPUs in stand-alone system","plc_cpu_standalone",2,"units","One CPU is needed to run the local and expansion bases and modules (max 8192 I/O); using two to provide redundancy"]
["Number of CPUs in add-on scenario","plc_cpu_addon",0,"units"]
["Ethernet modules in stand-alone system","plc_ethernet_standalone",2,"units","One ethernet module is needed; using two to provide redundancy"]
["Ethernet modules in add-on scenario","plc_ethernet_addon",0,"units"]
["Operator interfaces in stand-alone system","plc_interface_standalone",2,"units","Two to provide redundancy in the event of SCADA node failure"]
["Operator interfaces in add-on scenario","plc_interface_addon",0,"units"]
["UPSs in stand-alone system","ups_standalone",1,"unit","UPS protects the PLC system from undesired outages and surges that can adversely affect the performance of the PLC unit"]
["UPSs in add-on scenario","ups_addon",0,"unit"]
["Computer workstations per x operators","workstation_ratio",1,"operator/workstation","Minimum will always be one, but larger systems will have multiple workstations to control the system"]
["Number of shifts","shifts_day",3,"shifts/day","Used to determine number of workstations"]
["Include workstations in add-on scenario","workstation_addon",0,"<-- 1 for yes, 0 for no"]
["Printers per x computer workstations","printer_ratio",4,"workstations/printer","Minimum will always be one, but larger systems will have multiple printers"]
["Include printers in add-on scenario","printer_addon",0,"<-- 1 for yes, 0 for no"]
[]
["Spent Materials Disposal"]
["Hazardous classification of spent lambs, ballasts, & sensors","res_haz",0,"<-- enter 1 to for hazardous classification, 0 for non-hazardous classification"]
["Weight of disposed UV lamps","weight_lamp",15,"lb.","Used for calculating disposal costs"]
["Weight of disposed ballasts","weight_ballast",25,"lb.","Used for calculating disposal costs"]
["Weight of disposed UV intensity sensors","weight_sensor",25,"lb.","Used for calculating disposal costs"]
["Miles to non-hazardous solid waste disposal site","non_haz_miles",10,"miles"]
["Miles to hazardous solid waste disposal site","haz_miles",200,"miles"]
[]
["Structure/Floorplan"]
["Maximum access space per tank for large systems","max_space_tank_large",6,"feet","This is the MAXIMUM; space between vessels and tanks defaults to vessel or tank diameter, up to this maximum.  Maximum provides space for sandblasting and painting for large vessels (5-8 feet per Richard E. Hubel, Peter Keenan, American Water Works Service Company)."]
["Maximum access space per tank for small systems","max_space_tank_small",1,"feet","Assumes skid-mounting with minimal access space"]
["Access space for pumps","space_pumps",4,"feet","Provide a minimum of 3 ft (1 m) of clear space around each item of equipment (American Water Works Association and American Society of Civil Engineers. Water Treatment Plant Design. Third Edition. New York: McGraw Hill, 1998. Pp. 695)."]
["Access space for UV reactors","space_reactor",3,"feet","The model includes at least this much space on each side of the reactor. It allows additional space as needed for lamp removal."]
["Buffer space around other sides of buildings","non_fire_buffer",10,"feet"]
["Fire truck buffer requirements","fire_buffer",40,"feet"]
["Building height","Building_height",20,"feet"]
["Ceiling clearance for storage tanks","ceiling_clearance",3,"feet"]
["Office space per employee","space_office",100,"square ft"]
["Office space per employee for small systems","space_office_small",0,"square ft","Small systems do not require office space"]
["Concrete pad thickness","pad_thick",{"$f":"6/12","v":0.5},"feet"]
["Concrete pad thickness for small systems","pad_thick_small",{"$f":"4/12","v":0.33333333333333331},"feet"]
["Additional building after…","add_2nd_building",10000,"sf"]
[]
["Pipe Length Multipliers"]
["Influent and treated water pipe length multiplier","in_out_pipe_mult",2,"times facility length"]
["Process pipe length multiplier","proc_pipe_mult",2,"times facility length"]
["Chemical pipe length multiplier","chem_pipe_mult",1,"times facility length"]
["Drain pipe length multiplier","drain_pipe_mult",1,"times facility length"]
[]
["Valves and Instrumentation"]
["Under assumptions below, valves are motorized for fully automated systems, manual for semi-automated and manual systems"]
["To change the degree of automation, the user may replace the numbers in each of the blue columns."]
["Number of control valves of x type on y line per z","Lookup name","Manual","Semi-auto","Fully Auto"]
["Motor/air operated on process line per train","proc_MOV_train",0,0,1,"valves/train"]
["Motor/air operated on process line per reactor within a train","proc_MOV_reactor",0,0,1,"valves/reactor"]
["Motor/air operated on process line per booster pump ","proc_MOV_pump",0,0,1,"valves/pump"]
["Number of motor/air operated control valves per day tank","chem_mov_day",0,0,1,"valves/tank"]
["Motor/air operated on oxidant lines per pump ","acid_MOV_pump",0,0,2,"valves/pump"]
["Manual on process line per train","proc_man_train",1,1,0,"valves/train"]
["Manual on process line per reactor within a train","proc_man_reactor",2,2,1,"valves/reactor","Includes drain valves"]
["Manual on process line per booster pump ","proc_man_pump",1,1,0,"valves/pump"]
["Number of manual valves per day tank","chem_man_day",1,1,0,"valves/tank"]
["Manual on oxidant lines per pump ","acid_man_pump",2,2,0,"valves/pump"]
[]
["Full automation includes all inputs and outputs, semi-automated uses inputs only, manual control uses neither"]
["Note: the following table must be sorted alphabetically on the column entitled \"Lookup Name.\"  To change the degree of automation, the user may replace the numbers in each of the blue columns."]
["I/O Ports needed per….","Lookup name","Discrete Inputs","Discrete Outputs","Analog Inputs","Analog Outputs"]
["Alarm (including level switch/alarms, power alarms, etc.)","alarm",1,1,0,0]
["Chlorine residual analyzer","cl",0,0,1,0]
["Drain valves MOV","drain",1,1,0,0]
["Magnetic flow meter","flow_mag",0,0,1,0]
["Orifice plate flow meter","flow_op",0,0,2,1,"Additional analog input because flow meters include pressure gauges"]
["Propeller flow meter","flow_prop",0,0,1,0]
["Venturi flow meter","flow_ven",0,0,2,1,"Additional analog input because flow meters include pressure gauges"]
["Control panel","panel",1,1,0,0]
["pH meter","ph",0,0,1,0]
["Drive controller","switch",3,1,0,0]
["Temperature meter","temp",0,0,1,0]
["Turbidity meter","turb",0,0,1,0]
["Motor/air operated valve","valve",0,0,1,1]

{"sheet":"O&M Assumptions","index":5,"n_rows":84,"n_cols":5,"rows_kept":84,"cut":false,"hidden":false,"merged":[]}
["Default O&M Assumptions"]
["Users may change any of the cells in the Value column"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Materials"]
["Cost for parts & maintenance for pumps","booster_pump_maintenance",0.01,"of capital cost","For calculating cost of actual maintenance materials; not to be confused with depreciation.  Initial proposed estimate of 5% seems high  (Richard E. Hubel, Peter Keenan, American Water Works Service Company, Inc)"]
[]
["Labor"]
["Managerial LOE as a percent of average technical labor ","Manager_percent",0.1]
["Administrative LOE as a percent of average technical labor ","Clerical_percent",0.1]
[]
["Operating LOE assumptions"]
["Minutes per instrument per day","uloe_inst",5,"min/day","For manual systems only"]
["Recording operating paramenters for automated systems","uloe_inst_auto",5,"min/day","For semiautomated and automated systems"]
["Minutes per pump per day","uloe_pump",5,"min/day","For manual and semiautomated systems"]
["Minutes per valve per week","uloe_valve",5,"min/week","For manual and semiautomated systems"]
["Minutes per 100 sf per day","uloe_fp",1,"min/100 sf/day"]
[]
["Maintenance LOE assumptions"]
["For instruments (includes calibration)","uloe_inst_maint",10,"min/month"]
["For pumps","uloe_pump_maint",30.25,"hours/year","Based on vendor recommended maintenance activities; applied to large, frequently operated pumps only"]
["For valves","uloe_valve_maint",5,"min/year","Applied to main process valves only"]
["For chemical supply systems","uloe_chem_maint",120,"min/month"]
[]
["Energy"]
["Pump head","booster_pump_head",25,"psi","Von Huben, Harry. Operator's Companion, 4th Edition. USABluebook, 2000.  Pp. 17  25 psi creates a head of 60 feet"]
["Pump efficiency","booster_pump_efficiency",0.75]
[]
["Lighting and HVAC"]
["Lighting power per sf, low-quality buildings and sheds","lighting_power_low",0.3,"W/sf","0.3, 0.6, and 1.2 W/sf are the assumptions used for building capital costs"]
["Lighting power per sf, mid-quality buildings","lighting_power_mid",0.6,"W/sf"]
["Lighting power per sf, high-quality buildings","lighting_power_high",1.2,"W/sf"]
[]
["Ventilation air change rate for reactors","Air_changes_reactor",10,"air changes/hr"]
["Ventilation air change rate for pump room","Air_changes_pump",20,"air changes/hr","Could be lower (annual average 3 changes/hr) in a northern climate"]
["Ventilation air change rate for storage","Air_changes_storage",2,"air changes/hr"]
["Ventilation air change rate for offices","Air_changes_office",2,"air changes/hr"]
["Pressure drop across the fan","Fan_pressure_drop",0.25,"lbs/ft2"]
["Number of mechanical ventilation days per year first building (small system)","fan_days_build1_small",90,"days/year","For small systems (<1 MGD)"]
["Number of mechanical ventilation days per year 2nd building (small system)","fan_days_build2_small",90,"days/year"]
["Number of mechanical ventilation days per year first building (medium system)","fan_days_build1_medium",120,"days/year","For medium systems (1 - 10 MGD)"]
["Number of mechanical ventilation days per year 2nd building (medium system)","fan_days_build2_medium",120,"days/year"]
["Number of mechanical ventilation days per year first building (large system)","fan_days_build1_large",185,"days/year","For large systems (> 10 MGD)"]
["Number of mechanical ventilation days per year 2nd building (large system)","fan_days_build2_large",185,"days/year"]
[]
["R-value for walls","R_wall",25,"hr-sf-degF/BTU","See Appendix E.  If higher R-value materials are desired, user may also need to adjust the cost of building materials in cl.xls"]
["R-value for ceilings","R_ceiling",49,"hr-sf-degF/BTU","See Appendix E.  If higher R-value materials are desired, user may also need to adjust the cost of building materials in cl.xls"]
["Annual heating degree days","heat_DD",4260,"degree days","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Annual cooling degree days","cool_DD",1415,"degree days","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Heating ventilation/infiltration load","heat_viload",168679,"BTU/cfm","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Cooling ventilation/infiltration load","cool_viload",51771,"BTU/cfm","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Electric resistance heating efficiency","resist_eff",0.98,null,"See Appendix E"]
["Heat pump heating coefficient of performance","COP",3.3,null,"See Appendix E"]
["Natural gas non-condensing furnace efficiency","gas_non_eff",0.85,null,"See Appendix E"]
["Natural gas condensing furnace efficiency","gas_eff",0.9,null,"See Appendix E"]
["Standard oil furnace efficiency","diesel_non_eff",0.82,null,"See Appendix E"]
["Mid-efficiency oil furnace efficiency","diesel_eff",0.9,null,"See Appendix E"]
["Air conditioning EER","EER",11.8,"BTU/Whr","See Appendix E"]
["Heat pump cooling EER","hp_EER",11.8,"BTU/Whr","See Appendix E"]
[]
["Heating Oil Heat Content","diesel_heat_content",139000,"BTU/gal","U.S. DOE, Energy Information Administration."]
[]
[]
[]
["UV reactor"]
["Lamp life - MP","lamp_life_MP",5000,"hrs","USEPA Disinfection Guidance Manual 2006: life is 4000-8000 hours. Paul Swaim, CH2M Hill: expect guarantee of 5,000 hour life"]
["UV intensity sensor lifetime","sensor_life",5,"yr","USEPA Disinfection Guidance Manual, final 2006: life is 3-10 years"]
["Ballast life","ballast_life",10,"yrs","USEPA Disinfection Guidance Manual, final 2006: life is 10-15 years"]
[]
["Labor for reactor inspection for manual systems","reactor_insp_labor",10,"min/day/reactor"]
["Labor for quartz sleeve visual inspection","labor_per_sleeve_inspect",20,"min/sleeve","Assume equal to labor for sleeve replacement, which is 20 minutes per Doug Gump, Severn Trent Services."]
["Labor required to replace ballast","labor_per_ballast",1.5,"hrs/ballast"]
["Labor for UV sensor replacement","labor_per_sensor",15,"min/sensor","Severn Trent Services"]
["Labor required to replace lamps","labor_per_lamp",5,"min/lamp","Ondeo Degremont Inc."]
["Labor for UV sensor calibration checks","labor_calibration_sensor",30,"mins/month/sensor","USEPA Disinfection Guidance Manual, final 2006, case studies"]
["Labor for UVT analyzer calibration checks","labor_calibration_UVT",30,"mins/week/analyzer","USEPA Disinfection Guidance Manual, final 2006, case studies"]
["Labor for automatic cleaning system effectiveness check","labor_autoclean_eff",1,"hr/reactor"]
["Labor for monitoring and reporting","labor_report",10,"min/day/reactor","Only for manual systems"]
[]
["Frequency of checking lamp output variability-MP lamps","MP_variability_freq",6,"/yr","USEPA Disinfection Guidance Manual, final 2006, table 6-4"]
["Automatic cleaning system effectiveness check frequency","autoclean_eff_freq",2,"/yr","Based on suggestions by Paul Swaim, CH2M Hill: 2007"]
["Sleeve visual examination frequency","sleeve_exam_freq",4,"/yr","USEPA Disinfection Guidance Manual, final 2006"]
[]
["Ballast efficiency","ballast_efficiency",0.92,null,"ITT Wedeco; Calgon Carbon"]

{"sheet":"Indirect Assumptions","index":6,"n_rows":125,"n_cols":5,"rows_kept":125,"cut":false,"hidden":false,"merged":[]}
["Default Assumptions for Indirect and Add-On Costs"]
["Indirect Assumptions"]
["Users may change any of the cells in the Value column"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Concrete Pad"]
["Include concrete pad in total capital cost?","include_pad",1,"<--- enter 1 for yes, 0 for no"]
[]
["Permits"]
["Include permit costs?","include_permits",1,"<--- enter 1 for yes, 0 for no"]
["Include NEPA compliance costs?","include_NEPA",1,"<--- enter 1 for default, enter 2 for yes, 3 for no","Default of 1 means NEPA compliance is included only for systems that discharge to surface water. Selecting 2 means NEPA compliance will be included in all estimates. Selecting 3 means NEPA compliance will never be included."]
[]
["Pilot Study"]
["Include pilot study costs?","include_pilot",1,"<--- enter 1 for yes, 0 for no"]
["Include pilot study costs in add-on scenario?","include_pilot_addon",1,"<--- enter 1 for yes, 0 for no"]
[]
["Mobilization and Demobilization"]
["Mobilization percentage for small systems","mob_pct_small",0.05,"of direct capital cost","Typically 2-5% of the estimated construction cost.  Enter 0% to exclude."]
["Mobilization percentage for medium systems","mob_pct_medium",0.04,"of direct capital cost"]
["Mobilization percentage for large systems","mob_pct_large",0.02,"of direct capital cost"]
[]
["Architectural Fees for Treatment Building"]
["Include architectural fee?","include_arch",1,"<--- enter 1 for yes, 0 for no","Must be added to building cost. Change for special considerations. Includes structural, mechanical, and electrical engineering for building only."]
["Include architectural fee for small systems?","include_arch_small",0,"<--- enter 1 for yes, 0 for no"]
[]
["Installation, Transportatation, and O&P"]
["Installation, Transportatation, and O&P percentage","inst_pct",0,"of direct capital cost","Included in line item unit costs.  Add a percentage for special considerations such as a remote site or high cost location."]
[]
["Sitework"]
["Include sitework costs?","include_sitework",1,"<--- enter 1 for yes, 0 for no"]
[]
["Yard Piping"]
["Include yard piping costs?","include_yardpipe",1,"<--- enter 1 for yes, 0 for no"]
["Include yard piping costs in add-on scenario?","include_yardpipe_addon",0,"<--- enter 1 for yes, 0 for no"]
["Frost depth","frost",38,"inches","Should be consistent with (reflect same climate as) heating and cooling assumptions on O&M assumptions page.  Assumptions are for St. Louis, Missouri."]
["Minimum trench depth to top of pipe","min_trench_depth",36,"inches","US Army Corps of Engineers recommended minimum cover for distribution pipes of 2.5 ft in grassed areas, 3 ft if buried under pavement or roadways but not less than frost penetration depth (USACOE 1984)"]
["Soil density","soil_dens",97,"lb/cubic ft.","Based on soil density of loamy sand (1.55 gm/cc)"]
["Coefficient of passive pressure","Coeff_Kp",3]
["Reduction factor","Reduction",0.46700000000000003]
["Bedding depth below pipe","bedding_depth",6,"inches"]
["Bedding depth surrounding the pipe","bedding_pct",0.25,"of pipe diameter"]
["Trench inside angle","trench_angle",{"$f":"RADIANS(45)","v":0.78539816339744828},"radians"]
["Pipe length from water source to the boundary of the 10 foot buffer","yard_in",0,"feet","Use if technology is first step in treatment process"]
["Pipe length the boundary of the 10 foot buffer to distribution network","yard_out",0,"feet","Use if technology is last step in treatment process"]
[]
["Geotechnical & Sitework"]
["Include geotechnical costs for low cost systems?","include_geo_low",0,"<--- enter 1 for yes, 0 for no","Note: geotechnical is always included with the septic system option, regardless of the numbers entered here"]
["Include geotechnical costs for medium cost systems?","include_geo_medium",0,"<--- enter 1 for yes, 0 for no"]
["Include geotechnical costs for high cost systems?","include_geo_high",1,"<--- enter 1 for yes, 0 for no"]
["Test pit length","pit_length",4,"feet"]
["Test pit width","pit_width",4,"feet"]
["Test pit depth","pit_depth",7,"feet"]
["Borehole depth for shallow basins","bore_depth_min",25,"feet"]
["Borehole depth for deep basins","bore_depth_max",50,"feet"]
["Technology footprint above which boreholes are needed","bore_need",2000,"square feet","Small system geotechnical investigation can be completed with test pits, larger systems require boreholes"]
["Minimum number of boreholes","min_holes",4]
["Borehole needed every x square feet","hole_per_sf",1000,"square feet"]
["Boreholes per job","hole_per_job",24,"boreholes/job"]
["Linear feet bored per day","hole_per_day",55.5,"l.f./day","RS Means Costworks 2001"]
[]
["Standby Power"]
["Include standby power costs?","include_standby",1,"<--- enter 1 for yes, 0 for no"]
["Include standby power costs for small systems?","include_standby_small",0,"<--- enter 1 for yes, 0 for no"]
["Include standby power costs in add-on scenario?","include_standby_addon",0,"<--- enter 1 for yes, 0 for no"]
["Design safety factor for standby power","std_safety_factor",0,null,"Default 0%.  Apply a percentage to increase standby power requirements."]
["Include heating in standby power","need_heat",0,"<--- enter 1 for yes, 0 for no","If a system uses gas or diesel heat, heating will not be included, regardless of this assumption."]
["Include cooling in standby power","need_cool",0,"<--- enter 1 for yes, 0 for no","If both heating and cooling are included, standby power requirements will be based on the maximum of the two."]
["Minimum standby power generator size","min_standby",1.5,"kW"]
[]
["Electrical (including yard wiring)"]
["Electrical percentage","elect_pct",0.1,"of direct cost"]
[]
["Instrumentation and Control"]
["Instrumentation and control percentage","i_c_pct",0,"of direct cost","Included as a direct cost line item."]
[]
["Contingency"]
["Include contingency costs for low cost systems?","include_conting_low",0,"<--- enter 1 for yes, 0 for no"]
["Include contingency costs for medium cost systems?","include_conting_medium",0,"<--- enter 1 for yes, 0 for no"]
["Include contingency costs for high cost systems?","include_conting_high",1,"<--- enter 1 for yes, 0 for no"]
["Technology complexity factor","complexity",2,null,"Technology-specific factor.  See Appendices for details.  Low complexity = 0.5; Average complexity = 1.0; High complexity = 1.5; Very high complexity = 2.0."]
[]
["Process Engineering"]
["Engineering percentage for small systems","eng_pct_small",0.2,"of direct capital cost","Enter 0% to exclude."]
["Engineering percentage for medium systems","eng_pct_medium",0.12,"of direct capital cost"]
["Engineering percentage for large systems","eng_pct_large",0.08,"of direct capital cost"]
[]
["Miscellaneous Allowance"]
["Miscellaneous allowance percentage","misc_pct",0.1,"of direct capital cost","Enter 0% to exclude.  "]
[]
["Legal, Fiscal, and Administrative"]
["Legal percentage","legal_pct",0.02,"of direct capital cost","Enter 0% to exclude.  Highly site-specific.  Can range from 2-5% of equipment, installation, construction, electrical, and standby power.  To estimate, add 5% to total estimated construction cost."]
[]
["Sales Tax"]
["Sales tax percentage","tax_pct",0,"of direct capital cost","May be exempt if constructed with public funds.  May be as high as 7.25% of equipment and construction, with national average 4.75%."]
[]
["Financing during Construction"]
["Financing percentage","finance_pct",0.05,"of direct capital cost","Enter 0% to exclude.  Typically assumed to be one year's interest on capital cost."]
["Financing percentage for small systems","finance_pct_small",0,"of direct capital cost","Small system construction assumed to take less than one year"]
[]
["Construction Management and General Contractor Overhead"]
["Builder's risk insurance percentage","br_ins_pct",3.3999999999999998E-3,null,"Enter 0% to exclude. 0.34% is national average rate. RSMeans Building Construction Cost Data 2009, reference section R01100-070"]
["Include performance bond cost?","include_bond",1,"<--- enter 1 for yes, 0 for no"]
["Include construction management cost?","include_cm",1,"<--- enter 1 for yes, 0 for no"]
[]
["Heating Table (1=include heating in buildings and O&M, 0 = do not include heating)",null,"System Size"]
["Component Level",null,"Small (<1 mgd)","Medium (1-10 mgd)","Large (>10 mgd)"]
["Buildings 500 square feet or greater"]
["low cost","heating_table",0,1,1]
["mid cost",null,1,1,1]
["high cost",null,1,1,1]
["Buildings less than 500 ft2 (other than those used for chlorine storage)"]
["low cost","heating_table_shed",0,0,1]
["mid cost",null,0,0,1]
["high cost",null,1,1,1]
[]
["Cooling Table (1=include cooling in buildings and O&M, 0 = do not include cooling)",null,"System Size"]
["Cost Level",null,"Small (<1 mgd)","Medium (1-10 mgd)","Large (>10 mgd)"]
["Buildings 500 square feet or greater"]
["low cost","cooling_table",0,0,1]
["mid cost",null,0,1,1]
["high cost",null,1,1,1]
["Buildings less than 500 ft2 (other than those used for chlorine storage)"]
["low cost","cooling_table_shed",0,0,0]
["mid cost",null,0,0,0]
["high cost",null,0,0,0]

{"sheet":"Train Design","index":7,"n_rows":76,"n_cols":5,"rows_kept":76,"cut":false,"hidden":false,"merged":[]}
["Reactor Train Design"]
["This sheet performs calculations to confirm that the reactor train design on the Input page meets engineering constraints"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Inputs"]
["Design Flow","design_flow",{"$f":"IF(df_units=\"gpm\",design_flow_I*24*60/1000000,design_flow_I)","v":2.1520000000000001},"MGD","From Inputs"]
["Average Flow","average_flow",{"$f":"IF(af_units=\"gpm\",average_flow_I*24*60/1000000,IF(af_units=\"fraction of design flow\",average_flow_I*design_flow,average_flow_I))","v":0.81899999999999995},"MGD","From Inputs"]
["Design Flow Rate","design_flow_rate",{"$f":"design_flow*1000000/(24*60)","v":1494.4444444444443},"gpm","Design flow expressed in gpm"]
["Average Flow Rate","average_flow_rate",{"$f":"average_flow*1000000/(24*60)","v":568.75},"gpm","Average flow expressed in gpm"]
["Target Contaminant","contam_type",1,"<-- 1 for 1,4-dioxane, 2 for NDMA, etc.",{"$f":"\"Automatically populated by the drop-down on the Input sheet: \"&VLOOKUP(contam_type,contam_table,2)","v":"Automatically populated by the drop-down on the Input sheet: 1,4 Dioxane"}]
["Photolysis or AOP chosen","photo_aop",2,"<-- 1 for direct photolysis, 2 for AOP (H2O2), 3 for AOP (Cl)",{"$f":"\"Automatically populated by the drop-down on the Input sheet: \"&photo_aop_name","v":"Automatically populated by the drop-down on the Input sheet: AOP (UV/H2O2)"}]
["Text of photolysis or AOP chosen","photo_aop_name",{"$f":"VLOOKUP(photo_aop,photo_aop_lookup2,2)","v":"AOP (UV/H2O2)"}]
["Lamp Type","lamp_type",1,"<-- 1 for MP, 2 for LP",{"$f":"\"Automatically populated by the drop-down on the Input sheet: \"&VLOOKUP(lamp_type,lamp_type_lookup2,2)","v":"Automatically populated by the drop-down on the Input sheet: MP"}]
["UV energy input type","EE_type",{"$f":"IF(ISBLANK(EE_type_I),\"\",VLOOKUP(EE_type_I,EE_type_table,2,FALSE))","v":1},"<-- 1 for EE/O, 2 for EED"]
["Design lookup code","design_lkp_code",{"$f":"contam_type*100+photo_aop*10+lamp_type","v":121},null,"For use in populating input sheet guidance"]
["Range of EE/O reported in literature","EEO_Range",{"$f":"VLOOKUP(design_lkp_code,EEO_range_table,2,FALSE)","v":"2.3 - 11.4"},"kWh/1000 gal/order","For use in populating input sheet guidance"]
["Low EED reported in the literature","EED_low",{"$f":"IF(AND(photo_aop=3,OR(contam_type=1,contam_type=3)),(removal_required-0.13)/(1.55*Cl2_I),\"NA\")","v":"NA"},"kWh/1000 gal","For use in populating input sheet guidance, from Wetterau 2015"]
["High EED reported in the literature","EED_high",{"$f":"IF(AND(photo_aop=3,OR(contam_type=1,contam_type=3)),(removal_required-0.17)/(0.47*Cl2_I),\"NA\")","v":"NA"},"kWh/1000 gal","For use in populating input sheet guidance, from Robinson 2016 data"]
["Range of EED reported in literature","EED_Range",{"$f":"IF(AND(photo_aop=3,OR(contam_type=1,contam_type=3)),IF(EED_low>EED_high,TEXT(EED_high,\"0.00\")&\" - \"&TEXT(EED_low,\"0.00\"),TEXT(EED_low,\"0.00\")&\" - \"&TEXT(EED_high,\"0.00\")),\"NA\")","v":"NA"},"kWh/1000 gal","For use in populating input sheet guidance"]
["Flow Distribution","flow_dist",{"$f":"IF(ISBLANK(flow_dist_I),\"\",VLOOKUP(flow_dist_I,flow_distribution_table,2,FALSE))","v":1},"<-- 1 for active flow, 2 for passive flow"]
["Include ups","ups",{"$f":"IF(LEN(UPS_I)=0,\"\",VLOOKUP(UPS_I,ups_table,2,FALSE))","v":2},"<-- 1 for yes, 2 for no"]
["Excavation","excavation",{"$f":"IF(LEN(excavation_I)=0,\"\",VLOOKUP(excavation_I,excavation_table,2,FALSE))","v":2},"<-- 1 for yes, 2 for no"]
["Is this an add-on (pre- or post-treatment)","add_on",{"$f":"IF(add_on_I=\"add-on\",1,0)","v":0},"<-- 1 for yes, 0 for no"]
[]
["Reactor choice"]
["Flow distribution safety factor","flow_dist_sf",{"$f":"IF(flow_dist=1,0,passive_flow_sf)","v":0},null,"For active flow control, this is zero."]
[]
["Log removal required","removal_required",{"$f":"-LOG((1-Removal_percent_I),10)","v":1},"log"]
[]
["Total power required","total_reactor_power",{"$f":"IF(EE_type=1,EEO_I*design_flow_rate/1000*60*removal_required,EED_I*design_flow_rate/1000*60)","v":663.5333333333333},"kW","Based on UV energy required (EED or EE/O and log removal required) and the design flow (converted to thousand gallons per hour)."]
[]
["Reactor characteristics"]
["Number of reactor column to use","max_reactor_col",{"$f":"MATCH(design_flow,OFFSET(reactor_table_mp,MATCH(\"min_flow\",reactor_table_keys_mp,0)-1,0,1),1)","v":1},null,"For use in looking up reactor data"]
["Reactor size column to use","reactor_size",{"$f":"IF(ISNA(HLOOKUP(total_reactor_power, OFFSET(reactor_table_mp,0,0,,max_reactor_col), 1)),1,HLOOKUP(total_reactor_power, OFFSET(reactor_table_mp,0,0,,max_reactor_col), 1))","v":1},null,"For use in looking up reactor data"]
["Reactor power","reactor_power",{"$f":"INDEX(reactor_table_mp, MATCH(\"reactor_power\",reactor_table_keys_mp,0),reactor_size)","v":90},"kW"]
["Hydraulic limit on reactors","hydraulic_limit",{"$f":"INDEX(reactor_table_mp, MATCH(\"flow_limit\",reactor_table_keys_mp,0),reactor_size)","v":28},"mgd"]
["Total number of reactor trains","tot_num_trains",{"$f":"ROUNDUP(design_flow/(hydraulic_limit*(1+flow_dist_sf)),0)","v":1},"trains"]
["Flow to each train in gpm","reactor_gpm",{"$f":"(design_flow/tot_num_trains)*1000000/24/60","v":1494.4444444444446},"gpm"]
["Reactor power to each train","train_power",{"$f":"total_reactor_power/tot_num_trains","v":663.5333333333333},"kW"]
["Reactors per train","reactors_per_train",{"$f":"ROUNDUP(train_power/reactor_power,0)","v":8},"reactors"]
["Operating number of reactors","op_num_reactors",{"$f":"reactors_per_train*tot_num_trains","v":8},"reactors"]
["Did user specify number of redundant reactors?","user_spec_rd",{"$f":"NOT(ISBLANK(NRD_I))","v":false},"<-- true or false"]
["Redundant reactors","rd_reactors",{"$f":"IF(user_spec_rd,NRD_I,IF(rd_reac_freq=0,0,MIN(ROUNDUP(op_num_reactors/rd_reac_freq,0),max_rd_reac)))","v":1},"reactors"]
["Total number of reactors","tot_num_reactors",{"$f":"op_num_reactors+rd_reactors","v":9},"reactors"]
[]
["Drain valve diameter","drain_valve_diam",{"$f":"INDEX(reactor_table_mp, MATCH(\"drain_valve_diam\",reactor_table_keys_mp,0),reactor_size)","v":1.5},"in"]
["Lamps per reactor","lamps_per_reactor",{"$f":"INDEX(reactor_table_mp, MATCH(\"num_lamps\",reactor_table_keys_mp,0),reactor_size)","v":9},"lamps"]
["Lamps per ballast, within a reactor","lamps_per_ballast",{"$f":"INDEX(reactor_table_mp, MATCH(\"lamps_per_ballast\",reactor_table_keys_mp,0),reactor_size)","v":2},"lamps"]
["Lamps monitored by one intensity sensor","lamps_per_sensor",{"$f":"INDEX(reactor_table_mp, MATCH(\"lamps_per_sensor\",reactor_table_keys_mp,0),reactor_size)","v":1},"lamps"]
["Reactors per control panel","reactors_per_panel",{"$f":"INDEX(reactor_table_mp, MATCH(\"reactors_per_panel\",reactor_table_keys_mp,0),reactor_size)","v":1},"reactors"]
["Lamp power","lamp_power",{"$f":"INDEX(reactor_table_mp, MATCH(\"lamp_power\",reactor_table_keys_mp,0),reactor_size)","v":10000},"W"]
["Maximum ballast power","ballast_power",{"$f":"INDEX(reactor_table_mp, MATCH(\"ballast_power\",reactor_table_keys_mp,0),reactor_size)","v":20000},"W"]
["Footprint length","reactor_fp_len",{"$f":"INDEX(reactor_table_mp, MATCH(\"fp_len\",reactor_table_keys_mp,0),reactor_size)","v":2.96},"ft"]
["Footprint width","reactor_fp_wid",{"$f":"INDEX(reactor_table_mp, MATCH(\"fp_wid\",reactor_table_keys_mp,0),reactor_size)","v":4.34},"ft"]
["Access space - length","reactor_access_len",{"$f":"MAX(2*space_reactor,INDEX(reactor_table_mp, MATCH(\"acc_len\",reactor_table_keys_mp,0),reactor_size))","v":6},"ft","Combined space on both ends. Use access space specified for reactor class, or 2*space_reactors CDA, whichever is greater"]
["Access space - width","reactor_access_wid",{"$f":"MAX(2*space_reactor,INDEX(reactor_table_mp, MATCH(\"acc_wid\",reactor_table_keys_mp,0),reactor_size))","v":6},"ft","Combined space on both sides. Use access space specified for reactor class, or 2*space_reactors CDA, whichever is greater"]
["Control panel footprint width","panel_fp_wid",{"$f":"INDEX(reactor_table_mp, MATCH(\"panel_wid\",reactor_table_keys_mp,0),reactor_size)","v":5.17},"ft"]
["Control panel footprint depth","panel_fp_dep",{"$f":"INDEX(reactor_table_mp, MATCH(\"panel_dep\",reactor_table_keys_mp,0),reactor_size)","v":2.67},"ft"]
[]
["Components"]
["Operating number of lamps","op_lamps",{"$f":"lamps_per_reactor*tot_num_reactors","v":81},"units"]
["Ballasts per reactor","ballasts_per_reactor",{"$f":"ROUNDUP(lamps_per_reactor/lamps_per_ballast,0)","v":5},"units/reactor"]
["Operating number of ballasts","op_ballasts",{"$f":"ballasts_per_reactor*op_num_reactors","v":40},"units"]
["Intensity sensors per reactor","sensors_per_reactor",{"$f":"ROUNDUP(lamps_per_reactor/lamps_per_sensor,0)","v":9},"units/reactor"]
["Operating number of sensors","op_intensity_sensors",{"$f":"sensors_per_reactor*op_num_reactors+ref_sensors","v":75},"units"]
["Total number of intensity sensors","total_intensity_sensors",{"$f":"sensors_per_reactor*tot_num_reactors+ref_sensors","v":84},"units"]
["Total number of control panels","total_control_panels",{"$f":"ROUNDUP(tot_num_reactors/reactors_per_panel,0)","v":9},"units"]
["Operating UVT monitors","op_UVT_monitors",{"$f":"UVT_monitors_sp+IF(photo_aop=1,0,UVT_monitors_train*tot_num_trains)","v":2},"units"]
["Total UVT monitors","total_UVT_monitors",{"$f":"op_UVT_monitors+IF(photo_aop=1,NRD_UVT_mon,0)","v":2},"units"]
[]
["Excavation"]
["Excavation volume  Total","excavation_vol",{"$f":"IF(excavation=2,0,((facil_length+(3*conc_thick)+excavation_depth)*(facil_length+excavation_depth+conc_thick)*(excavation_depth+conc_thick))/27)","v":0},"cubic yd"]
["Backfill volume Total","backfill_vol",{"$f":"IF(excavation=2,0,excavation_vol-(((facil_length+conc_thick)*facil_length*(excavation_depth+conc_thick))/27))","v":0},"cubic yd"]
["Railing length Total","railing",{"$f":"IF(excavation=2,0,4*facil_length)","v":0},"lf"]
["Number of stair risers","risers",{"$f":"IF(excavation=2,0,ROUNDUP(((excavation_depth*12)/riser_height),0)-1)","v":0},"risers"]
["Concrete volume","concrete_vol",{"$f":"IF(excavation=2,0,((2*(((facil_length+(2*conc_thick))*excavation_depth*conc_thick)+facil_length*excavation_depth*(conc_thick))+(facil_length+(2*conc_thick))*(facil_length+(2*conc_thick))*conc_thick)/27))","v":0},"cubic yd"]

{"sheet":"Oxidant Addition","index":8,"n_rows":73,"n_cols":5,"rows_kept":73,"cut":false,"hidden":false,"merged":[]}
["Oxidant Addition Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Hydrogen Peroxide Addition"]
["Is H2O2 used?","H2O2_used",{"$f":"IF(photo_aop=2,IF(H2O2_I>0,TRUE,FALSE),FALSE)","v":true}]
["H2O2 concentration needed","H2O2_conc_need",{"$f":"IF(H2O2_used,H2O2_I*dose_SF_I,0)","v":10},"mg/l","from Inputs, including safety factor"]
["H2O2 needed per day (design flow)","H2O2_day",{"$f":"H2O2_conc_need*design_flow*8.34","v":179.47680000000003},"lbs/day","as 100% H2O2; 8.34 converts kilograms/L to lbs/gal"]
["H2O2 bulk solution needed per day (design flow)","H2O2_solution_day",{"$f":"H2O2_day/H2O2_grade/(8.34*H2O2_sg)","v":36.168067226890763},"gal/day","for H2O2 bulk solution at specified grade"]
["H2O2 bulk solution storage in gallons (average flow)","H2O2_store_gal",{"$f":"H2O2_solution_day*cstore_days*average_flow/design_flow","v":412.94117647058823},"gallons"]
["H2O2 bulk solution storage in pounds (average flow)","H2O2_store_lbs",{"$f":"H2O2_store_gal*(8.34*H2O2_sg)","v":4098.2759999999998},"lbs"]
[]
["Hydrogen Peroxide Purchasing"]
["Quantity required for large quantity purchase",null,{"$f":"VLOOKUP(\"Hydrogen Peroxide - Large Qty\",chem_break_table_cl,2,FALSE)","v":50000},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for mid quantity purchase",null,{"$f":"VLOOKUP(\"Hydrogen Peroxide - Mid Qty\",chem_break_table_cl,2,FALSE)","v":50000},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for small quantity purchase",null,{"$f":"VLOOKUP(\"Hydrogen Peroxide - Small Qty\",chem_break_table_cl,2,FALSE)","v":0},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Purchase Type","H2O2_purchase",{"$f":"IF(AND(ISNA(C13),ISNA(C14),ISNA(C15)),\"\",IF(H2O2_store_lbs>=C13,\" - Large Qty\",IF(H2O2_store_lbs>=C14,\" - Mid Qty\",\" - Small Qty\")))","v":" - Small Qty"},null,"Returns descriptive term based on volume of each purchase for use in determining pricing. Blank indicates that price data do not depend on volume purchased."]
[]
["Sodium Hypochlorite Addition"]
["Is chlorine used?","Cl2_used",{"$f":"IF(photo_aop=3,IF(Cl2_I>0,TRUE,FALSE),FALSE)","v":false}]
["Chlorine concentration needed","Cl2_conc_need",{"$f":"IF(Cl2_used,Cl2_I*dose_SF_I,0)","v":0},"mg/l","from Inputs, including safety factor"]
["Chlorine needed per day (design flow)","chlorine_lbs_day",{"$f":"design_flow*Cl2_conc_need*8.34","v":0},"lbs/day","8.34 converts kilograms/L to lbs/gal"]
["NaOCl bulk solution needed per day (design flow)","NaOCl_day",{"$f":"chlorine_lbs_day/(chlorine_strength_Na*NaOCl_dens)","v":0},"gal/day"]
["NaOCl bulk solution storage in gallons (average flow)","NaOCl_store_gal",{"$f":"NaOCl_day*NaOCl_store*average_flow/design_flow","v":0},"gallons"]
[]
["Sodium Hypochlorite Purchasing"]
["Quantity required for large quantity purchase",null,{"$f":"VLOOKUP(\"Sodium Hypochlorite - Large Qty\",chem_break_table_cl,2,FALSE)","v":2000},"gal","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for mid quantity purchase",null,{"$f":"VLOOKUP(\"Sodium Hypochlorite - Mid Qty\",chem_break_table_cl,2,FALSE)","v":550},"gal","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for small quantity purchase",null,{"$f":"VLOOKUP(\"Sodium Hypochlorite - Small Qty\",chem_break_table_cl,2,FALSE)","v":0},"gal","#N/A indicates that price data do not depend on volume purchased."]
["Purchase Type","NaOCl_purchase",{"$f":"IF(AND(ISNA(C26),ISNA(C27),ISNA(C28)),\"\",IF(NaOCl_store_gal>=C26,\" - Large Qty\",IF(NaOCl_store_gal>=C27,\" - Mid Qty\",\" - Small Qty\")))","v":" - Small Qty"},null,"Returns descriptive term based on volume of each purchase for use in determining pricing. Blank indicates that price data do not depend on volume purchased."]
[]
["Oxidant Injection"]
["Oxidant solution feed rate at design flow","solution_rate",{"$f":"IF(H2O2_used,H2O2_solution_day,IF(Cl2_used,NaOCl_day,0))/24/tot_num_trains","v":1.5070028011204484},"gph","Assumes one injection point per reactor train"]
["Flow rate for diluted H2O2 at design flow","diluted_rate",{"$f":"H2O2_solution_day/tot_num_trains*H2O2_grade/H2O2_dilute_conc/24/60","v":0.25116713352007475},"gpm","for H2O2 diluted to specified concentration before injection into mainstream"]
["Static mixer/pipe diffuser size","mixer_size",{"$f":"proc_pipe_diam","v":10},"in","Dilute H2O2 uses inline mixers; NaOCl uses chemical-specific pipe diffusers instead of static mixer. Both are sized based on process pipe size"]
["Number of static mixers/pipe diffusers","n_mixers",{"$f":"IF(include_cmix=1,tot_num_trains,0)","v":0},"units"]
[]
["Oxidant Storage"]
["Is an oxidant used?","oxidant_used",{"$f":"OR(H2O2_used,Cl2_used)","v":true}]
["Maximum chemical storage tank size for H2O2","max_H2O2_tank_size",{"$f":"MAX(VLOOKUP(10^6,pl_cst_cost_cl,1)-1,VLOOKUP(10^6,ss_cst_cost_cl,1)-1)","v":30000},"gallons","Considers compatible materials for H2O2 only: plastic (XLPE) and stainless steel"]
["Maximum chemical storage tank size for NaOCl","max_NaOCl_tank_size",{"$f":"MAX(VLOOKUP(10^6,pl_cst_cost_cl,1)-1,VLOOKUP(10^6,fg_cst_cost_cl,1)-1)","v":30000},"gallons","Considers compatible materials for NaOCl only: plastic (XLPE) and fiberglass"]
["Maximum chemical storage tank size","max_chem_tank_size",{"$f":"IF(NOT(oxidant_used),\"NA\",IF(H2O2_used,max_H2O2_tank_size,max_NaOCl_tank_size))","v":30000},"gallons","The largest size for which costs are available"]
["Number of chemical storage tanks","chem_tanks",{"$f":"IF(NOT(oxidant_used),0,ROUNDUP(IF(H2O2_used,H2O2_store_gal,NaOCl_store_gal)/max_chem_tank_size,0))","v":1},"units"]
["Chemical storage tank size","chem_tank_vol",{"$f":"IF(NOT(oxidant_used),0,IF(H2O2_used,H2O2_store_gal,NaOCl_store_gal)/chem_tanks)","v":412.94117647058823},"gal"]
["Day tank storage volume required (based on design flow)","day_tank_vol_needed",{"$f":"IF(NOT(oxidant_used),0,IF(H2O2_used,H2O2_solution_day,NaOCl_day))","v":36.168067226890763},"gallons"]
["Number of day tanks","day_tanks",{"$f":"IF(day_tank_vol_needed<day_tank_needed,0,ROUNDUP(day_tank_vol_needed/max_chem_tank_size,0))","v":1},"units"]
["Volume of day tanks","day_tank_vol",{"$f":"IF(day_tanks=0,0,day_tank_vol_needed/day_tanks)","v":36.168067226890763},"gallons"]
["Maximum chemical tank mixer horsepower","cmix_hp_max",{"$f":"MAX(VLOOKUP(10^6,port_mix_cost_cl,1)-0.1,VLOOKUP(10^6,mount_mix_cost_cl,1)-0.1,VLOOKUP(10^6,imp_mix_cost_cl,1)-0.1)","v":30}]
["Mixers per storage tank","cmix_per_tank",{"$f":"IF(AND(include_cmix=1,chem_tanks<>0),ROUNDUP(chem_tank_vol/1000*cmix_hp_per/cmix_hp_max,0),0)","v":0},"units"]
["Number of storage tank mixers","cmixers",{"$f":"chem_tanks*cmix_per_tank","v":0},"units"]
["Mixer size for storage tanks","cmix_size",{"$f":"IF(cmixers<>0,MAX(min_cmix_hp,chem_tank_vol/1000*cmix_hp_per/cmix_per_tank),0)","v":0},"hp"]
["Mixers per day tank","dmix_per_tank",{"$f":"IF(AND(include_cmix=1,day_tanks<>0),ROUNDUP(day_tank_vol/1000*cmix_hp_per/cmix_hp_max,0),0)","v":0},"units"]
["Number of day tank mixers","dmixers",{"$f":"day_tanks*dmix_per_tank","v":0},"units"]
["Mixer size for day tanks","dmix_size",{"$f":"IF(dmixers<>0,MAX(min_cmix_hp,day_tank_vol/1000*cmix_hp_per/cmix_per_tank),0)","v":0},"hp"]
[]
["Secondary Containment for Oxidant Storage Tank"]
["Minimum volume required","chem_stor_cont_volume",{"$f":"MAX(chem_tanks*chem_tank_vol*sec_cont_pct_of_total,chem_tank_vol*sec_cont_pct_of_largest)/7.48","v":60.726643598615915},"cubic feet","7.48 converts gallons to cubic feet"]
["Footprint available","chem_stor_cont_fp",{"$f":"IF(chem_tanks=0,0,chem_fp-chem_tanks*PI()*(at_diam/2)^2)","v":63.878872498381256},"square feet","Total footprint minus displacement by tanks themselves"]
["Curb height required","chem_stor_curb_height",{"$f":"IF(chem_tanks=0,0,chem_stor_cont_volume/chem_stor_cont_fp+sec_cont_freeboard/12)","v":1.450653028513532},"feet"]
["Curb thickness","chem_stor_curb_thick",{"$f":"IF(chem_tanks=0,0,MIN(sec_cont_max_thick,chem_stor_curb_height))","v":1},"feet"]
["Curb length (long side)","chem_stor_curb_len_long",{"$f":"IF(chem_tanks=0,0,chem_tanks*at_diam+2*space_at+(chem_tanks-1)*space_at+2*chem_stor_curb_thick)","v":12.5},"feet"]
["Curb length (short side)","chem_stor_curb_len_short",{"$f":"IF(chem_tanks=0,0,at_diam+2*space_at)","v":10.5},"feet"]
["Curb concrete volume","chem_stor_curb_concrete",{"$f":"IF(chem_tanks=0,0,ROUNDUP((chem_stor_curb_len_long*2+chem_stor_curb_len_short*2)*chem_stor_curb_height*chem_stor_curb_thick/27,0))","v":3},"cubic yards","27 converts cubic feet to cubic yards"]
["Chemical resistant coating required","chem_stor_coating_gal",{"$f":"IF(chem_tanks=0,0,ROUNDUP((chem_fp+2*(chem_stor_curb_len_long-2*chem_stor_curb_thick)*chem_stor_curb_height+2*chem_stor_curb_len_short*chem_stor_curb_height)/sec_cont_coating_cvg,0))","v":2},"gallons","Covers total footprint plus inside surface and top of curbs"]
[]
["Secondary Containment for Oxidant Day Tank"]
["Minimum volume required","chem_day_cont_volume",{"$f":"MAX(day_tanks*day_tank_vol*sec_cont_pct_of_total,day_tank_vol*sec_cont_pct_of_largest)/7.48","v":5.3188334157192294},"cubic feet","7.48 converts gallons to cubic feet"]
["Footprint available","chem_day_cont_fp",{"$f":"IF(day_tanks=0,0,day_tank_fp-day_tanks*PI()*(dt_diam/2)^2)","v":19.23285413235574},"square feet","Total footprint minus displacement by tanks themselves"]
["Curb height required","chem_day_curb_height",{"$f":"IF(day_tanks=0,0,chem_day_cont_volume/chem_day_cont_fp+sec_cont_freeboard/12)","v":0.77654935555151283},"feet"]
["Curb thickness","chem_day_curb_thick",{"$f":"IF(day_tanks=0,0,MIN(sec_cont_max_thick,chem_day_curb_height))","v":0.77654935555151283},"feet"]
["Curb length (long side)","chem_day_curb_len_long",{"$f":"IF(day_tanks=0,0,day_tanks*dt_diam+2*space_dt+(day_tanks-1)*space_dt+2*chem_day_curb_thick)","v":6.0530987111030257},"feet"]
["Curb length (short side)","chem_day_curb_len_short",{"$f":"IF(day_tanks=0,0,dt_diam+2*space_dt)","v":4.5},"feet"]
["Curb concrete volume","chem_day_curb_concrete",{"$f":"IF(day_tanks=0,0,ROUNDUP((chem_day_curb_len_long*2+chem_day_curb_len_short*2)*chem_day_curb_height*chem_day_curb_thick/27,0))","v":1},"cubic yards","27 converts cubic feet to cubic yards"]
["Chemical resistant coating required","chem_day_coating_gal",{"$f":"IF(day_tanks=0,0,ROUNDUP((day_tank_fp+2*(chem_day_curb_len_long-2*chem_day_curb_thick)*chem_day_curb_height+2*chem_day_curb_len_short*chem_day_curb_height)/sec_cont_coating_cvg,0))","v":1},"gallons","Covers total footprint plus inside surface and top of curbs"]

{"sheet":"Pumps Pipe Structure","index":9,"n_rows":50,"n_cols":5,"rows_kept":50,"cut":false,"hidden":false,"merged":[]}
["Pumps, Piping, and Structure Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Pump Design"]
["Influent pump rating","pump_rating",{"$f":"IF(include_pumps_I=\"\",IF(ss_cat2=1,0,MIN(MAX(average_flow_rate,design_flow_rate/2)*(1+pump_safety_factor),max_pump_size)),IF(include_pumps_I=0,0,(design_flow_rate)*(1+pump_safety_factor)/include_pumps_I))","v":0},"gpm","Includes safety factor"]
["Maximum pump size","max_pump_size",{"$f":"VLOOKUP(10^6,pump_cost_cl,1)-1","v":10000},"gpm","The largest pump size for which costs are available.  "]
["Number of booster pumps","booster_pumps",{"$f":"IF(pump_rating=0,0,ROUNDUP(design_flow_rate*(1+pump_safety_factor)/pump_rating,0))","v":0},"units","Operating pumps"]
["Total booster pumps","total_booster_pumps",{"$f":"booster_pumps + NRD_pump","v":0},"units","Includes standby pump if specified in the CDA module"]
[]
["Total oxidant metering flow needed","acid_flow_rate",{"$f":"MAX(min_chem_flow,solution_rate*(1+pump_safety_factor))","v":1.8837535014005604},"gph","Includes safety factor; assumes separate pumping to each injection point"]
["Maximum chemical metering pump size","max_cm_pump_size",{"$f":"MAX(IF(H2O2_used,MAX(VLOOKUP(10^6,ss_mmpump_cost_cl,1)-0.01,VLOOKUP(10^6,ss_empump_cost_cl,1)-0.01),0),VLOOKUP(10^6,pvc_mmpump_cost_cl,1)-0.01,VLOOKUP(10^6,pvc_empump_cost_cl,1)-0.01)","v":132},"gph","The largest size for which costs are available; includes PVC only for sodium hypochlorite"]
["Operating oxidant metering pumps per train","acid_pump_per_train",{"$f":"ROUNDUP(acid_flow_rate/max_cm_pump_size,0)","v":1},"units per train","Multiple pumps used if total flow is very high"]
["Oxidant metering pump rating","acid_pump_rating",{"$f":"IF(acid_flow_rate>0,acid_flow_rate/acid_pump_per_train,0)","v":1.8837535014005604},"gph"]
["Total number of oxidant metering pumps","acid_pumps",{"$f":"acid_pump_per_train*tot_num_trains+NRD_cm_pump","v":2},"units","Includes operating pumps for each train and any redundant pumps"]
[]
["Piping Design"]
["Influent and treated water pipe length","in_out_pipe_length",{"$f":"in_out_pipe_mult*facil_length","v":120},"linear feet"]
["Influent and treated water pipe flow","in_out_pipe_flow",{"$f":"design_flow_rate","v":1494.4444444444443},"gpm"]
["Influent and treated water piping diameter","in_out_pipe_diam",{"$f":"VLOOKUP(in_out_pipe_flow,pipe_size_table_cl,2)","v":10},"inches"]
["Process piping length","proc_pipe_length",{"$f":"proc_pipe_mult*facil_length","v":120},"linear feet"]
["Process pipe diameter","proc_pipe_diam",{"$f":"VLOOKUP(reactor_gpm,pipe_size_table_cl,2)","v":10},"inches","Half the process piping has a diameter from the pipe size table, based on the flow to one reactor."]
["Oxidant piping length","acid_pipe_length",{"$f":"IF(oxidant_used,chem_pipe_mult*facil_length,0)","v":60},"linear feet"]
["Oxidant pipe flow","acid_pipe_flow",{"$f":"IF(NOT(oxidant_used),0,IF(H2O2_used,diluted_rate,solution_rate*60))","v":0.25116713352007475},"gpm","For H2O2, flow is based on diluted hydrogen peroxide; commercial strength H2O2 will be injected into this pipe and then returned to the main feed line for mixing. For NaOCl, 60 converts gph to gpm"]
["Oxidant pipe diameter","acid_pipe_diam",{"$f":"IF(acid_pipe_flow=0,0,VLOOKUP(acid_pipe_flow,pipe_size_table_cl,2))","v":0.5},"inches"]
["Drain pipe length","drain_pipe_length",{"$f":"drain_pipe_mult*facil_length","v":60},"linear feet"]
["Drain pipe diameter","drain_pipe_diam",{"$f":"drain_valve_diam","v":1.5},"inches"]
[]
["Building Structure"]
["Diameter of oxidant storage tank","at_diam",{"$f":"ROUNDUP(2*(MAX((2*chem_tank_vol/7.48/PI())^(1/3),(4*chem_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":3.5},"feet","Assumes the tank is twice as tall as it is wide, unless the height would exceed the ceiling height minus a 3-foot clearance"]
["Oxidant day tank diameter","dt_diam",{"$f":"ROUNDUP(2*(MAX((2*day_tank_vol/7.48/PI())^(1/3),(4*day_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":1.5},"feet"]
["Maximum access space for oxidant tank","space_acid_tank",{"$f":"IF(ss_cat2=1,max_space_tank_small,max_space_tank_large)","v":6},"feet"]
["Access space for oxidant tank","space_at",{"$f":"MIN(at_diam,space_acid_tank)","v":3.5},"feet"]
["Access space per oxidant day tank","space_dt",{"$f":"IF(dt_diam>space_acid_tank,space_acid_tank,dt_diam)","v":1.5},"feet"]
["Reactor area","reactor_fp",{"$f":"ROUNDUP((reactor_fp_wid+reactor_access_wid)*(reactor_fp_len+reactor_access_len)+(tot_num_reactors-1)*(reactor_fp_wid+0.5*reactor_access_wid)*(reactor_fp_len+0.5*reactor_access_len),0)","v":443},"square ft","includes access space before/after reactors and between trains"]
["Footprint for booster pumps",null,{"$f":"IF(total_booster_pumps=0,0,ROUNDUP((VLOOKUP(pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(pump_rating,pump_dim_table_cl,4)+2*space_pumps)+(total_booster_pumps-1)*(VLOOKUP(pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(pump_rating,pump_dim_table_cl,4)+space_pumps),0))","v":0},"square ft"]
["Total footprint for pumps","pump_fp",{"$f":"C35","v":0},"square ft"]
["Control Panel","cntrl_fp",{"$f":"IF(panel_fp_wid=0,0,ROUNDUP((panel_fp_wid+2*cntrl_space)*(panel_fp_dep+cntrl_space)+(total_control_panels-1)*(panel_fp_wid+cntrl_space)*(panel_fp_dep+2*cntrl_space),0))","v":426},"square ft","if the panel size is zero, it is included in the reactor footprint"]
["UPS footprint","ups_fp",{"$f":"IF(ups=2,0,ROUNDUP((ups_width+2*UPS_space)*(ups_depth+2*UPS_space)+(num_UPS-1)*(ups_width+UPS_space)*(ups_depth+UPS_space),0))","v":0},"square ft","UPS and batteries"]
["Storage","storage_fp",{"$f":"reactor_fp*storage","v":88.600000000000009},"square ft","computed as fraction of reactor footprint"]
["Oxidant storage footprint","chem_fp",{"$f":"((at_diam+2*space_at)*(at_diam+space_at)+(chem_tanks-1)*(at_diam+space_at)*(at_diam+space_at))","v":73.5},"square ft","storage tank only - metering pump footprint is assumed to be negligible"]
["Day tank footprint","day_tank_fp",{"$f":"ROUNDUP((dt_diam+2*space_dt)^2+(day_tanks-1)*(dt_diam+2*space_dt)*(dt_diam+space_dt),0)","v":21},"square ft"]
["Office space","office_fp",{"$f":"VLOOKUP(design_flow,backfill_cost_cl,3)*IF(ss_cat2=1,space_office_small,space_office)","v":1864.9999999999998},"square ft"]
["Exact building footprint required","fp_required",{"$f":"reactor_fp+pump_fp+cntrl_fp+ups_fp+storage_fp+chem_fp+office_fp+day_tank_fp","v":2917.0999999999995},"square ft"]
["Building 1 footprint","build1_fp",{"$f":"IF(ROUNDUP(fp_required,-1)>add_2nd_building,ROUNDUP(reactor_fp+ups_fp,-1),ROUNDUP(reactor_fp+pump_fp+cntrl_fp+ups_fp+storage_fp+chem_fp+day_tank_fp+office_fp,-1))","v":2920},"square ft"]
["Building 2 footprint","build2_fp",{"$f":"IF(ROUNDUP(fp_required,-1)>add_2nd_building,ROUNDUP(pump_fp+cntrl_fp+storage_fp+chem_fp+office_fp+day_tank_fp,-1),0)","v":0},"square ft"]
["Total building footprint","total_fp",{"$f":"build1_fp+build2_fp","v":2920},"square ft"]
["Concrete Class A for vessel and pumps padding","concrete",{"$f":"ROUNDUP((total_fp-office_fp)*IF(ss_cat2=1,pad_thick_small,pad_thick)/27,0)","v":20},"cubic yards"]
["Facility dimension assumed square","facil_length",{"$f":"ROUNDUP(total_fp^0.5,-1)","v":60},"feet"]
["Land needed","land_required",{"$f":"ROUNDUP(((build1_fp)^0.5+(2*non_fire_buffer))*((build1_fp)^0.5+(non_fire_buffer+fire_buffer))+IF(build2_fp=0,0,((build2_fp)^0.5+(2*non_fire_buffer))*((build2_fp)^0.5+(non_fire_buffer+fire_buffer))),-2)/43560","v":0.1790633608815427},"acre"]
["Land Cost per acre","land_cost_cl",{"$f":"VLOOKUP(design_flow,land_cost_cl,3)","v":31219.845835377939},"$/acre"]

{"sheet":"Instrumentation and Control","index":10,"n_rows":75,"n_cols":5,"rows_kept":75,"cut":false,"hidden":false,"merged":[]}
["Instrumentation and Control Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Inputs"]
["Component level","component_level",{"$f":"IF(component_level_I=\"high cost\",2,IF(component_level_I=\"mid cost\",1,\"\"))","v":""},"blank = low cost, 1 = mid cost, 2 = high cost"]
["Manual system controls","manual",{"$f":"IF(ISBLANK(manual_I),IF(design_flow>=1,3,IF(flow_dist=1,3,IF(component_level=\"\",1,IF(component_level=2,3,CHOOSE(ss_cat2,1,3,3))))),VLOOKUP(manual_I,auto_table,2,FALSE))","v":3},"1 = fully manual system, 2 = semi-automated system, 3 = fully automated system.","Based on system size and component level (see cell comment), unless user overrides on input sheet"]
[]
["Reactor UPS and associated batteries"]
["Max power per reactor","max_power_reactor",{"$f":"total_reactor_power/op_num_reactors","v":82.941666666666663},"kW"]
["Power consumption, all panels","max_uv_power",{"$f":"max_power_reactor*op_num_reactors","v":663.5333333333333},"kW"]
["Maximum UPS capacity available","max_UPS",{"$f":"VLOOKUP(10^6,UV_UPS_cost_cl,1)-1","v":9.01},"kVA"]
["Number of UPS units","num_UPS",{"$f":"IF(ups=1,ROUNDUP(total_reactor_power/max_UPS,0),0)","v":0}]
["UPS size","UPS_capacity",{"$f":"IF(ups=1,total_reactor_power/num_UPS,0)","v":0},"kW"]
["UPS footprint","single_ups_fp",{"$f":"VLOOKUP(UPS_capacity,ups_fp_table,3)","v":0.8},"sq ft","before access space is taken into account"]
["UPS width","ups_width",{"$f":"SQRT(single_ups_fp*2)","v":1.2649110640673518},"ft","assuming 2:1 width:depth ratio"]
["UPS depth","ups_depth",{"$f":"single_ups_fp/ups_width","v":0.63245553203367588},"ft"]
[]
["Valves and Instrumentation"]
["Size of valves for influent line","in_valve_size",{"$f":"in_out_pipe_diam","v":10},"inches"]
["Size of valves for treatment line","proc_valve_size",{"$f":"proc_pipe_diam","v":10},"inches"]
["Size of valves for oxidant pipe lines","acid_valve_size",{"$f":"acid_pipe_diam","v":0.5},"inches"]
["Size of valves for drain","drain_valve_size",{"$f":"drain_valve_diam","v":1.5},"inches"]
[]
["Number of MOVs on process line for reactor trains","proc_MOV_reactor",{"$f":"tot_num_trains*VLOOKUP(\"proc_mov_train\",valve_table,manual+1,FALSE)+tot_num_reactors*VLOOKUP(\"proc_mov_reactor\", valve_table, manual+1, FALSE)","v":10},"valves"]
["Number of MOVs for process line","tot_proc_MOVs",{"$f":"proc_MOV_reactor+total_booster_pumps*VLOOKUP(\"proc_MOV_pump\",valve_table,manual+1,FALSE)","v":10},"valves"]
["Number of MOVs for oxidant line","tot_acid_MOVs",{"$f":"VLOOKUP(\"acid_MOV_pump\",valve_table,manual+1,FALSE)*acid_pumps+VLOOKUP(\"chem_MOV_day\",valve_table,manual+1,FALSE)*day_tanks","v":5},"valves"]
["Total number of MOVs","tot_MOVs",{"$f":"tot_proc_MOVs+tot_acid_MOVs","v":15},"valves"]
[]
["Number of manual valves on influent and treated water line","tot_man_valves",{"$f":"IF(add_on=1,in_man_addon,in_man)","v":2},"valves"]
["Number of manual valves on process line for reactor trains","proc_man_reactor_cont",{"$f":"tot_num_trains*VLOOKUP(\"proc_man_train\",valve_table,manual+1,FALSE)+tot_num_reactors*VLOOKUP(\"proc_man_reactor\", valve_table, manual+1, FALSE)","v":9},"valves"]
["Number of manual valves for process line","tot_proc_man",{"$f":"proc_man_reactor_cont+total_booster_pumps*VLOOKUP(\"proc_man_pump\",valve_table,manual+1,FALSE)","v":9},"valves"]
["Number of manual valves for oxidant line","tot_acid_man",{"$f":"VLOOKUP(\"acid_man_pump\",valve_table,manual+1,FALSE)*acid_pumps+VLOOKUP(\"chem_man_day\",valve_table,manual+1,FALSE)*day_tanks","v":0},"valves"]
[]
["Number of check valves for oxidant line","tot_acid_chv",{"$f":"acid_pumps*acid_chv_pump","v":4},"units"]
["pH meters per treatment train","train_pH_meters",{"$f":"CHOOSE(photo_aop,train_pH_meters_1,train_pH_meters_2,train_pH_meters_3)","v":0},"units"]
["Total pH meters","tot_pH_meters",{"$f":"inf_pH_meter+train_pH_meters*tot_num_trains+eff_pH_meter","v":0},"units"]
["Total turbidity meters","tot_turb_meters",{"$f":"Inf_turb_meters+train_turb_meters*tot_num_reactors+eff_turb_meters","v":0},"units"]
["Total temp controls","tot_temp_meters",{"$f":"inf_temp_meter+train_temp_meter*tot_num_reactors+eff_temp_meter","v":9},"units"]
["Total chlorine residual analyzers","tot_cl_analy",{"$f":"IF(photo_aop=3,train_cl_anal*tot_num_trains,0)","v":0},"units"]
[]
["Size of check valve for pump","check_valve_size",{"$f":"in_valve_size","v":10},"inches"]
["Number of check valves for process line","tot_check_valve",{"$f":"cvalve_pump*total_booster_pumps","v":0},"valves"]
["Number of total drain valves","tot_drain_valves",{"$f":"tot_num_reactors","v":9},"valves"]
[]
["Size of flow meters for influent line","in_meter_size",{"$f":"in_out_pipe_diam","v":10},"inches"]
["Size of flow meters for process line","proc_meter_size",{"$f":"proc_pipe_diam","v":10},"inches"]
["Number of flow meters for influent and treated water line","tot_fm_in",{"$f":"IF(add_on=1,fm_in_addon,fm_in)","v":0},"units"]
["Number of flow meters for treatment lines","tot_fm_proc",{"$f":"IF(tot_num_trains=1,tot_fm_in,IF(flow_dist=1,tot_num_trains*fm_treat,tot_num_reactors*fm_treat_passive))","v":0},"units"]
[]
["Total chemical cleaning tank level alarms ","tot_level_switch",{"$f":"level_switch*(chem_tanks+day_tanks)","v":4},"units"]
["Total minor switch/alarms for reactors","tot_minor_switch",{"$f":"tot_num_reactors*minor_alarm","v":9},"units"]
["Total major switch/alarms for reactors","tot_major_switch",{"$f":"tot_num_reactors*major_alarm","v":9},"units"]
["Total drive controllers","tot_switches",{"$f":"IF(manual<>3,0,S_booster_pump*total_booster_pumps+S_cm_pump*acid_pumps+S_mix*(cmixers+dmixers))","v":2},"units"]
[]
["System Controls"]
["Flow meter lookup code - influent and treated water","fm_lkp_io",{"$f":"IF(OUTPUT!L135=1,\"flow_op\",IF(OUTPUT!L136=1,\"flow_prop\",IF(OUTPUT!L137=1,\"flow_ven\",\"flow_mag\")))","v":"flow_mag"},null,"These codes are used to look up SCADA requirements, which depend on the type of flow meter selected."]
["Flow meter lookup code - process","fm_lkp_proc",{"$f":"IF(OUTPUT!L140=1,\"flow_op\",IF(OUTPUT!L141=1,\"flow_prop\",IF(OUTPUT!L142=1,\"flow_ven\",\"flow_mag\")))","v":"flow_mag"}]
["Total discrete inputs","discrete_inputs",{"$f":"VLOOKUP(fm_lkp_io,port_table,2,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,2,FALSE)*tot_fm_proc+VLOOKUP(\"alarm\",port_table,2,FALSE)*(tot_minor_switch+tot_major_switch)+VLOOKUP(\"ph\",port_table,2,FALSE)*tot_pH_meters+VLOOKUP(\"temp\",port_table,2,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,2,FALSE)*tot_turb_meters+VLOOKUP(\"switch\",port_table,2,FALSE)*tot_switches+VLOOKUP(\"panel\",port_table,2,FALSE)*total_control_panels+VLOOKUP(\"cl\",port_table,2,FALSE)*tot_cl_analy+VLOOKUP(\"valve\",port_table,2,FALSE)*tot_MOVs","v":33},"units"]
["Total discrete outputs","discrete_outputs",{"$f":"IF(manual=2,0,VLOOKUP(fm_lkp_io,port_table,3,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,3,FALSE)+VLOOKUP(\"alarm\",port_table,3,FALSE)*(tot_minor_switch+tot_major_switch)+VLOOKUP(\"ph\",port_table,3,FALSE)*tot_pH_meters+VLOOKUP(\"temp\",port_table,3,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,3,FALSE)*tot_turb_meters+VLOOKUP(\"switch\",port_table,3,FALSE)*tot_switches+VLOOKUP(\"panel\",port_table,3,FALSE)*total_control_panels+VLOOKUP(\"cl\",port_table,3,FALSE)*tot_cl_analy+VLOOKUP(\"valve\",port_table,3,FALSE)*tot_MOVs)","v":29},"units"]
["Total analog inputs","analog_inputs",{"$f":"VLOOKUP(fm_lkp_io,port_table,4,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,4,FALSE)*tot_fm_proc+VLOOKUP(\"alarm\",port_table,4,FALSE)*(tot_minor_switch+tot_major_switch)+VLOOKUP(\"ph\",port_table,4,FALSE)*tot_pH_meters+VLOOKUP(\"temp\",port_table,4,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,4,FALSE)*tot_turb_meters+VLOOKUP(\"switch\",port_table,4,FALSE)*tot_switches+VLOOKUP(\"panel\",port_table,4,FALSE)*total_control_panels+VLOOKUP(\"cl\",port_table,4,FALSE)*tot_cl_analy+VLOOKUP(\"valve\",port_table,4,FALSE)*tot_MOVs","v":24},"units"]
["Total analog outputs","analog_outputs",{"$f":"IF(manual=2,0,VLOOKUP(fm_lkp_io,port_table,5,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,5,FALSE)*tot_fm_proc+VLOOKUP(\"alarm\",port_table,5,FALSE)*(tot_minor_switch+tot_major_switch)+VLOOKUP(\"ph\",port_table,5,FALSE)*tot_pH_meters+VLOOKUP(\"temp\",port_table,5,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,5,FALSE)*tot_turb_meters+VLOOKUP(\"switch\",port_table,5,FALSE)*tot_switches+VLOOKUP(\"panel\",port_table,5,FALSE)*total_control_panels+VLOOKUP(\"cl\",port_table,5,FALSE)*tot_cl_analy+VLOOKUP(\"valve\",port_table,5,FALSE)*tot_MOVs)","v":15},"units"]
["I/O Discrete Output Modules","plc_discrete_output",{"$f":"ROUNDUP(discrete_outputs/32,0)","v":1},"units"]
["I/O Discrete Input Modules","plc_discrete_input",{"$f":"ROUNDUP(discrete_inputs/32,0)","v":2},"units"]
["I/O Combination Analog Modules","plc_combination_analog",{"$f":"ROUNDUP((analog_inputs + analog_outputs)/12,0)","v":4},"units"]
["Number of CPUs","plc_cpu",{"$f":"IF(add_on=1,plc_cpu_addon,plc_cpu_standalone)","v":2},"units"]
["Ethernet modules","plc_ethernet ",{"$f":"IF(add_on=1,plc_ethernet_addon,plc_ethernet_standalone)","v":2},"units"]
["Total number of PLC slots used","plc_slots",{"$f":"plc_cpu + plc_ethernet + plc_discrete_input + plc_discrete_output +  plc_combination_analog","v":11},"units"]
["Expansions required","plc_expansions",{"$f":"IF(plc_slots<=9,0,ROUNDUP((plc_slots-9)/8,0))","v":1},"units"]
["PLC Rack/Power Supplies","plc_rack",{"$f":"IF(AND(add_on=1,plc_rack_addon=0),0,1+plc_expansions)","v":2},"units"]
["Base Expansion Modules","plc_base_expansion",{"$f":"plc_expansions","v":1},"units"]
["Base Expansion Controller Modules","plc_base_expansion_controller",{"$f":"plc_expansions","v":1},"units"]
["Operator interfaces","plc_interface",{"$f":"IF(add_on=1,plc_interface_addon,plc_interface_standalone)","v":2},"units"]
["UPSs","ups_plc",{"$f":"IF(add_on=1,ups_addon,ups_standalone)","v":1},"unit"]
["Number of computer workstations","workstations",{"$f":"IF(AND(add_on=1,workstation_addon=0),0,ROUNDUP(Operator_LOE/2080/shifts_day/workstation_ratio,0))","v":1},"units"]
["Number of printers","printers",{"$f":"IF(AND(add_on=1,printer_addon=0),0,ROUNDUP(workstations/printer_ratio,0))","v":1},"units"]

{"sheet":"O&M","index":11,"n_rows":97,"n_cols":5,"rows_kept":97,"cut":false,"hidden":false,"merged":[]}
["Operation and Maintenance Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Reactor Energy"]
["Fraction of time that reactors operate, on average","op_frac",{"$f":"average_flow/design_flow","v":0.38057620817843862},null,"average flow over design flow"]
["Power required at design flow","total_reactor_power",{"$f":"total_reactor_power","v":663.5333333333333},"kW","reflected from Reactor Design module"]
["Average day energy consumption","energy_day",{"$f":"op_frac*total_reactor_power*24","v":6060.5999999999995},"kWh"]
["Annual energy consumption for UV reactors","UV_energy",{"$f":"energy_day*365/1000","v":2212.1190000000001},"MWh/yr"]
[]
[]
["Maintenance Materials"]
["UV reactor maintenance frequencies"]
["Lamp life","lamp_life",{"$f":"lamp_life_MP","v":5000},"hours"]
["Lamp replacement frequency, per lamp","lamp_freq",{"$f":"(24*365.25/lamp_life)*op_frac","v":0.66722620817843858},"/yr","Including fraction of time in typical operation"]
["Lamp replacements per year","lamp_replacements",{"$f":"op_lamps*lamp_freq","v":54.045322862453524},"/yr"]
["Ballast replacements per year","ballast_replacements",{"$f":"op_ballasts/ballast_life","v":4},"/year"]
["UV sensor replacements per year","sensor_replacements",{"$f":"op_intensity_sensors/sensor_life","v":15},"/year"]
[]
["Booster pumps"]
["Material cost","pump_mtl",{"$f":"IF(total_booster_pumps=0,0,booster_pump_maintenance*OUTPUT!J112)","v":0},"/yr"]
[]
["Oxidant"]
["Hydrogen peroxide bulk solution per year","H2O2_yr",{"$f":"H2O2_solution_day*average_flow/design_flow*365*(8.34*H2O2_sg)","v":49862.358},"lbs/yr"]
["Sodium hypochlorite bulk solution per year","NaOCl_yr",{"$f":"NaOCl_day*average_flow/design_flow*365","v":0},"gal/yr"]
[]
["Labor"]
["General Labor"]
["Number of process instruments for operation","tot_inst",{"$f":"tot_level_switch+tot_fm_proc+tot_fm_in+tot_pH_meters+tot_turb_meters+tot_temp_meters+tot_cl_analy","v":13},null,"Instruments requiring daily observation"]
["Total number of instruments for maintenance","tot_inst_maint",{"$f":"tot_level_switch+tot_fm_proc+tot_fm_in+tot_pH_meters+tot_turb_meters+tot_temp_meters+tot_cl_analy","v":13},null,"All instruments for preventative maintenance"]
["Number of process pumps for operation","tot_pumps",{"$f":"booster_pumps+acid_pumps","v":2},null,"Pumps requiring daily observation/adjustment"]
["Total number of pumps for maintenance","tot_pumps_maint",{"$f":"booster_pumps","v":0},null,"Large, frequently operated pumps require preventative maintenance"]
["Number of process valves","tot_valves",{"$f":"tot_proc_MOVs+proc_man_reactor_cont*tot_num_reactors+total_booster_pumps*VLOOKUP(\"proc_man_pump\",valve_table,manual+1,FALSE)","v":91},null,"Main process valves require frequent operation and preventative maintenance"]
["Number of chemical supplies","tot_chem",{"$f":"chem_tanks","v":1}]
[]
["Record system operating parameters (includes routine sampling)",null,{"$f":"IF(manual=1,tot_inst*uloe_inst*365/60,uloe_inst_auto*365/60)","v":30.416666666666668},"hr/yr"]
["Preventative maintenance and calibration of instruments",null,{"$f":"tot_inst_maint*uloe_inst_maint*12/60","v":26},"hr/yr"]
["Verify/adjust pump operating parameters",null,{"$f":"IF(OR(manual=1,manual=2),tot_pumps*uloe_pump*365/60,0)","v":0},"hr/yr"]
["Preventative maintenance of pumps",null,{"$f":"tot_pumps_maint*uloe_pump_maint","v":0},"hr/yr"]
["Verify/adjust valve positions",null,{"$f":"IF(OR(manual=1,manual=2),tot_valves*uloe_valve*52/60,0)","v":0},"hr/yr"]
["Preventative maintenance and inspection of valves",null,{"$f":"tot_valves*uloe_valve_maint/60","v":7.583333333333333},"hr/yr"]
["Visual inspection of facility",null,{"$f":"total_fp/100*uloe_fp*365/60","v":177.63333333333333},"hr/yr"]
["Maintain/inspect chemical supply ",null,{"$f":"tot_chem*uloe_chem_maint*12/60","v":24},"hr/yr"]
["General Operator Labor","General_Oper_Labor",{"$f":"SUM(C35:C42)","v":265.63333333333333},"hr/yr"]
[]
["Technology-specific Labor"]
["Reactor inspection","inspect_labor",{"$f":"IF(manual=3,0,op_num_reactors*reactor_insp_labor*365/60)","v":0},"hrs/yr","Only for manual systems; otherwise, assumed included in facility inspection labor below."]
["Lamp replacement","UV_light_labor",{"$f":"lamp_replacements*labor_per_lamp/60","v":4.5037769052044601},"hrs/yr"]
["Sleeve examination","sleeve_exam_labor",{"$f":"op_num_reactors*labor_per_sleeve_inspect*sleeve_exam_freq/60","v":10.666666666666666},"hrs/yr","Examine one sleeve per reactor, with frequency specified in O&M assumptions."]
["Ballast replacement","ballast_labor",{"$f":"ballast_replacements*labor_per_ballast","v":6},"hrs/yr"]
["Calibration of UV sensors and UVT monitor","calibration_labor",{"$f":"(total_intensity_sensors*labor_calibration_sensor*(12/60))+(total_UVT_monitors*labor_calibration_UVT*(52/60))","v":556},"hrs/yr"]
["UV sensor replacement","sensor_labor",{"$f":"sensor_replacements*labor_per_sensor/60","v":3.75},"hrs/yr"]
["Lamp output check, place lamps near intensity sensor","lamp_output_labor",{"$f":"IF(lamps_per_sensor=1,0,((lamps_per_sensor*labor_per_lamp*sensors_per_reactor*tot_num_reactors*MP_variability_freq)/60))","v":0},"hrs/yr"]
["Cleaning system effectivenesss check","effectiveness_labor",{"$f":"tot_num_reactors*labor_autoclean_eff*autoclean_eff_freq","v":18},"hrs/yr"]
["Monitoring and reporting","reporting_labor",{"$f":"IF(manual=1,(labor_report*(365/60)),0)","v":0},"hrs/yr"]
["Total reactor labor","tot_reactor_labor",{"$f":"inspect_labor+ballast_labor+sleeve_exam_labor+UV_light_labor+sensor_labor+calibration_labor+effectiveness_labor+reporting_labor+lamp_output_labor","v":598.92044357187115},"hrs/yr"]
[]
["Annual Operator LOE","Operator_LOE",{"$f":"General_oper_labor+tot_reactor_labor","v":864.55377690520447},"hr/yr","Subtotal above + building + booster pumps + residuals pumps"]
["Annual Manager LOE","Manager_LOE",{"$f":"Operator_LOE*Manager_percent","v":86.45537769052045},"hr/yr","Based on general operator labor and percentages in critical design assumptions"]
["Annual Administrative LOE","Clerical_LOE",{"$f":"Operator_LOE*Clerical_percent","v":86.45537769052045},"hr/yr","Based on general operator labor and percentages in critical design assumptions"]
[]
["Building and HVAC Maintenance"]
["Cost excluding heating and cooling",null,{"$f":"IF(include_buildings=0,0,building_matl_rate_cl*total_fp)","v":18918.763324880561},"/yr","Labor and materials; includes routine in-house maintenance and major repairs"]
["Cost to maintain heating system, building 1",null,{"$f":"build1_need_heat*heating_matl_rate_cl*build1_fp","v":433.84013774958356},"/yr"]
["Cost to maintain cooling system, building 1",null,{"$f":"build1_need_cool*cooling_matl_rate_cl*build1_fp","v":0},"/yr"]
["Cost to maintain heating system, building 2",null,{"$f":"build2_need_heat*heating_matl_rate_cl*build2_fp","v":0},"/yr"]
["Cost to maintain cooling system, building 2",null,{"$f":"build2_need_cool*cooling_matl_rate_cl*build2_fp","v":0},"/yr"]
["Total annual building and HVAC maintenance","bldg_maint_cost",{"$f":"SUM(C62:C66)","v":19352.603462630144},null,"Includes labor and materials"]
[]
["Other Energy"]
["Booster Pumps",null,null,null,"Other pumps and mechanical equipment used infrequently.  Therefore, these energy costs may be assumed covered by overall process and building energy costs."]
["Booster pump operating horsepower","pump_hp",{"$f":"IF(total_booster_pumps=0,0,average_flow_rate*booster_pump_head/booster_pumps/booster_pump_efficiency/14.7*33.9*8.34/550/60)","v":0},"hp"]
["Energy per booster pump",null,{"$f":"C71*0.7457/1000*24*365","v":0},"MWh/yr"]
["Energy for all active booster pumps","pump_energy",{"$f":"C72*booster_pumps","v":0},"MWh/yr"]
[]
["Building Lighting"]
["Lighting power per sf, building 1","lighting_energy_1",{"$f":"IF(OR(build1_fp<500,component_level=\"\"),lighting_power_low,CHOOSE(component_level,lighting_power_mid,lighting_power_high))*24*365/1000","v":2.6279999999999997},"kWh/sf/yr"]
["Lighting power per sf, building 2","lighting_energy_2",{"$f":"IF(OR(build2_fp<500,component_level=\"\"),lighting_power_low,CHOOSE(component_level,lighting_power_mid,lighting_power_high))*24*365/1000","v":2.6279999999999997},"kWh/sf/yr"]
["Lighting","lighting",{"$f":"IF(include_buildings=0,0,MIN(1,Operator_LOE/(24*365))*(build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/1000)","v":0.7573491085689591},"MWh/yr"]
[]
["HVAC"]
["Heating energy usage for:"]
["Electric resistance","heating",{"$f":"IF(build1_heat=A82,VLOOKUP(A82,build1_heat_options, 7,FALSE),0)+IF(build2_heat=A82,VLOOKUP(A82,build2_heat_options, 7,FALSE),0)","v":0},"MWh/yr"]
["Natural gas non-condensing furnace","heating_gas_non",0,"therms/yr"]
["Natural gas condensing furnace","heating_gas",8252.1444203904302,"therms/yr"]
["Standard efficiency oil furnace","heating_diesel_non",0,"gal/yr"]
["Mid-efficiency oil furnace","heating_diesel",0,"gal/yr"]
["Heat pump","heating_hp",0,"MWh/yr"]
[]
["Cooling energy usage for:"]
["Air conditioner","cooling",{"$f":"IF(build1_cool=A90,VLOOKUP(A90,build1_cool_options, 7,FALSE),0)+IF(build2_cool=A90,VLOOKUP(A90,build2_cool_options, 7,FALSE),0)","v":0},"MWh/yr"]
["Heat pump","cooling_hp",{"$f":"IF(build1_cool=A91,VLOOKUP(A91,build1_cool_options, 7,FALSE),0)+IF(build2_cool=A91,VLOOKUP(A91,build2_cool_options, 7,FALSE),0)","v":0},"MWh/yr"]
[]
["Spent Material Annual Disposal Fees"]
["Disposal Weight","res_year",{"$f":"(lamp_replacements*weight_lamp+ballast_replacements*weight_ballast+sensor_replacements*weight_sensor)/2000","v":0.64283992146840141},"ton/yr"]
["Disposal Cost",null,{"$f":"res_year*IF(res_haz=1,haz_disposal_cost_cl,nonhaz_disposal_cost_cl)","v":70.736445791503797},"$/yr"]
["Transportation Cost",null,{"$f":"res_year*IF(res_haz=1,haz_miles*haz_transportation_cost_cl,non_haz_miles*nonhaz_transportation_cost_cl)","v":1.3626852548557791},"$/yr"]
["Total annual spent material diposal fee","disposal_fee",{"$f":"C95+C96","v":72.099131046359574},"$/yr"]

{"sheet":"HVAC","index":12,"n_rows":137,"n_cols":12,"rows_kept":137,"cut":false,"hidden":false,"merged":[[82,1,82,4],[91,1,91,4]]}
["Building Heating, Ventilating, and Air Conditioning Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["General information"]
["System size","ss_cat2",{"$f":"IF(design_flow<1,1,IF(design_flow<10,2,3))","v":2},"1 indicates small system, 2 indicates medium, 3 indicates large"]
[null,null,null,null,"ss_cat2 is used to select ventilation requirements and building type"]
["Buiding 1 length and width","build1_side",{"$f":"build1_fp^0.5","v":54.037024344425184},"ft"]
["Building 2 length and width","build2_side",{"$f":"build2_fp^0.5","v":0},"ft"]
["Include HVAC?","include_HVAC",{"$f":"IF(include_HVAC_I=\"no\",0,IF(include_HVAC_I=\"yes\",1,2))","v":2}," 0 = always exclude, 1 = always include, 2 = use model default"]
[]
["Ventilation"]
["Building 1 weighted average air changes","air_changes_build1",{"$f":"IF(build2_fp=0,(Air_changes_reactor*(reactor_fp+cntrl_fp+ups_fp)+Air_changes_pump*pump_fp+Air_changes_storage*(storage_fp+chem_fp+day_tank_fp)+Air_changes_office*office_fp)/build1_fp,(Air_changes_reactor*(reactor_fp+cntrl_fp+ups_fp)+Air_changes_pump*pump_fp+Air_changes_storage*(storage_fp+chem_fp+day_tank_fp))/build1_fp)","v":4.3788356164383568},"air changes/hr"]
["Building 2 weighted average air changes","air_changes_build2",{"$f":"IF(build2_fp=0,0,(Air_changes_pump*pump_fp+Air_changes_reactor*cntrl_fp+Air_changes_storage*(storage_fp+chem_fp+day_tank_fp)+Air_changes_office*office_fp)/build2_fp)","v":0},"air changes/hr"]
["Building 1 ventilation",null,{"$f":"IF(include_HVAC=0,0,CHOOSE(ss_cat2,fan_days_build1_small,fan_days_build1_medium,fan_days_build1_large)*24*0.746*Fan_pressure_drop*build1_fp*Building_height*air_changes_build1/33000)","v":4162.2568145454552},"kWh/yr"]
["Building 2 ventilation",null,{"$f":"IF(include_HVAC=0,0,CHOOSE(ss_cat2,fan_days_build2_small,fan_days_build2_medium,fan_days_build2_large)*24*0.746*Fan_pressure_drop*build2_fp*Building_height*air_changes_build2/33000)","v":0},"kWh/yr"]
["Total ventilation","ventilation",{"$f":"IF(include_HVAC=0,0,SUM(C14:C15)/1000)","v":4.1622568145454553},"MWh/yr"]
[]
["Building 1 air exchange rate","build1_cfm",{"$f":"build1_fp*Building_height*air_changes_build1/60","v":4262.0666666666675},"cfm"]
["Building 2 air exchange rate","build2_cfm",{"$f":"build2_fp*Building_height*air_changes_build2/60","v":0},"cfm"]
[]
["Heating and Cooling"]
["Include heating for building 1","build1_need_heat",{"$f":"IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build1_fp<500,heating_table_shed,heating_table),ss_cat2+2,FALSE)))","v":1},"1 for yes, 0 for no","Based on system size, building floorplan, and inputs"]
["Include cooling for building 1","build1_need_cool",{"$f":"IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build1_fp<500,cooling_table_shed,cooling_table),ss_cat2+2,FALSE)))","v":0},"1 for yes, 0 for no"]
["Include heating for building 2","build2_need_heat",{"$f":"IF(build2_fp=0,0,IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build2_fp<500,heating_table_shed,heating_table),ss_cat2+2,FALSE))))","v":0},"1 for yes, 0 for no"]
["Include cooling for building 2","build2_need_cool",{"$f":"IF(build2_fp=0,0,IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build2_fp<500,cooling_table_shed,cooling_table),ss_cat2+2,FALSE))))","v":0},"1 for yes, 0 for no"]
[]
["Heating Requirements"]
["Building 1 side conductance heat loss",null,{"$f":"4*build1_side*Building_height*heat_DD*24/R_wall","v":17679185.180716902},"BTU/yr"]
["Buiding 1 ceiling conductance heat loss",null,{"$f":"build1_fp*heat_DD*24/R_ceiling","v":6092669.3877551025},"BTU/yr"]
["Building 1 air exchange heat loss",null,{"$f":"build1_cfm*heat_viload","v":718921143.26666677},"BTU/yr"]
["Building 1 total annual heat loss","build1_heat_loss_yr",{"$f":"SUM(C28:C30)","v":742692997.8351388},"BTU/yr"]
["Building 1 heating requirement in thousand BTU/hr","build1_heat_mbh",{"$f":"build1_heat_loss_yr/365.25/24/1000","v":84.724275363351452},"MBH"]
["Building 1 number of heating zones","build1_heat_zones",{"$f":"ROUNDUP(build1_heat_mbh/max_heat_cl,0)","v":1}]
[]
["Building 2 side conductance heat loss",null,{"$f":"4*build2_side*Building_height*heat_DD*24/R_wall","v":0},"BTU/yr"]
["Buiding 2 ceiling conductance heat loss",null,{"$f":"build2_fp*heat_DD*24/R_ceiling","v":0},"BTU/yr"]
["Building 2 air exchange heat loss",null,{"$f":"build2_cfm*heat_viload","v":0},"BTU/yr"]
["Building 2 total annual heat loss","build2_heat_loss_yr",{"$f":"SUM(C35:C37)","v":0},"BTU/yr"]
["Building 2 heating requirement in thousand BTU/hr","build2_heat_mbh",{"$f":"build2_heat_loss_yr/365.25/24/1000","v":0},"MBH"]
["Building 2 number of heating zones","build2_heat_zones",{"$f":"ROUNDUP(build2_heat_mbh/max_heat_cl,0)","v":0}]
[]
["Cooling Requirements"]
["Building 1 side conductance cooling loss",null,{"$f":"4*build1_side*Building_height*cool_DD*24/R_wall","v":5872311.5095573738},"BTU/yr"]
["Buiding 1 ceiling conductance cooling loss",null,{"$f":"build1_fp*cool_DD*24/R_ceiling","v":2023738.775510204},"BTU/yr"]
["Building 1 air exchange cooling loss",null,{"$f":"build1_cfm*cool_viload","v":220651453.40000004},"BTU/yr"]
["Building 1 total annual cooling loss","build1_cooling_loss_yr",{"$f":"SUM(C43:C45)","v":228547503.68506762},"BTU/yr"]
["Building 1 cooling loss per hour","build1_cooling_loss_hr",{"$f":"build1_cooling_loss_yr/365.25/24","v":26072.040119218302},"BTU/hr"]
[]
["Building 1 power lost: ballasts","build1_eloss_ballasts",{"$f":"total_reactor_power/ballast_efficiency*(1-ballast_efficiency)*op_frac","v":21.958695652173898},"kW"]
["Building 1 waste heat: ballasts","build1_waste_heat_ballasts",{"$f":"build1_eloss_ballasts*3415","v":74988.945652173861},"BTU/hr"]
["Building 1 power lost: booster pumps","build1_eloss_pumps",{"$f":"total_booster_pumps*pump_hp*(1-booster_pump_efficiency)*0.7457","v":0},"kW"]
["Building 1 waste heat: booster pumps","build1_waste_heat_pumps",{"$f":"build1_eloss_pumps*3415","v":0},"BTU/hr"]
[]
["Building 1 total cooling requirement","build1_cooling_req",{"$f":"build1_cooling_loss_hr+build1_waste_heat_ballasts+build1_waste_heat_pumps","v":101060.98577139217},"BTU/hr"]
["Building 1 annual cooling requirement","build1_cooling_yr",{"$f":"build1_cooling_req*365.25*24","v":885900601.27202368},"BTU/yr"]
["Building 1 total cooling requirement in tons","build1_cooling_tons",{"$f":"build1_cooling_req/12000","v":8.4217488142826813},"tons"]
["Building 1 number of cooling zones","build1_cool_zones",{"$f":"ROUNDUP(build1_cooling_tons/max_cool_cl,0)","v":1}]
[]
["Building 2 side conductance cooling loss",null,{"$f":"4*build2_side*Building_height*cool_DD*24/R_wall","v":0},"BTU/yr"]
["Buiding 2 ceiling conductance cooling loss",null,{"$f":"build2_fp*cool_DD*24/R_ceiling","v":0},"BTU/yr"]
["Building 2 air exchange cooling loss",null,{"$f":"build2_cfm*cool_viload","v":0},"BTU/yr"]
["Building 2 total annual cooling loss","build2_cooling_loss_yr",{"$f":"SUM(C59:C61)","v":0},"BTU/yr"]
["Building 2 cooling loss per hour","build2_cooling_loss_hr",{"$f":"build2_cooling_loss_yr/365.25/24","v":0},"BTU/hr"]
[]
["(No heat-generating equipment in Building 2)"]
[]
["Building 2 total cooling requirement","build2_cooling_req",{"$f":"build2_cooling_loss_hr","v":0},"BTU/hr"]
["Building 2 annual cooling requirement","build2_cooling_yr",{"$f":"build2_cooling_req*365.25*24","v":0},"BTU/yr"]
["Building 2 total cooling requirement in tons","build2_cooling_tons",{"$f":"build2_cooling_req/12000","v":0},"tons"]
["Building 2 number of cooling zones","build2_cool_zones",{"$f":"ROUNDUP(build2_cooling_tons/max_cool_cl,0)","v":0}]
[]
["Heating Options"]
[]
["Building 1 number of HVAC zones","build1_zones",{"$f":"MAX(build1_heat_zones, build1_cool_zones)","v":1}]
["Building 2 number of HVAC zones","build2_zones",{"$f":"MAX(build2_heat_zones, build2_cool_zones)","v":0}]
[]
["Heat pump OK for building 1?","hp_ok_1",{"$f":"AND(build1_heat_mbh<=hp_max_heat_cl,build1_cooling_tons<=hp_max_cool_cl)","v":true},null,"For heat pumps, we check both heating and cooling capacities."]
["Heat pump OK for building 2?","hp_ok_2",{"$f":"AND(build2_heat_mbh<=hp_max_heat_cl,build2_cooling_tons<=hp_max_cool_cl)","v":true}]
[]
["Building 1","build1_heat_options"]
["Option","Size needed per zone (MBH)","Size selected (MBH)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Electric resistance",{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},{"$f":"IF(curve=1,B82,VLOOKUP(B82,hvac_elec_cost_cl,2))","v":84.724275363351452},{"$f":"IF(curve=1,hvac_elec_eq_1,VLOOKUP(B82,hvac_elec_cost_cl,3))","v":34834.31820677728},{"$f":"VLOOKUP(B82,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D82=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E82,D82)*build1_zones)","v":2989.150862352808},{"$f":"build1_heat_loss_yr/3412000/resist_eff","v":222.11312948152343},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I82*G82*1000","v":24436.333276800666},{"$f":"IF(OR(F82=\"n/a\",K82=\"n/a\"),\"n/a\",F82+K82)","v":27425.484139153472}]
["Heat pump","capital costs are in the cooling table",null,null,null,"n/a",{"$f":"IF(hp_ok_1,build1_heat_loss_yr/3412000/COP,\"n/a\")","v":65.96086875511908},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(G83=\"n/a\",\"n/a\",I83*G83*1000)","v":7256.8504882620164},"n/a"]
["Natural gas non-condensing furnace",{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},{"$f":"IF(curve=1,B84,VLOOKUP(B84,hvac_gas_non_cost_cl,2))","v":84.724275363351452},{"$f":"IF(curve=1,hvac_gas_non_eq_1,VLOOKUP(B84,hvac_gas_non_cost_cl,3))","v":24780.901214887759},{"$f":"VLOOKUP(B84,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D84=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E84,D84)*build1_zones)","v":2126.4619504437396},{"$f":"build1_heat_loss_yr/100000/gas_non_eff","v":8737.5646804133976},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I84*G84","v":5055.2176847486498},7181.6796351923895]
["Natural gas condensing furnace",{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},{"$f":"IF(curve=1,B85,VLOOKUP(B85,hvac_gas_cost_cl,2))","v":84.724275363351452},{"$f":"IF(curve=1,hvac_gas_eq_1,VLOOKUP(B85,hvac_gas_cost_cl,3))","v":24780.901214887759},{"$f":"VLOOKUP(B85,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D85=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E85,D85)*build1_zones)","v":2126.4619504437396},{"$f":"build1_heat_loss_yr/100000/gas_eff","v":8252.1444203904302},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I85*G85","v":4774.3722578181687},6900.8342082619083]
["Standard efficiency oil furnace",{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},{"$f":"IF(curve=1,B86,VLOOKUP(B86,hvac_oil_std_cost_cl,2))","v":84.724275363351452},{"$f":"IF(curve=1,hvac_oil_std_eq_1,VLOOKUP(B86,hvac_oil_std_cost_cl,3))","v":28061.446936964308},{"$f":"VLOOKUP(B86,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D86=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E86,D86)*build1_zones)","v":2407.9672756211703},{"$f":"build1_heat_loss_yr/diesel_heat_content/diesel_non_eff","v":6515.9940150477169},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I86*G86","v":24953.004110986025},27360.971386607194]
["Mid-efficiency oil furnace",{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},{"$f":"IF(curve=1,B87,VLOOKUP(B87,hvac_oil_mid_cost_cl,2))","v":84.724275363351452},{"$f":"IF(curve=1,hvac_oil_mid_eq_1,VLOOKUP(B87,hvac_oil_mid_cost_cl,3))","v":28061.446936964308},{"$f":"VLOOKUP(B87,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D87=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E87,D87)*build1_zones)","v":2407.9672756211703},{"$f":"build1_heat_loss_yr/diesel_heat_content/diesel_eff","v":5936.7945470434752},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I87*G87","v":22734.959301120602},25142.926576741771]
[]
["Building 2","build2_heat_options"]
["Option","Size needed per zone (MBH)","Size selected (MBH)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Electric resistance",{"$f":"IF(build2_zones = 0, \"\", build2_heat_mbh/build2_zones)","v":""},{"$f":"IF(curve=1,B91,VLOOKUP(B91,hvac_elec_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_elec_eq_2,VLOOKUP(B91,hvac_elec_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B91,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D91=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E91,D91)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_heat_loss_yr/3412000/resist_eff","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I91*G91*1000","v":0},{"$f":"IF(F91=\"n/a\",\"n/a\",F91+K91)","v":{"$error":"#NUM!"}}]
["Heat pump","capital costs are in the cooling table",null,null,null,"n/a",{"$f":"IF(hp_ok_2,build2_heat_loss_yr/3412000/COP,\"n/a\")","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(G92=\"n/a\",\"n/a\",I92*G92*1000)","v":0},{"$f":"IF(OR(F92=\"n/a\",K92=\"n/a\"),\"n/a\",F92+K92)","v":"n/a"}]
["Natural gas non-condensing furnace",{"$f":"IF(build2_zones = 0, \"\", build2_heat_mbh/build2_zones)","v":""},{"$f":"IF(curve=1,B93,VLOOKUP(B93,hvac_gas_non_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_gas_non_eq_2,VLOOKUP(B93,hvac_gas_non_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B93,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D93=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E93,D93)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_heat_loss_yr/100000/gas_non_eff","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I93*G93","v":0},{"$f":"IF(F93=\"n/a\",\"n/a\",F93+K93)","v":{"$error":"#NUM!"}}]
["Natural gas condensing furnace",{"$f":"IF(build2_zones = 0, \"\", build2_heat_mbh/build2_zones)","v":""},{"$f":"IF(curve=1,B94,VLOOKUP(B94,hvac_gas_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_gas_eq_2,VLOOKUP(B94,hvac_gas_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B94,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D94=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E94,D94)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_heat_loss_yr/100000/gas_eff","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I94*G94","v":0},{"$f":"IF(F94=\"n/a\",\"n/a\",F94+K94)","v":{"$error":"#NUM!"}}]
["Standard efficiency oil furnace",{"$f":"IF(build2_zones = 0, \"\", build2_heat_mbh/build2_zones)","v":""},{"$f":"IF(curve=1,B95,VLOOKUP(B95,hvac_oil_std_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_oil_std_eq_2,VLOOKUP(B95,hvac_oil_std_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B95,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D95=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E95,D95)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_heat_loss_yr/diesel_heat_content/diesel_non_eff","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I95*G95","v":0},{"$f":"IF(F95=\"n/a\",\"n/a\",F95+K95)","v":{"$error":"#NUM!"}}]
["Mid-efficiency oil furnace",{"$f":"IF(build2_zones = 0, \"\", build2_heat_mbh/build2_zones)","v":""},{"$f":"IF(curve=1,B96,VLOOKUP(B96,hvac_oil_mid_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_oil_mid_eq_2,VLOOKUP(B96,hvac_oil_mid_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B96,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D96=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E96,D96)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_heat_loss_yr/diesel_heat_content/diesel_eff","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I96*G96","v":0},{"$f":"IF(F96=\"n/a\",\"n/a\",F96+K96)","v":{"$error":"#NUM!"}}]
[]
["Cooling Options"]
["Building 1","build1_cool_options"]
["Option","Size needed per zone (tons)","Size selected (tons)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Air conditioner",{"$f":"build1_cooling_tons/build1_zones","v":8.4217488142826813},{"$f":"IF(curve=1,B101,VLOOKUP(B101,hvac_ac_cost_cl,2))","v":8.4217488142826813},{"$f":"IF(curve=1,hvac_ac_eq_1,VLOOKUP(B101,hvac_ac_cost_cl,3))","v":26959.592539264955},{"$f":"VLOOKUP(B101,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5))","v":25},{"$f":"IF(D101=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E101,D101)*build1_zones)","v":2313.4165798527238},{"$f":"build1_cooling_yr/EER/10^6","v":75.07632214169692},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I101*G101*1000","v":8259.7099655181173},{"$f":"IF(F101=\"n/a\",\"n/a\",F101+K101)","v":10573.12654537084}]
["Heat pump",{"$f":"build1_cooling_tons/build1_zones","v":8.4217488142826813},{"$f":"IF(hp_ok_1,IF(curve=1,B102,VLOOKUP(B102,hvac_hp_cost_cl,2)),\"n/a\")","v":8.4217488142826813},{"$f":"IF(C102=\"n/a\",\"n/a\",IF(curve=1,hvac_hp_eq_1,VLOOKUP(B102,hvac_hp_cost_cl,3)))","v":10935.991843926},{"$f":"IF(C102=\"n/a\",\"n/a\",VLOOKUP(B102,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":25},{"$f":"IF(OR(D102=\"contact vendor\",D102=\"n/a\"),\"n/a\",-PMT(Discount_rate,E102,D102)*build1_zones)","v":938.42311644827078},{"$f":"IF(C102=\"n/a\",\"n/a\",build1_cooling_yr/hp_EER/10^6)","v":75.07632214169692},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(C102=\"n/a\",\"n/a\",I102*G102*1000)","v":8259.7099655181173},{"$f":"IF(F102=\"n/a\",\"n/a\",F102+K102)","v":9198.133081966389}]
[]
["Building 2","build2_cool_options"]
["Option","Size needed per zone (tons)","Size selected (tons)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Air conditioner",{"$f":"IF(build2_zones = 0, \"\", build2_cooling_tons/build2_zones)","v":""},{"$f":"IF(curve=1,B106,VLOOKUP(B106,hvac_ac_cost_cl,2))","v":""},{"$f":"IF(curve=1,hvac_ac_eq_2,VLOOKUP(B106,hvac_ac_cost_cl,3))","v":{"$error":"#NUM!"}},{"$f":"VLOOKUP(B106,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5))","v":{"$error":"#N/A"}},{"$f":"IF(D106=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E106,D106)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"build2_cooling_yr/EER/10^6","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I106*G106*1000","v":0},{"$f":"IF(F106=\"n/a\",\"n/a\",F106+K106)","v":{"$error":"#NUM!"}}]
["Heat pump",{"$f":"IF(build2_zones = 0, \"\",build2_cooling_tons/build2_zones)","v":""},{"$f":"IF(hp_ok_2,IF(curve=1,B107,VLOOKUP(B107,hvac_hp_cost_cl,2)),\"n/a\")","v":""},{"$f":"IF(C107=\"n/a\",\"n/a\",IF(curve=1,hvac_hp_eq_2,VLOOKUP(B107,hvac_hp_cost_cl,3)))","v":{"$error":"#NUM!"}},{"$f":"IF(C107=\"n/a\",\"n/a\",VLOOKUP(B107,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":{"$error":"#N/A"}},{"$f":"IF(OR(D107=\"contact vendor\",D107=\"n/a\"),\"n/a\",-PMT(Discount_rate,E107,D107)*build2_zones)","v":{"$error":"#NUM!"}},{"$f":"IF(C107=\"n/a\",\"n/a\",build2_cooling_yr/hp_EER/10^6)","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(C107=\"n/a\",\"n/a\",I107*G107*1000)","v":0},{"$f":"IF(F107=\"n/a\",\"n/a\",F107+K107)","v":{"$error":"#NUM!"}}]
[]
[]
["Heating and Cooling Selection",null,null,null,"We will select the option with the lowest annual cost for each building."]
[]
["Building 1 Selection"]
["Heating option","Annual cost","Cooling option","Annual cost","Total annual cost"]
["Electric resistance",{"$f":"IF(build1_need_heat,VLOOKUP(A114,build1_heat_options,12,FALSE),0)","v":27425.484139153472},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C114,build1_cool_options,12,FALSE),0)","v":0},{"$f":"IF(OR(B114=\"n/a\",D114=\"n/a\"),\"n/a\",ROUND(B114+D114,0))","v":27425}]
["Natural gas non-condensing furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A115,build1_heat_options,12,FALSE),0)","v":7181.6796351923895},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C115,build1_cool_options,12,FALSE),0)","v":0},7182]
["Natural gas condensing furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A116,build1_heat_options,12,FALSE),0)","v":6900.8342082619083},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C116,build1_cool_options,12,FALSE),0)","v":0},6901]
["Standard efficiency oil furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A117,build1_heat_options,12,FALSE),0)","v":27360.971386607194},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C117,build1_cool_options,12,FALSE),0)","v":0},27361]
["Mid-efficiency oil furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A118,build1_heat_options,12,FALSE),0)","v":25142.926576741771},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C118,build1_cool_options,12,FALSE),0)","v":0},25143]
["Heat pump",{"$f":"IF(AND(build1_need_heat, build1_need_cool),K83,\"n/a\")","v":"n/a"},"Heat pump",{"$f":"IF(AND(build1_need_heat,build1_need_cool),VLOOKUP(C119,build1_cool_options,12,FALSE),0)","v":0},"n/a"]
[]
["Row selected","build1_row",{"$f":"MATCH(MIN(E114:E119),E114:E119,0)","v":3}]
["Building 1 heating selection","build1_heat",{"$f":"IF(build1_need_heat,INDEX(A114:A119,build1_row),\"n/a\")","v":"Natural gas condensing furnace"}]
["Building 1 cooling selection","build1_cool",{"$f":"IF(build1_need_cool,INDEX(C114:C119,build1_row),\"n/a\")","v":"n/a"}]
[]
[]
["Building 2 Selection"]
["Heating option","Annual cost","Cooling option","Annual cost","Total annual cost"]
["Electric resistance",{"$f":"IF(build2_need_heat,VLOOKUP(A128,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C128,build2_cool_options,12,FALSE),0)","v":0},{"$f":"IF(OR(B128=\"n/a\",D128=\"n/a\"),\"n/a\",ROUND(B128+D128,0))","v":0}]
["Natural gas non-condensing furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A129,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C129,build2_cool_options,12,FALSE),0)","v":0},0]
["Natural gas condensing furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A130,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C130,build2_cool_options,12,FALSE),0)","v":0},0]
["Standard efficiency oil furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A131,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C131,build2_cool_options,12,FALSE),0)","v":0},0]
["Mid-efficiency oil furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A132,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C132,build2_cool_options,12,FALSE),0)","v":0},0]
["Heat pump",{"$f":"IF(AND(build2_need_heat, build2_need_cool),K92,\"n/a\")","v":"n/a"},"Heat pump",{"$f":"IF(AND(build1_need_heat,build2_need_cool),VLOOKUP(C133,build2_cool_options,12,FALSE),0)","v":0},"n/a"]
[]
["Row selected","build2_row",{"$f":"MATCH(MIN(E128:E133),E128:E133,0)","v":1}]
["Building 2 heating selection","build2_heat",{"$f":"IF(build2_need_heat,INDEX(A128:A133,build2_row),\"n/a\")","v":"n/a"}]
["Building 2 cooling selection","build2_cool",{"$f":"IF(build2_need_cool,INDEX(C128:C133,build2_row),\"n/a\")","v":"n/a"}]

{"sheet":"Indirect","index":13,"n_rows":96,"n_cols":5,"rows_kept":96,"cut":false,"hidden":false,"merged":[]}
["Indirect and Add-on Cost Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Buildings and Land"]
["Include buildings?","include_buildings",{"$f":"IF(include_buildings_I=\"no\",0,1)","v":1},"1 = yes, 0 = no"]
["Include land?","include_land",{"$f":"IF(include_land_I=\"no\",0,1)","v":1},"1 = yes, 0 = no"]
[]
["Standby Power"]
["Booster Pumps",null,{"$f":"IF(total_booster_pumps=0,0,pump_energy*design_flow/average_flow/365/24*1000)","v":0},"kW"]
["UV reactors",null,{"$f":"max_uv_power","v":663.5333333333333},"kW"]
["Lighting",null,{"$f":"IF(include_buildings=0,0,(build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/365/24)","v":0.87599999999999989},"kW"]
["Building 1 ventilation",null,{"$f":"IF(include_HVAC=0,0,0.746*Fan_pressure_drop*build1_fp*Building_height*air_changes_build1/33000)","v":1.4452280606060608},"kW"]
["Building 2 ventilation",null,{"$f":"IF(include_HVAC=0,0,0.746*Fan_pressure_drop*build2_fp*Building_height*air_changes_build2/33000)","v":0},"kW"]
["Total base standby power requirement","std_base",{"$f":"SUM(C9:C13)","v":665.85456139393932},"kW"]
[]
["Electric heating for Building 1?","build1_elec_heat",{"$f":"IF(build1_need_heat=1,VLOOKUP(build1_heat,build1_heat_options,8,FALSE)=\"MWh/yr\",FALSE)","v":false}]
["Power to heat Building 1","build1_elec_heat_power",{"$f":"IF(build1_elec_heat,VLOOKUP(build1_heat,build1_heat_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Electric heating for Building 2?","build2_elec_heat",{"$f":"IF(build2_need_heat,(VLOOKUP(build2_heat,build2_heat_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to heat Building 2","build2_elec_heat_power",{"$f":"IF(build2_elec_heat,VLOOKUP(build2_heat,build2_heat_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Standby power for heating","std_heat",{"$f":"IF(include_HVAC=0,0,build1_elec_heat_power+build2_elec_heat_power)","v":0},"kW"]
[]
["Electric cooling for Building 1?","build1_elec_cool",{"$f":"IF(build1_need_cool,(VLOOKUP(build1_cool,build1_cool_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to cool Building 1","build1_elec_cool_power",{"$f":"IF(build1_elec_cool,VLOOKUP(build1_cool,build1_cool_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Electric cooling for Building 2?","build2_elec_cool",{"$f":"IF(build2_need_cool,(VLOOKUP(build2_cool,build2_cool_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to cool Building 2","build2_elec_cool_power",{"$f":"IF(build2_elec_cool,VLOOKUP(build2_cool,build2_cool_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Standby power for cooling","std_cool",{"$f":"IF(include_HVAC=0,0,build1_elec_cool_power+build2_elec_cool_power)","v":0},"kW"]
[]
["Total standby power requirements","std_power",{"$f":"ROUND(2*MAX(min_standby,(IF(AND(need_heat=1,need_cool=1),MAX(std_heat,std_cool),need_heat*std_heat+need_cool*std_cool)+std_base)*(1+std_safety_factor)),0)/2","v":666},"kW"]
["Total standby power cost","std_power_cost",{"$f":"VLOOKUP(std_power,std_gen_cost_cl,3)*std_power","v":187368}]
[]
["Geotechnical & Sitework"]
["Total technology footprint","tech_fp",{"$f":"total_fp","v":2920},"square feet"]
["Maximum basin excavation depth","max_excav_depth",{"$f":"excavation_depth","v":5},"feet"]
["Borehole depth","bore_depth",{"$f":"IF(max_excav_depth>bore_need,bore_depth_max,bore_depth_min)","v":25},"feet"]
["Number of test pits","num_pits",{"$f":"IF(tech_fp>bore_need,0,ROUNDUP(tech_fp/hole_per_sf,0))","v":0}]
["Number of boreholes","num_holes",{"$f":"IF(tech_fp<bore_need,0,IF(ROUNDUP(tech_fp/hole_per_sf,0)<min_holes,min_holes,ROUNDUP(tech_fp/hole_per_sf,0)))","v":4}]
[]
["Costs"]
["Borings, initial field stake out & determination of elevations",null,{"$f":"IF(num_pits>0,1,ROUNDUP(num_holes/hole_per_job,0))*VLOOKUP(0,stake_out_cost_cl,3)","v":1475}]
["Borings, drawings showing boring details",null,{"$f":"ROUNDUP(num_holes/hole_per_job,0)*VLOOKUP(0,bore_draw_cost_cl,3)","v":425}]
["Borings, report and recommendations from P.E.",null,{"$f":"IF(num_pits>0,1,ROUNDUP(num_holes/hole_per_job,0))*VLOOKUP(0,bore_report_cost_cl,3)","v":970}]
["Borings, mobilization and demobilization, minimum",null,{"$f":"IF(num_pits>0,0,1)*VLOOKUP(0,bore_mob_cost_cl,3)","v":660}]
["Borings, drill rig and crew with truck mounted auger",null,{"$f":"ROUNDUP(bore_depth*num_holes/hole_per_day,0)*VLOOKUP(0,bore_rig_cost_cl,3)","v":5300}]
["Borings, cased borings in earth, w/samples, 2.5\" dia",null,{"$f":"num_holes*bore_depth*VLOOKUP(0,bore_cost_cl,3)","v":6400}]
["Test pits",null,{"$f":"pit_width*pit_length*pit_depth/27*num_pits*VLOOKUP(0,pit_cost_cl,3)","v":0}]
["Total geotechnical cost","geotech_cost",{"$f":"SUM(C39:C45)","v":15230}]
[]
["Total sitework cost","sitework_cost",{"$f":"tech_fp*sitework_sf_cl","v":44358.329670329666}]
[]
["Yard Piping"]
["Actual yard piping diameter","yard_pipe_diam",{"$f":"SUMPRODUCT(OUTPUT!G60:G64,OUTPUT!L60:L64)","v":10},"in. diam","Based on output sheet selection for influent and treated water pipe"]
["Trench depth to top of pipe","trench_depth",{"$f":"MAX(frost,min_trench_depth)","v":38},"inches"]
["Thrust force","thrust_force",{"$f":"VLOOKUP(yard_pipe_diam,thrust_block_table_cl,2)*2.2","v":17189.503372607793},"lbs"]
["Bearing Area (L x H)","bearing_area",{"$f":"1.5*thrust_force/(soil_dens*(trench_depth/12+yard_pipe_diam/12)*Coeff_Kp*Reduction)","v":47.433451545861359},"square ft"]
["L",null,{"$f":"bearing_area/C56","v":9.739964224355381},"ft"]
["H",null,{"$f":"(bearing_area/2)^0.5","v":4.8699821121776905},"ft"]
["F",null,{"$f":"MAX(0.5,yard_pipe_diam/12)","v":0.83333333333333337},"ft","Pipe diameter with a minimum of 6 inches"]
["T",null,{"$f":"C55/2","v":4.8699821121776905},"ft"]
["Thrust block volume","block_vol",{"$f":"(C58+(yard_pipe_diam/12)/2)*(C55+C57)/2*C56/27","v":5.0410907934552354},"cy"]
["Trench Cross-section Area","trench_area",{"$f":"(yard_pipe_diam/12+2)*(bedding_depth/12+yard_pipe_diam/12+trench_depth/12)+(bedding_depth/12+yard_pipe_diam/12+trench_depth/12)^2*TAN(trench_angle)","v":33},"square ft"]
["Trench Volume Source Water",null,{"$f":"trench_area*yard_in/27","v":0},"cy"]
["Trench Volume Influent and Treated Water",null,{"$f":"((2*non_fire_buffer)+2*(build1_fp^0.5)/4)*trench_area/27","v":57.46707043270429},"cy"]
["Trench Volume Between Buildings",null,{"$f":"IF(build2_fp=0,0,((2*non_fire_buffer)+2*(build2_fp^0.5)/4)*trench_area/27)","v":0},"cy"]
["Trench Volume to Distribution Network",null,{"$f":"trench_area*yard_out/27","v":0},"cy"]
["Trench Volume total","trench_vol",{"$f":"SUM(C61:C64)+block_vol","v":62.508161226159523},"cy"]
["Equivalent pipe length","yard_pipe_length",{"$f":"yard_in+yard_out+2*((2*non_fire_buffer)+2*(build1_fp^0.5)/4+IF(build2_fp=0,0,((2*non_fire_buffer)+2*(build2_fp^0.5)/4))+2*(trench_depth+yard_pipe_diam)/12)","v":110.03702434442519},"lf"]
["Bedding cross sectional surface area",null,{"$f":"(yard_pipe_diam/12+2)*(bedding_depth/12+yard_pipe_diam/12*bedding_pct)+(bedding_depth/12+yard_pipe_diam/12*bedding_pct)^2*TAN(trench_angle)-((yard_pipe_diam/12/2)^2*ACOS((yard_pipe_diam/12/2-bedding_pct*yard_pipe_diam/12)/(yard_pipe_diam/12/2))-(yard_pipe_diam/12/2-yard_pipe_diam/12*bedding_pct)*((2*yard_pipe_diam/12/2*yard_pipe_diam/12*bedding_pct-(yard_pipe_diam/12*bedding_pct)^2)^0.5))","v":2.4020512414402124},"square ft"]
["Bedding volume","bedding_vol",{"$f":"C67*yard_pipe_length/2/27","v":4.8947142764983971},"cy"]
[]
["Costs"]
["Bedding cost",null,{"$f":"VLOOKUP(0,bedding_cost_cl,3)*bedding_vol","v":221.97529243920232}]
["Excavation cost",null,{"$f":"trench_vol*VLOOKUP(0,excavate_cost_cl,3)","v":1930.2520186638058}]
["Backfill cost",null,{"$f":"trench_vol*VLOOKUP(0,backfill_cost_cl,3)","v":1165.7772068678751}]
["Thrust block cost",null,{"$f":"block_vol*VLOOKUP(0,conc_basin_cost_cl,3)","v":3728.4189242229577}]
["Pipe cost",null,{"$f":"yard_pipe_length*SUMPRODUCT(OUTPUT!I60:I64,OUTPUT!L60:L64)","v":2107.0100984155388},null,"Based on output sheet selection for influent and treated water pipe"]
["Total yard piping cost","yard_cost",{"$f":"SUM(C71:C75)","v":9153.4335406093796}]
[]
["Permits"]
["Building #1 value",null,{"$f":"SUMPRODUCT(OUTPUT!J178:J190,OUTPUT!L178:L190)","v":248429.63189775002},null,"Determined using Use? Column of output sheet"]
["Building #2 value",null,{"$f":"SUMPRODUCT(OUTPUT!J192:J204,OUTPUT!L192:L204)","v":0},null,"Determined using Use? Column of output sheet"]
["Building permit cost",null,{"$f":"VLOOKUP(design_flow,UBC_mult_table_cl,3)*(BPCost_UBC97(C79)+BPCost_UBC97(C80))","v":2925.04},null,"Uses custom function to apply formula and multiplier documented in Abt Associates, 2020, Permitting Requirement Costs for Drinking Water Treatment Cost Models. Prepared for USEPA. October."]
["Storm water permit cost",null,{"$f":"VLOOKUP(land_required,SW_permit_cost_cl,2)","v":0},null,"Applies to systems requiring 1 acre of land or greater"]
["Risk management plan",null,0,null,"Not applicable for this technology"]
["NEPA compliance",null,{"$f":"CHOOSE(include_NEPA,0,VLOOKUP(land_required,NEPA_cost_cl,2),0)","v":0},null,"Included only if technology discharges to surface water or if assumption \"include_NEPA\" is changed on CDA sheet"]
["Total permit cost","permit_cost",{"$f":"SUM(C81:C84)","v":2925.04}]
[]
["Construction Management and General Contractor Job Overhead"]
["Builder's risk insurance percentage",null,{"$f":"br_ins_pct*direct_cost","v":10797.982061004119}]
["Performance bond cost",null,{"$f":"include_bond*(VLOOKUP(direct_cost,performance_bond_table_cl,3)+VLOOKUP(direct_cost,performance_bond_table_cl,4)*(direct_cost-VLOOKUP(direct_cost,performance_bond_table_cl,5)))","v":33569.078075744379},null,"Bracket determined from direct capital cost"]
["Construction management percentage",null,{"$f":"VLOOKUP(direct_cost,construction_mgt_table_cl,3)","v":0.05},null,"Looked up from direct capital cost"]
["Construction management fee",null,{"$f":"include_cm*C90*direct_cost","v":158793.85383829588}]
["Total construction management/job overhead cost","cm_cost",{"$f":"SUM(C88:C89,C91)","v":203160.91397504439}]
[]
["Percent Contributions to Annualized Cost"]
["Total annualized cost percent capital","TAC_pct_cap",{"$f":"Annualized_Capital_Cost/Annualized_Cost","v":0.45910580362583392}]
["Total annualized cost percent O&M","TAC_pct_OM",{"$f":"OM_cost/Annualized_Cost","v":0.54089419637416614}]

{"sheet":"AOP References","index":14,"n_rows":427,"n_cols":19,"rows_kept":427,"cut":false,"hidden":false,"merged":[]}
["AOP References"]
["This sheet contains data from the literature on EED and EE/O under different treatment conditions"]
["ShortSource","FullSource","Publication Type","Primary/Secondary (secondary reports another study's results)","Contaminant","CAS","Lamp Type","Cont Conc (uM)","Cont Conc (mg/L)","Cont Log Removal","Oxidant Conc (mM)","Oxidant Conc (mg/L)","Oxidant","pH","Water matrix","EED (kWh/kgal)","EED (kWh/m3)","EE/O (kWh/kgal/order)","Other Notes"]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.63,0.3852179,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,14.6]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.43,0.33795190000000003,null,4,136.04,"Hydrogen Peroxide",8.3000000000000007,"Distilled",null,null,12.6]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.42,0.33558859999999996,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,6.3]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.55,0.36631150000000001,null,4,136.04,"Hydrogen Peroxide",8.5,"Distilled",null,null,4.7699999999999996]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.83,0.43248390000000009,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.67]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.77,0.41830410000000001,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.6]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.5,0.354495,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.63]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.52,0.35922160000000003,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,4.53]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",3.06,0.72316979999999997,null,4,136.04,"Hydrogen Peroxide",8.5,"Distilled",null,null,5.47]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.1100000000000001,0.26232630000000007,null,0.1,3.4009999999999998,"Hydrogen Peroxide",8.1,"Distilled",null,null,1.5]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.47,0.34740510000000002,null,0.1,3.4009999999999998,"Hydrogen Peroxide",8.4,"Distilled",null,null,1.43]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.35,0.31904550000000004,null,0.1,3.4009999999999998,"Hydrogen Peroxide",8,"Distilled",null,null,1.43]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.32,0.3119556,null,0.1,3.4009999999999998,"Hydrogen Peroxide",8.1999999999999993,"Distilled",null,null,1.7]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.1399999999999999,0.26941619999999999,null,0.1,3.4009999999999998,"Hydrogen Peroxide",8.1999999999999993,"Distilled",null,null,2.4300000000000002]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.81,0.42775730000000006,null,4,136.04,"Hydrogen Peroxide",8.3000000000000007,"Distilled",null,null,10.3]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",2.08,0.49156640000000007,null,4,136.04,"Hydrogen Peroxide",8.3000000000000007,"Distilled",null,null,8.17]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.23,0.2906859,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.7]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.33,0.31431890000000007,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.47]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.18,0.27886939999999999,null,4,136.04,"Hydrogen Peroxide",8.5,"Distilled",null,null,4.2300000000000004]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.1599999999999999,0.27414280000000002,null,4,136.04,"Hydrogen Peroxide",8.3000000000000007,"Distilled",null,null,4.47]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.8,0.42539399999999999,null,4,136.04,"Hydrogen Peroxide",8.1999999999999993,"Distilled",null,null,7.23]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.38,0.32613540000000002,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.2]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.23,0.2906859,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.7]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.1599999999999999,0.27414280000000002,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.83]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.83,0.43248390000000009,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.67]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.0900000000000001,0.25759970000000004,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.83]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.33,0.31431890000000007,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.47]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.44,0.34031519999999998,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.5]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.77,0.41830410000000001,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.6]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",2.34,0.55301219999999995,null,0.01,0.34010000000000001,"Hydrogen Peroxide",7.2,"Distilled",null,null,1.7]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.91,0.45139030000000002,null,1,34.01,"Hydrogen Peroxide",8.1,"Distilled",null,null,2.17]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.42,0.33558859999999996,null,2,68.02,"Hydrogen Peroxide",8.4,"Distilled",null,null,2.6]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.83,0.43248390000000009,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.67]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.01,0.23869330000000002,null,4,136.04,"Hydrogen Peroxide",10.4,"Distilled",null,null,16.399999999999999]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.04,0.24578320000000003,null,4,136.04,"Hydrogen Peroxide",9.4,"Distilled",null,null,10.7]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.83,0.43248390000000009,null,4,136.04,"Hydrogen Peroxide",8.4,"Distilled",null,null,3.67]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.02,0.24105660000000001,null,4,136.04,"Hydrogen Peroxide",7.4,"Distilled",null,null,2.93]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.1499999999999999,0.27177950000000001,null,4,136.04,"Hydrogen Peroxide",6.4,"Distilled",null,null,1.97]
["Crittenden1999_AKineticModel","Crittenden, JC, S. Hu, DW Hand, & SA Green. \"A Kinetic Model for H2O2/UV Process in a Completely Mixed Batch Reactor.\" Wat. Res. Vol. 33, No. 10, pp. 2315-2328, 1999","Journal","Secondary","DBCP","96-12-8","LP",1.32,0.3119556,null,4,136.04,"Hydrogen Peroxide",5.4,"Distilled",null,null,1.77]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",1000,74.08,null,null,0,"None",3,"Distilled",null,1.04,{"$f":"+Q43/0.264","v":3.9393939393939394}]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",100,7.4080000000000004,null,null,0,"None",3,"Distilled",null,0.53,{"$f":"+Q44/0.264","v":2.0075757575757578}]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",10,0.7407999999999999,null,null,0,"None",3,"Distilled",null,0.34,1.2878787878787878]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",1,7.4079999999999993E-2,null,null,0,"None",3,"Distilled",null,0.34,1.2878787878787878]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",1000,74.08,null,null,0,"None",7,"Distilled",null,4.3,16.287878787878785]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",1000,74.08,null,null,0,"None",7,"Distilled",null,29.6,112.12121212121212]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",100,7.4080000000000004,null,null,0,"None",7,"Distilled",null,1.63,6.1742424242424239]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",10,0.7407999999999999,null,null,0,"None",7,"Distilled",null,1.29,4.8863636363636367]
["Stefan2002_UVDirectPhotolysis","Stefan, MI & JR Bolton. \"UV Direct Photolysis of N-Nitrosodimethylamine (NDMA): Kinetic and Product Study.\" Helvetica Chimica Acta, 85 (2002) 1416-1426.","Journal","Primary","NDMA","62-75-9","MP",1,7.4079999999999993E-2,null,null,0,"None",7,"Distilled",null,0.53,2.0075757575757578]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,null,0,"None",5.36,"Electrolyte",null,12,45.454545454545453]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,null,0,"None",8.69,"Synthetic groundwater",null,17,64.393939393939391]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,null,0,"None",8.5500000000000007,"Synthetic surface water",null,28,106.06060606060606]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,null,0,"None",8.17,"Wastewater effluent",null,27,102.27272727272727]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,0.5,17.004999999999999,"Hydrogen Peroxide",5.36,"Electrolyte",null,0.2,0.75757575757575757]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,0.5,17.004999999999999,"Hydrogen Peroxide",8.69,"Synthetic groundwater",null,2,7.5757575757575752]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,0.5,17.004999999999999,"Hydrogen Peroxide",8.5500000000000007,"Synthetic surface water",null,1.08,4.0909090909090908]
["Barazesh2015_ModularAOP","Barazesh, JM, T Henneble, JT Jasper & DL Sedlak. \"Modular Advanced Oxidation Process Enabled by Cathodic Hydrogen Peroxide Production.\" Env. Sci. & Tech. 2015 (49) 7391-7399.","Journal","Primary","Carbamazepine","298-46-4","LP",null,0.01,null,0.5,17.004999999999999,"Hydrogen Peroxide",8.17,"Wastewater effluent",null,2.84,10.757575757575756]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","MTBE","1634-04-4","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,1.8,6.8181818181818183]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Alachlor","15972-60-8","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.71,2.689393939393939]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,1.06,4.0151515151515156]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Cyanazine","21725-46-2","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,1.47,5.5681818181818175]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metazachlor",null,"MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.57999999999999996,2.1969696969696968]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Erythromycine","114-07-8","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,1,3.7878787878787876]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Bezafibrate","41859-67-0","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.64,2.4242424242424243]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Carbamazepine","298-46-4","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.77,2.9166666666666665]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Diclofenac","15307-86-5","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.27,1.0227272727272727]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.57999999999999996,2.1969696969696968]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Lincomycine","154-21-2","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.48,1.8181818181818181]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metropolol","51384-51-1","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.78,2.9545454545454546]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Phenazone","60-80-0","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.66,2.5]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sotalol","3930-20-9","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.38,1.4393939393939394]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sulfamethoxazole","723-46-6","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.53,2.0075757575757578]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","MTBE","1634-04-4","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,2,7.5757575757575752]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Alachlor","15972-60-8","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.35,1.3257575757575757]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Atrazine","1912-24-9","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.62,2.3484848484848482]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Cyanazine","21725-46-2","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.8,3.0303030303030303]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metazachlor",null,"LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.34,1.2878787878787878]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Erythromycine","114-07-8","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.42,1.5909090909090908]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Bezafibrate","41859-67-0","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.26,0.98484848484848486]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Carbamazepine","298-46-4","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.4,1.5151515151515151]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Diclofenac","15307-86-5","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.1,0.37878787878787878]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.32,1.2121212121212122]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Lincomycine","154-21-2","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.24,0.90909090909090906]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metropolol","51384-51-1","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.43,1.6287878787878787]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Phenazone","60-80-0","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.3,1.1363636363636362]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sotalol","3930-20-9","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.2,0.75757575757575757]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sulfamethoxazole","723-46-6","LP",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.14000000000000001,0.53030303030303028]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","MTBE","1634-04-4","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,1.1200000000000001,4.2424242424242422]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Alachlor","15972-60-8","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.4,1.5151515151515151]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Atrazine","1912-24-9","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.59,2.2348484848484844]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Cyanazine","21725-46-2","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.74,2.8030303030303028]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metazachlor",null,"DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.34,1.2878787878787878]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Erythromycine","114-07-8","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.6,2.2727272727272725]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Bezafibrate","41859-67-0","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.59,2.2348484848484844]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Carbamazepine","298-46-4","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.38,1.4393939393939394]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Diclofenac","15307-86-5","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.12,0.45454545454545453]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Ibuprofen","15687-27-1","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.4,1.5151515151515151]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Lincomycine","154-21-2","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.26,0.98484848484848486]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Metropolol","51384-51-1","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.42,1.5909090909090908]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Phenazone","60-80-0","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.36,1.3636363636363635]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sotalol","3930-20-9","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.2,0.75757575757575757]
["Beerendonk2009_NewDBDLamp","Beerendonk, EF, DJ Harmsen, DH Metz, AH Knol, J Geboers & GF IJpelaar. \"New DBD-lamp combines the advantages of the mercury LP and MP UV lamps for UV/H2O2 oxidation.\" WQTC Seattle, November 2009.","Proceedings","Primary","Sulfamethoxazole","723-46-6","DBD",null,null,null,null,10,"Hydrogen Peroxide",null,"Pre-treated water Dunea",null,0.34,1.2878787878787878]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.4,5.3030303030303028]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.6,6.0606060606060606]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.35,5.1136363636363633]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1,3.7878787878787876]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.7,2.6515151515151514]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,1,3.7878787878787876]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.8,3.0303030303030303]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.6,2.2727272727272725]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,0.45,1.7045454545454546]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,0.4,1.5151515151515151]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,0.4,1.5151515151515151]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,0.3,1.1363636363636362]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.3,1.1363636363636362]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.3,1.1363636363636362]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.2,0.75757575757575757]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"GAC pretreatment",null,0.2,0.75757575757575757]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.6,6.0606060606060606]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.7,6.4393939393939386]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.2,4.545454545454545]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"No pretreatment",null,1.1000000000000001,4.166666666666667]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"Ion exchange pretreatment",null,1,3.7878787878787876]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"Ion exchange pretreatment",null,1.2,4.545454545454545]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,0.02,null,null,10,"Hydrogen Peroxide",null,"Ion exchange pretreatment",null,0.8,3.0303030303030303]
["Bertelkamp2010_GACFiltration","Bertelkamp, C, K Lekkerkerker-Tenissen, AH Knol, JQJC Verberk, JC van Dijk & CJ Houtman. \"Granular Activated Carbon Filtration or Ion Exchange as Pre-Treatment Option for the Advanced Oxidation Process; Advantages and Limitations.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",null,"Ion exchange pretreatment",null,1.3,4.9242424242424239]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,0.48,1.8181818181818181]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,0.46,1.7424242424242424]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,0.02,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,0.41,1.5530303030303028]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","LP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,0.26,0.98484848484848486]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Atrazine","1912-24-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,1.45,5.4924242424242422]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Bromacil","314-40-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,1.63,6.1742424242424239]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","Ibuprofen","15687-27-1","MP",null,0.02,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,1.54,5.833333333333333]
["Lekkerkerker-Teunissen2010_Performance",", K, AH Knol, JG Derks, CJ Houtman, EF Beerendonk, JQJC Verberk & JC van Dijk. \"Performance comparison of LP vs MP UV lamps for advanced oxidation process.\" WQTC 2010.","Proceedings","Primary","NDMA","62-75-9","MP",null,0.01,null,null,10,"Hydrogen Peroxide",7.9,"No pretreatment",null,0.99,3.75]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","NDMA","62-75-9","MP",null,0.5,null,null,6,"Hydrogen Peroxide",null,"Lake Ijssel (coagulation and sand filtration=4 mg/L DOC and 6 mg/L NO3)",null,1.24,4.6969696969696964]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","NDMA","62-75-9","MP",null,0.5,null,null,3,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,0.5,1.8939393939393938]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","NDMA","62-75-9","MP",null,0.5,null,null,5,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,0.41,1.5530303030303028]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","NDMA","62-75-9","MP",null,0.5,null,null,15,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,0.41,1.5530303030303028]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","1,4-Dioxane","123-91-1","MP",null,0.2,null,null,6,"Hydrogen Peroxide",null,"Lake Ijssel (coagulation and sand filtration=4 mg/L DOC and 6 mg/L NO3)",null,3,11.363636363636363]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","1,4-Dioxane","123-91-1","MP",null,0.2,null,null,3.5,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,2.5,9.4696969696969688]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","1,4-Dioxane","123-91-1","MP",null,0.2,null,null,5,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,1.4,5.3030303030303028]
["Martijn2010_ImpactOfIX-UF","Martijn, BJ, AL Fuller, JP Malley, and JC Kruithof. \"Impact of IX-UF Pretreatment on the Feasibility of UVH2O2 Treatment for Degradation of NDMA and 1,4-Dioxane\", Ozone Science & Engineering (2010) 32: 383-390","Journal","Primary","1,4-Dioxane","123-91-1","MP",null,0.2,null,null,15,"Hydrogen Peroxide",null,"Lake Ijssel (ion exchange and ultrafiltration=3 mg/L DOC and 2 mg/L nitrate)",null,0.6,2.2727272727272725]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.3,1.1363636363636362]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","LP",null,4.0000000000000001E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.48,1.8181818181818181]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.2,0.75757575757575757]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","LP",null,0.04,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.2,0.75757575757575757]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","LP",null,1E-4,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.17,0.64393939393939392]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.17,0.64393939393939392]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","LP",null,0.01,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.27,1.0227272727272727]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.18,0.68181818181818177]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","LP",null,4.0000000000000001E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.31,1.1742424242424241]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.1,0.37878787878787878]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","LP",null,0.04,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.12,0.45454545454545453]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","LP",null,1E-4,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.1,0.37878787878787878]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","LP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.1,0.37878787878787878]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","LP",null,0.01,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.17,0.64393939393939392]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.59,2.2348484848484844]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","MP",null,4.0000000000000001E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,1.42,5.378787878787878]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.35,1.3257575757575757]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","MP",null,0.04,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.49,1.856060606060606]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","MP",null,1E-4,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.31,1.1742424242424241]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.43,1.6287878787878787]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","MP",null,0.01,null,null,10,"Hydrogen Peroxide","7.2-8.2","Greater Cincinnati Ohio River conventional treatment (1.2<TOC<2.6 mg/L)",null,0.54,2.0454545454545454]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.41,1.5530303030303028]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","MP",null,4.0000000000000001E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.9,3.4090909090909092]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.23,0.87121212121212122]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","MP",null,0.04,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.32,1.2121212121212122]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","MP",null,1E-4,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.25,0.94696969696969691]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","MP",null,2E-3,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.27,1.0227272727272727]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","MP",null,0.01,null,null,10,"Hydrogen Peroxide","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.43,1.6287878787878787]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","MP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.72,2.7272727272727271]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","MP",null,4.0000000000000001E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,4.42,16.742424242424242]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","MP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.42,1.5909090909090908]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","MP",null,0.04,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,1.4,5.3030303030303028]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","MP",null,1E-4,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.36,1.3636363636363635]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","MP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,1.0900000000000001,4.1287878787878789]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","MP",null,0.01,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,1.02,3.8636363636363633]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Atrazine","1912-24-9","LP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.56000000000000005,2.1212121212121211]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MTBE","1634-04-4","LP",null,4.0000000000000001E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,1.31,4.9621212121212119]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Metolachlor","51218-45-2","LP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.3,1.1363636363636362]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","MIB","2371-42-8","LP",null,0.04,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.82,3.1060606060606055]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","EE2","57-63-6","LP",null,1E-4,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.19,0.71969696969696972]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Gemfibrozil","25812-30-0","LP",null,2E-3,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.63,2.3863636363636362]
["Metz2012_Dissertation","Metz, Deborah H. The Effect of Natural Organic Matter on UV/H2O2 Treatment and the Effect of UV/H2O2 Treatment on Natural Organic Matter. 2012 PhD Dissertation at University of Cincinnati","Dissertation","Primary","Ibuprofen","15687-27-1","LP",null,0.01,null,null,0,"None","7.3-8.3","Greater Cincinnati Ohio River GAC treatment (0.4<TOC<1.4 mg/L)",null,0.68,2.5757575757575757]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","NDMA","62-75-9","LP",null,0.8,null,null,0,"None",null,"UF/RO at 100 gpm",null,null,0.16]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","NDMA","62-75-9","LP",null,0.8,null,null,0,"None",null,"UF/RO at 80 gpm",null,null,0.18]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Caffeine","58-08-2","LP",null,"0.28-0.99",null,null,0,"None",null,"UF/RO at 100 gpm",null,null,2.12]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","TCEP","115-96-8","LP",null,"0.28-0.99",null,null,0,"None",null,"UF/RO at 100 gpm",null,null,8.85]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","DEET","134-62-3","LP",null,"0.28-0.99",null,null,0,"None",null,"UF/RO at 100 gpm",null,null,1.24]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Iopromide","73334-07-3","LP",null,"0.28-0.99",null,null,0,"None",null,"UF/RO at 100 gpm",null,null,0.17]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,"0.28-0.99",null,null,0,"None",null,"UF/RO at 100 gpm",null,null,1.55]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","TCEP","115-96-8","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,1.0900000000000001]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","DEET","134-62-3","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.09]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Oxybenzone","131-57-7","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.08]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Estrone","53-16-7","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.1]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Iopromide","73334-07-3","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.1]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Ibuprofen","15687-27-1","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.08]
["Oppenheimer2006_EvaluatingEffect","Oppenheimer, J, K-P Chiu, J DeCarolis, M Kumar, S Adham, S Snyder & W Pearce. \"Evaluating the Effect of UV Peroxide for Control of NDMA on Endocrine Disrupters, Pharmaceuticals, and Personal Care Products.\" AWWA Annual Conference 2006.","Proceedings","Primary","Triclosan","3380-34-5","LP",null,"0.28-0.99",null,null,5,"Hydrogen Peroxide",null,"UF/RO at 100 gpm",null,null,0.08]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,4-Dioxane","123-91-1","LPHO",null,null,null,null,2,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.18,"150 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,4-Dioxane","123-91-1","LPHO",null,null,null,null,2,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.15,"200 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,4-Dioxane","123-91-1","LPHO",null,null,null,null,4,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.15,"150 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,4-Dioxane","123-91-1","LPHO",null,null,null,null,4,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.13,"200 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,4-Dioxane","123-91-1","LPHO",null,null,null,null,6,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.13,"200 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,1-Dichloroethane","75-34-3","LPHO",null,null,null,null,6,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,1.45,"200 gpm"]
["Rocarro2012_AdvOxForDioxane","Rocarro, J, P Brandt, S Meyerdierks, E Rosenfeldt & A Royce. \"Advanced Oxidation for 1, 4 Dioxane and VOC Removal From Drinking Water:  Results of a Demonstration-Scale Pilot Study.\" AWWA Annual Conference 2012.","Proceedings","Primary","1,1-Dichloroethylene","75-35-4","LPHO",null,null,null,null,6,"Hydrogen Peroxide",null,"groundwater with >99% UV transmissivity and low OH scavenging potential; numbers for full ballast power",null,null,0.12,"200 gpm"]
["SanDiego2007_AdvWaterTreatment","Montgomery Watson Harza. Final Report: City of San Diego Advanced Water Treatment Research Studies. August 2007.","Report","Primary","NDMA","62-75-9","LPHO",null,null,null,null,5,"Hydrogen Peroxide",null,"UF/RO",null,null,0.17]
["SanDiego2007_AdvWaterTreatment","Montgomery Watson Harza. Final Report: City of San Diego Advanced Water Treatment Research Studies. August 2007.","Report","Primary","Caffeine","58-08-2","LPHO",null,null,null,null,5,"Hydrogen Peroxide",null,"UF/RO",null,null,0.11]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Naproxen","22204-53-1","MP",null,25,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,2.6,9.8484848484848477]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Diclofenac","15307-86-5","MP",null,40,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,3.5,13.257575757575758]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Caffeine","58-08-2","MP",null,20,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,7.1,26.893939393939391]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Gemfibrozil","25812-30-0","MP",null,40,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,3.1,11.742424242424242]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Ibuprofen","15687-27-1","MP",null,40,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,4.3,16.287878787878785]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","2,4-Dichlorophenoxyacetic acid","94-75-7","MP",null,30,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,3.7,14.015151515151516]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","2,4-Dichlorophenol","120-83-2","MP",null,30,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,4.9000000000000004,18.560606060606062]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Mecoprop","93-65-2","MP",null,27,null,null,25,"Hydrogen Peroxide",7,"Ultrapure",null,1.3,4.9242424242424239]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Naproxen","22204-53-1","MP",null,25,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,1.9,7.1969696969696964]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Diclofenac","15307-86-5","MP",null,40,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,3.7,14.015151515151516]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Caffeine","58-08-2","MP",null,20,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,5,18.939393939393938]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Gemfibrozil","25812-30-0","MP",null,40,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,2.4,9.0909090909090899]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Ibuprofen","15687-27-1","MP",null,40,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,3.5,13.257575757575758]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","2,4-Dichlorophenoxyacetic acid","94-75-7","MP",null,30,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,3.2,12.121212121212121]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","2,4-Dichlorophenol","120-83-2","MP",null,30,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,2.8,10.606060606060606]
["Shu2013_Photodegradation","Shu, Z, JR Bolton, M Belosevic & MG El Din. \"Photodegradation of emerging micropollutants using the medium-pressure UV/H2O2 Advanced Oxidation Process.\" Water Research 47 (2013) 2881-2889.","Journal","Primary","Mecoprop","93-65-2","MP",null,27,null,null,50,"Hydrogen Peroxide",7,"Ultrapure",null,1.4,5.3030303030303028]
["Swaim2008_ImplementingEffectiveUVAOP","Swaim, PD, R Morgan, L Foster, P Mueller, M Vorissis & W Carter. \"Implementing an Effective UV Advanced Oxidation Process.\" 2008 WQTC Proceedings.","Proceedings","Primary","NDMA","62-75-9","LPHO",null,null,null,null,5,"Hydrogen Peroxide",null,"ARPWF riverbank filtration",null,null,0.72]
["Swaim2008_ImplementingEffectiveUVAOP","Swaim, PD, R Morgan, L Foster, P Mueller, M Vorissis & W Carter. \"Implementing an Effective UV Advanced Oxidation Process.\" 2008 WQTC Proceedings.","Proceedings","Primary","NDMA","62-75-9","LPHO",null,null,null,null,5,"Hydrogen Peroxide",null,"Oxnard MF/UF/RO",null,null,0.36]
["Swaim2008_ImplementingEffectiveUVAOP","Swaim, PD, R Morgan, L Foster, P Mueller, M Vorissis & W Carter. \"Implementing an Effective UV Advanced Oxidation Process.\" 2008 WQTC Proceedings.","Proceedings","Primary","NDMA","62-75-9","LPHO",null,null,null,null,5,"Hydrogen Peroxide",null,"Luggage Point MF/RO",null,null,0.36]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","2-Methylisoborneol","2371-42-8","LP",null,null,null,null,10,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.25,0.94696969696969691]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","Geosmin","19700-21-1","LP",null,null,null,null,10,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.2,0.75757575757575757]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","1,4-Dioxane","123-91-1","LP",null,null,null,null,10,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.45,1.7045454545454546]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","2-Methylisoborneol","2371-42-8","LP",null,null,null,null,5,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.42,1.5909090909090908]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","Geosmin","19700-21-1","LP",null,null,null,null,5,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.32,1.2121212121212122]
["Wang2015_APilotScaleInvestigation","Wang, J, A Ried, H Stapel, Y Zhang M Chen, WS Ang, R Xie, A Duarah, L Zhang & MH Lim. \"A pilot-scale investigation of ozonation and advanced oxidation processes at Choa Chu Kang Waterworks.\" Water Practice & Technology vol 10, no 1 (2015) 43-49.","Journal","Primary","1,4-Dioxane","123-91-1","LP",null,null,null,null,5,"Hydrogen Peroxide","6.2-7.0","UVT=90-92%, sand-filtered or sand-filtered/MF",null,0.88,3.333333333333333]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atenolol","29122-68-7","MP",null,8.3000000000000004E-2,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,1.5,5.6818181818181817]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atrazine","1912-24-9","MP",null,0.14000000000000001,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,4,15.15151515151515]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Carbamazepine","298-46-4","MP",null,0.22,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,2.5,9.4696969696969688]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Dilantin","57-41-0","MP",null,9.8000000000000004E-2,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,2,7.5757575757575752]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Meprobamate","57-53-4","MP",null,0.34499999999999997,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,7,26.515151515151516]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Primidone","125-33-7","MP",null,0.51,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,4,15.15151515151515]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCEP","115-96-8","MP",null,1.3,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,40,151.5151515151515]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCPP","13674-84-5","MP",null,1.3,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,20,75.757575757575751]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Trimethoprim","738-70-5","MP",null,0.36,null,null,0,"None",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.8,3.0303030303030303]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atenolol","29122-68-7","MP",null,8.3000000000000004E-2,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.5,1.8939393939393938]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atrazine","1912-24-9","MP",null,0.14000000000000001,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,1.2,4.545454545454545]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Carbamazepine","298-46-4","MP",null,0.22,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.4,1.5151515151515151]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Dilantin","57-41-0","MP",null,9.8000000000000004E-2,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.4,1.5151515151515151]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Meprobamate","57-53-4","MP",null,0.34499999999999997,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,1,3.7878787878787876]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Primidone","125-33-7","MP",null,0.51,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.6,2.2727272727272725]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCEP","115-96-8","MP",null,1.3,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,10,37.878787878787875]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCPP","13674-84-5","MP",null,1.3,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,4,15.15151515151515]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Trimethoprim","738-70-5","MP",null,0.36,null,null,10,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.5,1.8939393939393938]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atenolol","29122-68-7","MP",null,8.3000000000000004E-2,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.3,1.1363636363636362]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Atrazine","1912-24-9","MP",null,0.14000000000000001,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.9,3.4090909090909092]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Carbamazepine","298-46-4","MP",null,0.22,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.3,1.1363636363636362]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Dilantin","57-41-0","MP",null,9.8000000000000004E-2,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.3,1.1363636363636362]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Meprobamate","57-53-4","MP",null,0.34499999999999997,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.7,2.6515151515151514]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Primidone","125-33-7","MP",null,0.51,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.5,1.8939393939393938]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCEP","115-96-8","MP",null,1.3,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,7,26.515151515151516]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","TCPP","13674-84-5","MP",null,1.3,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,3,11.363636363636363]
["Benotti2009_EvaluationofaPhotocatalytic","Benotti, MJ, BD Stanford, EC Wert & SA Snyder. \"Evaluation of a photocatalytic reactor membrane pilot system for the removal of pharmaceuticals and endocrine disrupting compounds from water.\" Water Research 43 (2009) 1513-1522.","Journal","Primary","Trimethoprim","738-70-5","MP",null,0.36,null,null,20,"Hydrogen Peroxide",8,"Lake Mead water (TOC=2.6 mg/L, Alkalinity=137 mg/L)",null,0.3,1.1363636363636362]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (raw water)",null,null,1.1000000000000001]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (NaIX)",null,null,1]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",4.6500000000000004,"Charnock wellfield MODEL results (NaIX+dealkalization)",null,null,0.77]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",9.1,"Charnock wellfield MODEL results (pellet treatment)",null,null,1.4]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",4.75,"Charnock wellfield MODEL results (pellet+dealkalization)",null,null,0.77]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",6,"Charnock wellfield MODEL results (WAIX)",null,null,0.83]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",4.4000000000000004,"Charnock wellfield MODEL results (WAIX+dealkalization)",null,null,0.77]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",7,"Charnock wellfield MODEL results (RO treatment)",null,null,0.15]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","LP",null,0.3,null,null,10,"Hydrogen Peroxide",4.5,"Charnock wellfield MODEL results (RO+dealkalization)",null,null,0.11]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (raw water)",null,null,4.4000000000000004]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (NaIX)",null,null,4]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",4.6500000000000004,"Charnock wellfield MODEL results (NaIX+dealkalization)",null,null,3]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",9.1,"Charnock wellfield MODEL results (pellet treatment)",null,null,5.3]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",4.75,"Charnock wellfield MODEL results (pellet+dealkalization)",null,null,3]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",6,"Charnock wellfield MODEL results (WAIX)",null,null,3.1]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",4.4000000000000004,"Charnock wellfield MODEL results (WAIX+dealkalization)",null,null,3]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",7,"Charnock wellfield MODEL results (RO treatment)",null,null,0.49]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","LP",null,0.03,null,null,10,"Hydrogen Peroxide",4.5,"Charnock wellfield MODEL results (RO+dealkalization)",null,null,0.28999999999999998]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (raw water)",null,null,7.3]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (NaIX)",null,null,6.2]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",4.6500000000000004,"Charnock wellfield MODEL results (NaIX+dealkalization)",null,null,4.5999999999999996]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",9.1,"Charnock wellfield MODEL results (pellet treatment)",null,null,8.3000000000000007]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",4.75,"Charnock wellfield MODEL results (pellet+dealkalization)",null,null,4.5999999999999996]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",6,"Charnock wellfield MODEL results (WAIX)",null,null,5.2]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",4.4000000000000004,"Charnock wellfield MODEL results (WAIX+dealkalization)",null,null,4.5999999999999996]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",7,"Charnock wellfield MODEL results (RO treatment)",null,null,0.99]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","MTBE","1634-04-4","MP",null,0.3,null,null,10,"Hydrogen Peroxide",4.5,"Charnock wellfield MODEL results (RO+dealkalization)",null,null,0.48]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (raw water)",null,null,23]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",7.6,"Charnock wellfield MODEL results (NaIX)",null,null,18]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",4.6500000000000004,"Charnock wellfield MODEL results (NaIX+dealkalization)",null,null,15]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",9.1,"Charnock wellfield MODEL results (pellet treatment)",null,null,27]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",4.75,"Charnock wellfield MODEL results (pellet+dealkalization)",null,null,15]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",6,"Charnock wellfield MODEL results (WAIX)",null,null,16]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",4.4000000000000004,"Charnock wellfield MODEL results (WAIX+dealkalization)",null,null,15]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",7,"Charnock wellfield MODEL results (RO treatment)",null,null,2.8]
["Li2008_EvaluatingUV/H2O2Processes","Li, K, DR Hokanson, JC Crittenden, RR Trussell & D Minakata. \"Evaluating UV/H2O2 processes for methyl tert-butyl ether and tertiary butyl alcohol removal: Effect of pretreatment options and light sources.\" Water Research 42 (2008) 5045-5053.","Journal","Primary","Tertiary Butyl Alcohol","75-65-0","MP",null,0.03,null,null,10,"Hydrogen Peroxide",4.5,"Charnock wellfield MODEL results (RO+dealkalization)",null,null,1.3]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Benzotriazole","95-14-7","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.52,1.9696969696969697]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Tolybenzotriazole","29385-43-1","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.59,2.2348484848484844]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Desethylatrazine","6190-65-4","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,1,3.7878787878787876]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Carbamazepine","298-46-4","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.62,2.3484848484848482]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Sulfamethoxazole","723-46-6","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.28999999999999998,1.0984848484848484]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Diclofenac","15307-86-5","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.17,0.64393939393939392]
["Sichel2011_FeasibilityStudies","Sichel, C, C Garcia & K Andre. \"Feasibility Studies: UV/Chlorine Advanced Oxidation Treatment for the removal of emergin contaminants.\"","Journal","Primary","Iopamidole","60166-93-0","LP",null,null,null,null,5,"Hydrogen Peroxide",7,"Tap",null,0.42,1.5909090909090908]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.34,null,null,25,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater A",null,1.4,5.3030303030303028]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.34,null,null,25,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater A",null,4.8,18.18181818181818]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.34,null,null,50,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater A",null,1.2,4.545454545454545]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.34,null,null,50,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater A",null,3.8,14.393939393939393]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.96299999999999997,null,null,25,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater B",null,3.9,14.772727272727272]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.96299999999999997,null,null,25,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater B",null,8.1999999999999993,31.060606060606055]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.96299999999999997,null,null,50,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater B",null,3.9,14.772727272727272]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.96299999999999997,null,null,50,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater B",null,5.5,20.833333333333332]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.9000000000000001E-2,null,null,25,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater C",null,17.899999999999999,67.803030303030297]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.9000000000000001E-2,null,null,25,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater C",null,246.6,934.09090909090901]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.9000000000000001E-2,null,null,50,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater C",null,12.9,48.86363636363636]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,2.9000000000000001E-2,null,null,50,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater C",null,40.299999999999997,152.65151515151513]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.19800000000000001,null,null,25,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater D",null,3,11.363636363636363]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.19800000000000001,null,null,25,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater D",null,8.6,32.575757575757571]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.19800000000000001,null,null,50,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater D",null,2.1,7.9545454545454541]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,0.19800000000000001,null,null,50,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater D",null,5.4,20.454545454545453]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,3.3000000000000002E-2,null,null,25,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater E",null,1.7,6.4393939393939386]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,3.3000000000000002E-2,null,null,25,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater E",null,7.4,28.030303030303031]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,3.3000000000000002E-2,null,null,50,"Hydrogen Peroxide",7,"Contaminated Missouri groundwater E",null,1.2,4.545454545454545]
["Sutherland2004_TreatmentofMTBE","Sutherland, J, C Adams & J Kekobad. \"Treatment of MTBE by air stripping, carbon adsorption, and advanced oxidation: technical and economic comparison for five groundwaters.\" Water Research 38 (2004) 193-205.","Journal","Primary","MTBE","1634-04-4","MP",null,3.3000000000000002E-2,null,null,50,"Hydrogen Peroxide",9,"Contaminated Missouri groundwater E",null,5.3,20.075757575757574]
["Cotton2006_DualPurposeUVLight","Cotton, CA & JR Collins. \"Dual Purpose UV Light: Using UV light for Disinfection and for Taste and Odor Oxidation.\" AWWA WQTC 2006.","Proceedings","Secondary","MIB","2371-42-8","LP",null,null,null,null,null,"None"]
["Cotton2006_DualPurposeUVLight","Cotton, CA & JR Collins. \"Dual Purpose UV Light: Using UV light for Disinfection and for Taste and Odor Oxidation.\" AWWA WQTC 2006.","Proceedings","Secondary","Geosmin","19700-21-1","LP",null,null,null,null,null,"None"]
["Cotton2006_DualPurposeUVLight","Cotton, CA & JR Collins. \"Dual Purpose UV Light: Using UV light for Disinfection and for Taste and Odor Oxidation.\" AWWA WQTC 2006.","Proceedings","Secondary","MIB","2371-42-8","MP",null,null,null,null,null,"None"]
["Cotton2006_DualPurposeUVLight","Cotton, CA & JR Collins. \"Dual Purpose UV Light: Using UV light for Disinfection and for Taste and Odor Oxidation.\" AWWA WQTC 2006.","Proceedings","Secondary","Geosmin","19700-21-1","MP",null,null,null,null,null,"None"]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,3.6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,1.1000000000000001,4.166666666666667]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,3.6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,1,3.7878787878787876]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.6,2.2727272727272725]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.5,1.8939393939393938]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,8,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.6,2.2727272727272725]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,8,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.5,1.8939393939393938]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,9,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.7,2.6515151515151514]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,9,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.6,2.2727272727272725]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.5,1.8939393939393938]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,10,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.4,1.5151515151515151]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","MIB","2371-42-8","MP",null,null,null,null,12.6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.5,1.8939393939393938]
["Paradis2006_MitigationofTaste","Paradis, N & R Hofmann. \"Mitigation of Taste and Odour Compounds by UV/H2O2 Advanced Oxidation.\" 2006 AWWA WQTC.","Proceedings","Primary","Geosmin","19700-21-1","MP",null,null,null,null,12.6,"Hydrogen Peroxide",null,"Raw surface water from City of Cornwall",null,0.4,1.5151515151515151]
["Bradshaw2007_UVOxidationforGroundwater","Bradshaw, G. \"UV Oxidation for Groundwater Recharge Reuse at West Basin.\" 2007 AWWA WQTC.","Proceedings","Primary","NDMA","62-75-9","MP or LP",null,"0.076-0.120",null,null,0,"None",null,"RO from groundwater (TOC around 0.2 mg/L)",null,null,"0.17-0.23"]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","Atrazine","1912-24-9","LP",null,null,null,null,0,"None",6.8,"Durham filtered water",null,null,6]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","Atrazine","1912-24-9","LP",null,null,null,null,0,"None",8,"Synthetic water (NOM=2.56 mg/L)",null,null,6.8]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","Atrazine","1912-24-9","MP",null,null,null,null,0,"None",6.8,"Durham filtered water",null,null,5.5]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","Atrazine","1912-24-9","MP",null,null,null,null,0,"None",8,"Synthetic water (NOM=2.56 mg/L)",null,null,7.1]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","NDMA","62-75-9","LP",null,null,null,null,0,"None",6.8,"Durham filtered water",null,null,0.99]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","NDMA","62-75-9","LP",null,null,null,null,0,"None",8,"Synthetic water (NOM=2.56 mg/L)",null,null,1.1000000000000001]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","NDMA","62-75-9","MP",null,null,null,null,0,"None",6.8,"Durham filtered water",null,null,1.4]
["Sharpless2005_InterpretingCollimatedBeam","Sharpless, CM & KG Linden. \"Interpreting collimated beam ultraviolet photolysis rate data in terms of electrical efficiency of treatment.\" J. Environ. Eng. Sci. 4: S19–S26 (2005)","Journal","Primary","NDMA","62-75-9","MP",null,null,null,null,0,"None",8,"Synthetic water (NOM=2.56 mg/L)",null,null,2.6]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","MTBE","1634-04-4","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,1.42,5.378787878787878]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","MTBE","1634-04-4","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.9,3.4090909090909092]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Atrazine","1912-24-9","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.59,2.2348484848484844]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Atrazine","1912-24-9","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.41,1.5530303030303028]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Ibuprofen","15687-27-1","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.54,2.0454545454545454]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Ibuprofen","15687-27-1","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.43,1.6287878787878787]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Metolachlor","51218-45-2","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.35,1.3257575757575757]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Metolachlor","51218-45-2","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.23,0.87121212121212122]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","MIB","2371-42-8","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.49,1.856060606060606]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","MIB","2371-42-8","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.32,1.2121212121212122]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","EE2","57-63-6","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.31,1.1742424242424241]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","EE2","57-63-6","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.15,0.56818181818181812]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Gemfibrozil","25812-30-0","MP",null,null,null,null,null,"None",null,"Conventionally pretreated water",null,0.43,1.6287878787878787]
["Beerendonk2011_NewConcepts","Beerendonk, EF _New Concepts of UV/H2O2 oxidation_. Watercycle Research Institute Report BTO 2011.046 (2011).","Report","Primary","Gemfibrozil","25812-30-0","MP",null,null,null,null,null,"None",null,"Post-GAC water",null,0.27,1.0227272727272727]
["Robinson (2015)","Robinson, K. “UV AOP for Potable Reuse.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,0.95,null,3.8,"Sodium Hypochlorite",null,"RO permeate"]
["Robinson (2015)","Robinson, K. “UV AOP for Potable Reuse.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,0.53,null,2.6,"Sodium Hypochlorite",null,"RO permeate"]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,">0.5",null,4,"Free Chlorine",5.5,"RO permeate",{"$f":"12*0.6*17/(12*1000/24)","v":0.24479999999999999}]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,">0.5",null,4,"Free Chlorine",5.5,"RO permeate",0.19400000000000001,null,null,"98% UVT"]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,">0.5",null,4,"Free Chlorine",5.5,"RO permeate",0.23,null,null,"97% UVT"]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.81)","v":0.72124639904717114},null,6.17,"Free Chlorine",null,"RO permeate",0.17500000000000002,null,{"$f":"P369/J369","v":0.24263552682022418}]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.48)","v":0.28399665636520083},null,4.97,"Free Chlorine",null,"RO permeate",0.17500000000000002,null,{"$f":"P370/J370","v":0.61620443789648582}]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.32)","v":0.16749108729376372},null,2.5,"Free Chlorine",null,"RO permeate",0.17500000000000002,null,1.044831715093391]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.22)","v":0.10790539730951958},null,3.7,"Free Chlorine",null,"RO permeate",0.17500000000000002,null,1.6217909795376033]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.77)","v":0.63827216398240716},null,2,"Free Chlorine",null,"RO permeate",0.1875,null,0.29376183167713404]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.74)","v":0.58502665202918203},null,4,"Free Chlorine",null,"RO permeate",0.1875,null,0.32049821892669467]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.56)","v":0.35654732351381263},null,1,"Free Chlorine",null,"RO permeate",0.1875,null,0.52587689665474735]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.74)","v":0.58502665202918203},null,4.7,"Free Chlorine",null,"RO permeate",0.2,null,0.341864766855141]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.88)","v":0.92081875395237522},null,4,"Free Chlorine",null,"RO permeate",0.25,null,0.27149751123871008]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.86)","v":0.85387196432176193},null,6.17,"Free Chlorine",null,"RO permeate",0.25,null,0.29278394237779809]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.82)","v":0.74472749489669376},null,4.97,"Free Chlorine",null,"RO permeate",0.25,null,0.33569325922991361]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.82)","v":0.74472749489669376},null,2,"Free Chlorine",null,"RO permeate",0.25,null,0.33569325922991361]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.8)","v":0.69897000433601886},null,2.5,"Free Chlorine",null,"RO permeate",0.25,null,0.35766913951834822]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.8)","v":0.69897000433601886},null,3.7,"Free Chlorine",null,"RO permeate",0.25,null,0.35766913951834822]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.75)","v":0.6020599913279624},null,1,"Free Chlorine",null,"RO permeate",0.25,null,0.41524101186092027]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.88)","v":0.92081875395237522},null,4.7,"Free Chlorine",null,"RO permeate",0.30000000000000004,null,0.32579701348645212]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.52)","v":0.31875876262441277},null,6.17,"Free Chlorine",null,"RO permeate",0.10750000000000001,null,0.33724563088063297]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.36)","v":0.19382002601611281},null,4.97,"Free Chlorine",null,"RO permeate",0.10750000000000001,null,0.55463824977024423]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.29)","v":0.14874165128092473},null,2.5,"Free Chlorine",null,"RO permeate",0.10750000000000001,null,0.72272963944018198]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.15)","v":7.0581074285707285E-2},null,3.7,"Free Chlorine",null,"RO permeate",0.10750000000000001,null,1.5230711786115281]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,{"$f":"-LOG10(1-0.55)","v":0.34678748622465638},null,4.7,"Free Chlorine",null,"RO permeate",0.125,null,0.36045129932693798]
["Robinson (2016)","Robinson, K. “UV/Chlorine AOP for Potable Reuse: Lower Cost Option.” Water Reuse in Texas, San Marcos, Texas, June 15 2016.","Proceedings",null,"1,4-Dioxane","123-91-1","LP",null,null,">0.5",null,4,"Free Chlorine",5.5,"RO permeate",0.26800000000000002,null,null,"96% UVT"]
["Trussell (2015)","Trussell, S, D Hokanson & A Pisarenko. “Validation Options for Reuse Applications.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,1.3,null,1,"Hypochlorite","5-6","RO permeate",0.3,null,0.23076923076923075]
["Trussell (2015)","Trussell, S, D Hokanson & A Pisarenko. “Validation Options for Reuse Applications.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,1.7,null,2,"Hypochlorite","5-6","RO permeate",0.3,null,0.17647058823529413]
["Trussell (2015)","Trussell, S, D Hokanson & A Pisarenko. “Validation Options for Reuse Applications.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,1.7,null,3,"Hypochlorite","5-6","RO permeate",0.3,null,0.17647058823529413]
["Trussell (2015)","Trussell, S, D Hokanson & A Pisarenko. “Validation Options for Reuse Applications.” Presented at 2015 WateReuse Annual Symposium IUVA AOP Workshop, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,null,1.5,null,4,"Hypochlorite","5-6","RO permeate",0.3,null,0.19999999999999998]
["Wetterau (2015)","Wetterau, G. “California DPR Framework.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,0.25,null,"0-3.7","Free Chlorine",null,"RO permeate"]
["Wetterau (2015)","Wetterau, G. “California DPR Framework.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,0.75,null,"0-3.7","Free Chlorine",null,"RO permeate"]
["Wetterau (2015)","Wetterau, G. “California DPR Framework.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,0.9,null,"0-3.7","Free Chlorine",null,"RO permeate"]
["Wetterau (2015)","Wetterau, G. “California DPR Framework.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,2,null,"0-3.7","Free Chlorine",null,"RO permeate"]
["Royce (2015)","Royce, A, A Festger, M Stefan & G Wetterau. “A Full-Scale Demonstration Study Comparing UV/Cl2 and UV/H2O2 for the Treatment of 1,4-Dioxane in Potable Reuse.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,0.8,null,"2-5.2","Hypochlorite",5.5,"RO permeate"]
["Royce (2015)","Royce, A, A Festger, M Stefan & G Wetterau. “A Full-Scale Demonstration Study Comparing UV/Cl2 and UV/H2O2 for the Treatment of 1,4-Dioxane in Potable Reuse.” Presented at 2015 WateReuse Annual Symposium, September 2015.","Proceedings",null,"1,4-Dioxane","123-91-1","LPHO",null,null,1.2,null,"2-5.2","Hypochlorite",5.5,"RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.24,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.28999999999999998,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.35,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.15,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.2,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.21,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,7.0000000000000007E-2,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,0.5,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,0.6,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.48,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.72,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.9,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.25,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.46,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.45,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,0.5,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,1.35,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,1.55,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,0.68,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,1.05,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.9E-2,1.3,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.32,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.51,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,3.2000000000000001E-2,0.83,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,0.62,null,1,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,1.55,null,2,"Free Chlorine",null,"Assumed to be RO permeate"]
["Salveson (2015)","Salveson, A, A Parker, N Fontaine & H Wright. “Optimizing AOP for Potable Water Reuse Applications.” Presented at 2015 WateReuse Annual Symposium, September 2015.\n","Proceedings",null,"1,4-Dioxane","123-91-1",null,null,1.2E-2,1.52,null,4,"Free Chlorine",null,"Assumed to be RO permeate"]

{"sheet":"Standard Inputs","index":15,"n_rows":203,"n_cols":31,"rows_kept":203,"cut":false,"hidden":false,"merged":[[5,4,5,7],[5,0,5,3],[5,18,5,25],[5,9,5,11],[5,15,5,17],[5,12,5,14]]}
["Standard Designs"]
["Default inputs represent typical options used to generate national average compliance costs."]
[]
[]
[]
["Design Indices",null,null,null,"System Size",null,null,null,"Removal Rate","Oxidant",null,null,"UV Energy",null,null,"System Configuration",null,null,"Optional"]
["Contaminant Selection","Technology Type","Lamp Type","Design #","Design Flow","Design Flow Units","Average Flow",{"$f":"\"Average Flow\"&IF(COUNTIF(F9:F16,1)>0,\" (mgd)\",\"\")&IF(COUNTIF(F9:F16,2)>0,\" (% design)\",\"\")","v":"Average Flow"},"Contaminant Removal as Percent","H2O2 dose (mg/L)","Free chlorine dose (mg/L)","Safety factor","Select UV energy input type","Electrical energy per order (kWh/1000 gal/order)","Electrical energy dose (kWh/1000 gal)","Flow Distribution","Include UPS?","Excavate?","Booster pumps?","Redundant reactor trains","Component Level","Include buildings?","Include HVAC?","Include land?","System Automation","Add-on?",null,"Match?","Flow match?"]
["contam_type","photo_aop","lamp_type",null,"design_flow_I","df_units","average_flow_I","af_units","Removal_percent_I","H2O2_I","Cl2_I","dose_SF_I","ee_type_I","EEO_I","EED_I","flow_dist_I","UPS_I","excavation_I","include_pumps_I","NRD_I","component_level_I","include_buildings_I","include_HVAC_I","include_land_I","manual_I","add_on_I"]
[1,1,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane, direct, MP",{"$f":"AND(E9:Z9=inp_used)","v":false},{"$f":"AND(E9:H9=inp_used_minimal)","v":false},{"$f":"CHOOSE(contam_type,CHOOSE(photo_aop,CHOOSE(lamp_type,AB9,AB17),CHOOSE(lamp_type,AB25,AB33),CHOOSE(lamp_type,AB41,AB49)),CHOOSE(photo_aop,CHOOSE(lamp_type,AB57,AB65),CHOOSE(lamp_type,AB73,AB81),CHOOSE(lamp_type,AB89,AB97)),CHOOSE(photo_aop,CHOOSE(lamp_type,AB105,AB113),CHOOSE(lamp_type,AB121,AB129),CHOOSE(lamp_type,AB137,AB145)),CHOOSE(photo_aop,CHOOSE(lamp_type,AB153,AB161),CHOOSE(lamp_type,AB169,AB177),CHOOSE(lamp_type,AB185,AB193)))","v":false},false]
[1,1,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E10:Z10=inp_used)","v":false},{"$f":"AND(E10:H10=inp_used_minimal)","v":false},false,false]
[1,1,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E11:Z11=inp_used)","v":false},{"$f":"AND(E11:H11=inp_used_minimal)","v":false},false,false]
[1,1,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E12:Z12=inp_used)","v":false},{"$f":"AND(E12:H12=inp_used_minimal)","v":false},false,false]
[1,1,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E13:Z13=inp_used)","v":false},{"$f":"AND(E13:H13=inp_used_minimal)","v":true},true,true]
[1,1,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E14:Z14=inp_used)","v":false},{"$f":"AND(E14:H14=inp_used_minimal)","v":false},false,false]
[1,1,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E15:Z15=inp_used)","v":false},{"$f":"AND(E15:H15=inp_used_minimal)","v":false},false,false]
[1,1,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E16:Z16=inp_used)","v":false},{"$f":"AND(E16:H16=inp_used_minimal)","v":false},false,false]
[1,1,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane, direct, LP",{"$f":"AND(E17:Z17=inp_used)","v":false},{"$f":"AND(E17:H17=inp_used_minimal)","v":false}]
[1,1,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E18:Z18=inp_used)","v":false},{"$f":"AND(E18:H18=inp_used_minimal)","v":false}]
[1,1,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E19:Z19=inp_used)","v":false},{"$f":"AND(E19:H19=inp_used_minimal)","v":false}]
[1,1,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E20:Z20=inp_used)","v":false},{"$f":"AND(E20:H20=inp_used_minimal)","v":false}]
[1,1,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E21:Z21=inp_used)","v":false},{"$f":"AND(E21:H21=inp_used_minimal)","v":true}]
[1,1,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E22:Z22=inp_used)","v":false},{"$f":"AND(E22:H22=inp_used_minimal)","v":false}]
[1,1,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E23:Z23=inp_used)","v":false},{"$f":"AND(E23:H23=inp_used_minimal)","v":false}]
[1,1,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E24:Z24=inp_used)","v":false},{"$f":"AND(E24:H24=inp_used_minimal)","v":false}]
[1,2,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,"1,4-dioxane, H2O2, MP",{"$f":"AND(E25:Z25=inp_used)","v":false},{"$f":"AND(E25:H25=inp_used_minimal)","v":false}]
[1,2,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E26:Z26=inp_used)","v":false},{"$f":"AND(E26:H26=inp_used_minimal)","v":false}]
[1,2,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E27:Z27=inp_used)","v":false},{"$f":"AND(E27:H27=inp_used_minimal)","v":false}]
[1,2,1,4,0.74,"MGD",0.251,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E28:Z28=inp_used)","v":false},{"$f":"AND(E28:H28=inp_used_minimal)","v":false}]
[1,2,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E29:Z29=inp_used)","v":true},{"$f":"AND(E29:H29=inp_used_minimal)","v":true}]
[1,2,1,6,7.3650000000000002,"MGD",3.2,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E30:Z30=inp_used)","v":false},{"$f":"AND(E30:H30=inp_used_minimal)","v":false}]
[1,2,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E31:Z31=inp_used)","v":false},{"$f":"AND(E31:H31=inp_used_minimal)","v":false}]
[1,2,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E32:Z32=inp_used)","v":false},{"$f":"AND(E32:H32=inp_used_minimal)","v":false}]
[1,2,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane, H2O2, LP",{"$f":"AND(E33:Z33=inp_used)","v":false},{"$f":"AND(E33:H33=inp_used_minimal)","v":false}]
[1,2,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E34:Z34=inp_used)","v":false},{"$f":"AND(E34:H34=inp_used_minimal)","v":false}]
[1,2,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E35:Z35=inp_used)","v":false},{"$f":"AND(E35:H35=inp_used_minimal)","v":false}]
[1,2,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E36:Z36=inp_used)","v":false},{"$f":"AND(E36:H36=inp_used_minimal)","v":false}]
[1,2,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E37:Z37=inp_used)","v":false},{"$f":"AND(E37:H37=inp_used_minimal)","v":true}]
[1,2,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E38:Z38=inp_used)","v":false},{"$f":"AND(E38:H38=inp_used_minimal)","v":false}]
[1,2,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E39:Z39=inp_used)","v":false},{"$f":"AND(E39:H39=inp_used_minimal)","v":false}]
[1,2,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E40:Z40=inp_used)","v":false},{"$f":"AND(E40:H40=inp_used_minimal)","v":false}]
[1,3,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,"1,4-dioxane, Cl2, MP",{"$f":"AND(E41:Z41=inp_used)","v":false},{"$f":"AND(E41:H41=inp_used_minimal)","v":false}]
[1,3,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E42:Z42=inp_used)","v":false},{"$f":"AND(E42:H42=inp_used_minimal)","v":false}]
[1,3,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E43:Z43=inp_used)","v":false},{"$f":"AND(E43:H43=inp_used_minimal)","v":false}]
[1,3,1,4,0.74,"MGD",0.251,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E44:Z44=inp_used)","v":false},{"$f":"AND(E44:H44=inp_used_minimal)","v":false}]
[1,3,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E45:Z45=inp_used)","v":false},{"$f":"AND(E45:H45=inp_used_minimal)","v":true}]
[1,3,1,6,7.3650000000000002,"MGD",3.2,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E46:Z46=inp_used)","v":false},{"$f":"AND(E46:H46=inp_used_minimal)","v":false}]
[1,3,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E47:Z47=inp_used)","v":false},{"$f":"AND(E47:H47=inp_used_minimal)","v":false}]
[1,3,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",0.9,null,4,1,"Electrical energy dose (EED)",null,0.44,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E48:Z48=inp_used)","v":false},{"$f":"AND(E48:H48=inp_used_minimal)","v":false}]
[1,3,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane, Cl2, LP",{"$f":"AND(E49:Z49=inp_used)","v":false},{"$f":"AND(E49:H49=inp_used_minimal)","v":false}]
[1,3,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E50:Z50=inp_used)","v":false},{"$f":"AND(E50:H50=inp_used_minimal)","v":false}]
[1,3,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E51:Z51=inp_used)","v":false},{"$f":"AND(E51:H51=inp_used_minimal)","v":false}]
[1,3,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E52:Z52=inp_used)","v":false},{"$f":"AND(E52:H52=inp_used_minimal)","v":false}]
[1,3,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E53:Z53=inp_used)","v":false},{"$f":"AND(E53:H53=inp_used_minimal)","v":true}]
[1,3,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E54:Z54=inp_used)","v":false},{"$f":"AND(E54:H54=inp_used_minimal)","v":false}]
[1,3,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E55:Z55=inp_used)","v":false},{"$f":"AND(E55:H55=inp_used_minimal)","v":false}]
[1,3,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E56:Z56=inp_used)","v":false},{"$f":"AND(E56:H56=inp_used_minimal)","v":false}]
[2,1,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,"NDMA, direct, MP",{"$f":"AND(E57:Z57=inp_used)","v":false},{"$f":"AND(E57:H57=inp_used_minimal)","v":false}]
[2,1,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E58:Z58=inp_used)","v":false},{"$f":"AND(E58:H58=inp_used_minimal)","v":false}]
[2,1,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E59:Z59=inp_used)","v":false},{"$f":"AND(E59:H59=inp_used_minimal)","v":false}]
[2,1,1,4,0.74,"MGD",0.251,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E60:Z60=inp_used)","v":false},{"$f":"AND(E60:H60=inp_used_minimal)","v":false}]
[2,1,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E61:Z61=inp_used)","v":false},{"$f":"AND(E61:H61=inp_used_minimal)","v":true}]
[2,1,1,6,7.3650000000000002,"MGD",3.2,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E62:Z62=inp_used)","v":false},{"$f":"AND(E62:H62=inp_used_minimal)","v":false}]
[2,1,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E63:Z63=inp_used)","v":false},{"$f":"AND(E63:H63=inp_used_minimal)","v":false}]
[2,1,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",0.9,null,null,null,"Electrical energy per order (EE/O)",2.6,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,null,{"$f":"AND(E64:Z64=inp_used)","v":false},{"$f":"AND(E64:H64=inp_used_minimal)","v":false}]
[2,1,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NDMA, direct, LP",{"$f":"AND(E65:Z65=inp_used)","v":false},{"$f":"AND(E65:H65=inp_used_minimal)","v":false}]
[2,1,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E66:Z66=inp_used)","v":false},{"$f":"AND(E66:H66=inp_used_minimal)","v":false}]
[2,1,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E67:Z67=inp_used)","v":false},{"$f":"AND(E67:H67=inp_used_minimal)","v":false}]
[2,1,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E68:Z68=inp_used)","v":false},{"$f":"AND(E68:H68=inp_used_minimal)","v":false}]
[2,1,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E69:Z69=inp_used)","v":false},{"$f":"AND(E69:H69=inp_used_minimal)","v":true}]
[2,1,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E70:Z70=inp_used)","v":false},{"$f":"AND(E70:H70=inp_used_minimal)","v":false}]
[2,1,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E71:Z71=inp_used)","v":false},{"$f":"AND(E71:H71=inp_used_minimal)","v":false}]
[2,1,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E72:Z72=inp_used)","v":false},{"$f":"AND(E72:H72=inp_used_minimal)","v":false}]
[2,2,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NDMA, H2O2, MP",{"$f":"AND(E73:Z73=inp_used)","v":false},{"$f":"AND(E73:H73=inp_used_minimal)","v":false}]
[2,2,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E74:Z74=inp_used)","v":false},{"$f":"AND(E74:H74=inp_used_minimal)","v":false}]
[2,2,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E75:Z75=inp_used)","v":false},{"$f":"AND(E75:H75=inp_used_minimal)","v":false}]
[2,2,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E76:Z76=inp_used)","v":false},{"$f":"AND(E76:H76=inp_used_minimal)","v":false}]
[2,2,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E77:Z77=inp_used)","v":false},{"$f":"AND(E77:H77=inp_used_minimal)","v":true}]
[2,2,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E78:Z78=inp_used)","v":false},{"$f":"AND(E78:H78=inp_used_minimal)","v":false}]
[2,2,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E79:Z79=inp_used)","v":false},{"$f":"AND(E79:H79=inp_used_minimal)","v":false}]
[2,2,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E80:Z80=inp_used)","v":false},{"$f":"AND(E80:H80=inp_used_minimal)","v":false}]
[2,2,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NDMA, H2O2, LP",{"$f":"AND(E81:Z81=inp_used)","v":false},{"$f":"AND(E81:H81=inp_used_minimal)","v":false}]
[2,2,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E82:Z82=inp_used)","v":false},{"$f":"AND(E82:H82=inp_used_minimal)","v":false}]
[2,2,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E83:Z83=inp_used)","v":false},{"$f":"AND(E83:H83=inp_used_minimal)","v":false}]
[2,2,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E84:Z84=inp_used)","v":false},{"$f":"AND(E84:H84=inp_used_minimal)","v":false}]
[2,2,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E85:Z85=inp_used)","v":false},{"$f":"AND(E85:H85=inp_used_minimal)","v":true}]
[2,2,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E86:Z86=inp_used)","v":false},{"$f":"AND(E86:H86=inp_used_minimal)","v":false}]
[2,2,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E87:Z87=inp_used)","v":false},{"$f":"AND(E87:H87=inp_used_minimal)","v":false}]
[2,2,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E88:Z88=inp_used)","v":false},{"$f":"AND(E88:H88=inp_used_minimal)","v":false}]
[2,3,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NDMA, Cl2, MP",{"$f":"AND(E89:Z89=inp_used)","v":false},{"$f":"AND(E89:H89=inp_used_minimal)","v":false}]
[2,3,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E90:Z90=inp_used)","v":false},{"$f":"AND(E90:H90=inp_used_minimal)","v":false}]
[2,3,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E91:Z91=inp_used)","v":false},{"$f":"AND(E91:H91=inp_used_minimal)","v":false}]
[2,3,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E92:Z92=inp_used)","v":false},{"$f":"AND(E92:H92=inp_used_minimal)","v":false}]
[2,3,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E93:Z93=inp_used)","v":false},{"$f":"AND(E93:H93=inp_used_minimal)","v":true}]
[2,3,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E94:Z94=inp_used)","v":false},{"$f":"AND(E94:H94=inp_used_minimal)","v":false}]
[2,3,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E95:Z95=inp_used)","v":false},{"$f":"AND(E95:H95=inp_used_minimal)","v":false}]
[2,3,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E96:Z96=inp_used)","v":false},{"$f":"AND(E96:H96=inp_used_minimal)","v":false}]
[2,3,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NDMA, Cl2, LP",{"$f":"AND(E97:Z97=inp_used)","v":false},{"$f":"AND(E97:H97=inp_used_minimal)","v":false}]
[2,3,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E98:Z98=inp_used)","v":false},{"$f":"AND(E98:H98=inp_used_minimal)","v":false}]
[2,3,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E99:Z99=inp_used)","v":false},{"$f":"AND(E99:H99=inp_used_minimal)","v":false}]
[2,3,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E100:Z100=inp_used)","v":false},{"$f":"AND(E100:H100=inp_used_minimal)","v":false}]
[2,3,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E101:Z101=inp_used)","v":false},{"$f":"AND(E101:H101=inp_used_minimal)","v":true}]
[2,3,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E102:Z102=inp_used)","v":false},{"$f":"AND(E102:H102=inp_used_minimal)","v":false}]
[2,3,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E103:Z103=inp_used)","v":false},{"$f":"AND(E103:H103=inp_used_minimal)","v":false}]
[2,3,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E104:Z104=inp_used)","v":false},{"$f":"AND(E104:H104=inp_used_minimal)","v":false}]
[3,1,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane (reuse), direct, MP",{"$f":"AND(E105:Z105=inp_used)","v":false},{"$f":"AND(E105:H105=inp_used_minimal)","v":false}]
[3,1,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E106:Z106=inp_used)","v":false},{"$f":"AND(E106:H106=inp_used_minimal)","v":false}]
[3,1,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E107:Z107=inp_used)","v":false},{"$f":"AND(E107:H107=inp_used_minimal)","v":false}]
[3,1,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E108:Z108=inp_used)","v":false},{"$f":"AND(E108:H108=inp_used_minimal)","v":false}]
[3,1,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E109:Z109=inp_used)","v":false},{"$f":"AND(E109:H109=inp_used_minimal)","v":true}]
[3,1,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E110:Z110=inp_used)","v":false},{"$f":"AND(E110:H110=inp_used_minimal)","v":false}]
[3,1,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E111:Z111=inp_used)","v":false},{"$f":"AND(E111:H111=inp_used_minimal)","v":false}]
[3,1,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E112:Z112=inp_used)","v":false},{"$f":"AND(E112:H112=inp_used_minimal)","v":false}]
[3,1,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane (reuse), direct, LP",{"$f":"AND(E113:Z113=inp_used)","v":false},{"$f":"AND(E113:H113=inp_used_minimal)","v":false}]
[3,1,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E114:Z114=inp_used)","v":false},{"$f":"AND(E114:H114=inp_used_minimal)","v":false}]
[3,1,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E115:Z115=inp_used)","v":false},{"$f":"AND(E115:H115=inp_used_minimal)","v":false}]
[3,1,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E116:Z116=inp_used)","v":false},{"$f":"AND(E116:H116=inp_used_minimal)","v":false}]
[3,1,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E117:Z117=inp_used)","v":false},{"$f":"AND(E117:H117=inp_used_minimal)","v":true}]
[3,1,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E118:Z118=inp_used)","v":false},{"$f":"AND(E118:H118=inp_used_minimal)","v":false}]
[3,1,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E119:Z119=inp_used)","v":false},{"$f":"AND(E119:H119=inp_used_minimal)","v":false}]
[3,1,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E120:Z120=inp_used)","v":false},{"$f":"AND(E120:H120=inp_used_minimal)","v":false}]
[3,2,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on","1,4-dioxane (reuse), H2O2, MP",{"$f":"AND(E121:Z121=inp_used)","v":false},{"$f":"AND(E121:H121=inp_used_minimal)","v":false}]
[3,2,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E122:Z122=inp_used)","v":false},{"$f":"AND(E122:H122=inp_used_minimal)","v":false}]
[3,2,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E123:Z123=inp_used)","v":false},{"$f":"AND(E123:H123=inp_used_minimal)","v":false}]
[3,2,1,4,0.74,"MGD",0.251,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E124:Z124=inp_used)","v":false},{"$f":"AND(E124:H124=inp_used_minimal)","v":false}]
[3,2,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E125:Z125=inp_used)","v":false},{"$f":"AND(E125:H125=inp_used_minimal)","v":true}]
[3,2,1,6,7.3650000000000002,"MGD",3.2,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E126:Z126=inp_used)","v":false},{"$f":"AND(E126:H126=inp_used_minimal)","v":false}]
[3,2,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E127:Z127=inp_used)","v":false},{"$f":"AND(E127:H127=inp_used_minimal)","v":false}]
[3,2,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",0.69,6,null,1,"Electrical energy per order (EE/O)",3.3,null,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E128:Z128=inp_used)","v":false},{"$f":"AND(E128:H128=inp_used_minimal)","v":false}]
[3,2,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane (reuse), H2O2, LP",{"$f":"AND(E129:Z129=inp_used)","v":false},{"$f":"AND(E129:H129=inp_used_minimal)","v":false}]
[3,2,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E130:Z130=inp_used)","v":false},{"$f":"AND(E130:H130=inp_used_minimal)","v":false}]
[3,2,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E131:Z131=inp_used)","v":false},{"$f":"AND(E131:H131=inp_used_minimal)","v":false}]
[3,2,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E132:Z132=inp_used)","v":false},{"$f":"AND(E132:H132=inp_used_minimal)","v":false}]
[3,2,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E133:Z133=inp_used)","v":false},{"$f":"AND(E133:H133=inp_used_minimal)","v":true}]
[3,2,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E134:Z134=inp_used)","v":false},{"$f":"AND(E134:H134=inp_used_minimal)","v":false}]
[3,2,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E135:Z135=inp_used)","v":false},{"$f":"AND(E135:H135=inp_used_minimal)","v":false}]
[3,2,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E136:Z136=inp_used)","v":false},{"$f":"AND(E136:H136=inp_used_minimal)","v":false}]
[3,3,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on","1,4-dioxane (reuse), Cl2, MP",{"$f":"AND(E137:Z137=inp_used)","v":false},{"$f":"AND(E137:H137=inp_used_minimal)","v":false}]
[3,3,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E138:Z138=inp_used)","v":false},{"$f":"AND(E138:H138=inp_used_minimal)","v":false}]
[3,3,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E139:Z139=inp_used)","v":false},{"$f":"AND(E139:H139=inp_used_minimal)","v":false}]
[3,3,1,4,0.74,"MGD",0.251,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E140:Z140=inp_used)","v":false},{"$f":"AND(E140:H140=inp_used_minimal)","v":false}]
[3,3,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E141:Z141=inp_used)","v":false},{"$f":"AND(E141:H141=inp_used_minimal)","v":true}]
[3,3,1,6,7.3650000000000002,"MGD",3.2,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E142:Z142=inp_used)","v":false},{"$f":"AND(E142:H142=inp_used_minimal)","v":false}]
[3,3,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E143:Z143=inp_used)","v":false},{"$f":"AND(E143:H143=inp_used_minimal)","v":false}]
[3,3,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",0.69,null,2,1,"Electrical energy dose (EED)",null,0.24,"active flow","no","no",0,null,null,null,null,null,"fully automated","add-on",null,{"$f":"AND(E144:Z144=inp_used)","v":false},{"$f":"AND(E144:H144=inp_used_minimal)","v":false}]
[3,3,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1,4-dioxane (reuse), Cl2, LP",{"$f":"AND(E145:Z145=inp_used)","v":false},{"$f":"AND(E145:H145=inp_used_minimal)","v":false}]
[3,3,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E146:Z146=inp_used)","v":false},{"$f":"AND(E146:H146=inp_used_minimal)","v":false}]
[3,3,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E147:Z147=inp_used)","v":false},{"$f":"AND(E147:H147=inp_used_minimal)","v":false}]
[3,3,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E148:Z148=inp_used)","v":false},{"$f":"AND(E148:H148=inp_used_minimal)","v":false}]
[3,3,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E149:Z149=inp_used)","v":false},{"$f":"AND(E149:H149=inp_used_minimal)","v":true}]
[3,3,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E150:Z150=inp_used)","v":false},{"$f":"AND(E150:H150=inp_used_minimal)","v":false}]
[3,3,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E151:Z151=inp_used)","v":false},{"$f":"AND(E151:H151=inp_used_minimal)","v":false}]
[3,3,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E152:Z152=inp_used)","v":false},{"$f":"AND(E152:H152=inp_used_minimal)","v":false}]
[4,1,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, direct, MP",{"$f":"AND(E153:Z153=inp_used)","v":false},{"$f":"AND(E153:H153=inp_used_minimal)","v":false}]
[4,1,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E154:Z154=inp_used)","v":false},{"$f":"AND(E154:H154=inp_used_minimal)","v":false}]
[4,1,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E155:Z155=inp_used)","v":false},{"$f":"AND(E155:H155=inp_used_minimal)","v":false}]
[4,1,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E156:Z156=inp_used)","v":false},{"$f":"AND(E156:H156=inp_used_minimal)","v":false}]
[4,1,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E157:Z157=inp_used)","v":false},{"$f":"AND(E157:H157=inp_used_minimal)","v":true}]
[4,1,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E158:Z158=inp_used)","v":false},{"$f":"AND(E158:H158=inp_used_minimal)","v":false}]
[4,1,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E159:Z159=inp_used)","v":false},{"$f":"AND(E159:H159=inp_used_minimal)","v":false}]
[4,1,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E160:Z160=inp_used)","v":false},{"$f":"AND(E160:H160=inp_used_minimal)","v":false}]
[4,1,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, direct, LP",{"$f":"AND(E161:Z161=inp_used)","v":false},{"$f":"AND(E161:H161=inp_used_minimal)","v":false}]
[4,1,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E162:Z162=inp_used)","v":false},{"$f":"AND(E162:H162=inp_used_minimal)","v":false}]
[4,1,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E163:Z163=inp_used)","v":false},{"$f":"AND(E163:H163=inp_used_minimal)","v":false}]
[4,1,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E164:Z164=inp_used)","v":false},{"$f":"AND(E164:H164=inp_used_minimal)","v":false}]
[4,1,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E165:Z165=inp_used)","v":false},{"$f":"AND(E165:H165=inp_used_minimal)","v":true}]
[4,1,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E166:Z166=inp_used)","v":false},{"$f":"AND(E166:H166=inp_used_minimal)","v":false}]
[4,1,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E167:Z167=inp_used)","v":false},{"$f":"AND(E167:H167=inp_used_minimal)","v":false}]
[4,1,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E168:Z168=inp_used)","v":false},{"$f":"AND(E168:H168=inp_used_minimal)","v":false}]
[4,2,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, H2O2, MP",{"$f":"AND(E169:Z169=inp_used)","v":false},{"$f":"AND(E169:H169=inp_used_minimal)","v":false}]
[4,2,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E170:Z170=inp_used)","v":false},{"$f":"AND(E170:H170=inp_used_minimal)","v":false}]
[4,2,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E171:Z171=inp_used)","v":false},{"$f":"AND(E171:H171=inp_used_minimal)","v":false}]
[4,2,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E172:Z172=inp_used)","v":false},{"$f":"AND(E172:H172=inp_used_minimal)","v":false}]
[4,2,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E173:Z173=inp_used)","v":false},{"$f":"AND(E173:H173=inp_used_minimal)","v":true}]
[4,2,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E174:Z174=inp_used)","v":false},{"$f":"AND(E174:H174=inp_used_minimal)","v":false}]
[4,2,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E175:Z175=inp_used)","v":false},{"$f":"AND(E175:H175=inp_used_minimal)","v":false}]
[4,2,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E176:Z176=inp_used)","v":false},{"$f":"AND(E176:H176=inp_used_minimal)","v":false}]
[4,2,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, H2O2, LP",{"$f":"AND(E177:Z177=inp_used)","v":false},{"$f":"AND(E177:H177=inp_used_minimal)","v":false}]
[4,2,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E178:Z178=inp_used)","v":false},{"$f":"AND(E178:H178=inp_used_minimal)","v":false}]
[4,2,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E179:Z179=inp_used)","v":false},{"$f":"AND(E179:H179=inp_used_minimal)","v":false}]
[4,2,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E180:Z180=inp_used)","v":false},{"$f":"AND(E180:H180=inp_used_minimal)","v":false}]
[4,2,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E181:Z181=inp_used)","v":false},{"$f":"AND(E181:H181=inp_used_minimal)","v":true}]
[4,2,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E182:Z182=inp_used)","v":false},{"$f":"AND(E182:H182=inp_used_minimal)","v":false}]
[4,2,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E183:Z183=inp_used)","v":false},{"$f":"AND(E183:H183=inp_used_minimal)","v":false}]
[4,2,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E184:Z184=inp_used)","v":false},{"$f":"AND(E184:H184=inp_used_minimal)","v":false}]
[4,3,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Cl2, MP",{"$f":"AND(E185:Z185=inp_used)","v":false},{"$f":"AND(E185:H185=inp_used_minimal)","v":false}]
[4,3,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E186:Z186=inp_used)","v":false},{"$f":"AND(E186:H186=inp_used_minimal)","v":false}]
[4,3,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E187:Z187=inp_used)","v":false},{"$f":"AND(E187:H187=inp_used_minimal)","v":false}]
[4,3,1,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E188:Z188=inp_used)","v":false},{"$f":"AND(E188:H188=inp_used_minimal)","v":false}]
[4,3,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E189:Z189=inp_used)","v":false},{"$f":"AND(E189:H189=inp_used_minimal)","v":true}]
[4,3,1,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E190:Z190=inp_used)","v":false},{"$f":"AND(E190:H190=inp_used_minimal)","v":false}]
[4,3,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E191:Z191=inp_used)","v":false},{"$f":"AND(E191:H191=inp_used_minimal)","v":false}]
[4,3,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E192:Z192=inp_used)","v":false},{"$f":"AND(E192:H192=inp_used_minimal)","v":false}]
[4,3,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Cl2, LP",{"$f":"AND(E193:Z193=inp_used)","v":false},{"$f":"AND(E193:H193=inp_used_minimal)","v":false}]
[4,3,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E194:Z194=inp_used)","v":false},{"$f":"AND(E194:H194=inp_used_minimal)","v":false}]
[4,3,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E195:Z195=inp_used)","v":false},{"$f":"AND(E195:H195=inp_used_minimal)","v":false}]
[4,3,2,4,0.74,"MGD",0.251,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E196:Z196=inp_used)","v":false},{"$f":"AND(E196:H196=inp_used_minimal)","v":false}]
[4,3,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E197:Z197=inp_used)","v":false},{"$f":"AND(E197:H197=inp_used_minimal)","v":true}]
[4,3,2,6,7.3650000000000002,"MGD",3.2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E198:Z198=inp_used)","v":false},{"$f":"AND(E198:H198=inp_used_minimal)","v":false}]
[4,3,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E199:Z199=inp_used)","v":false},{"$f":"AND(E199:H199=inp_used_minimal)","v":false}]
[4,3,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AND(E200:Z200=inp_used)","v":false},{"$f":"AND(E200:H200=inp_used_minimal)","v":false}]
[]
[{"$f":"IF(LEN(contam_type)=0,\"\",contam_type)","v":1},{"$f":"IF(LEN(photo_aop)=0,\"\",photo_aop)","v":2},{"$f":"IF(LEN(lamp_type)=0,\"\",lamp_type)","v":1},null,{"$f":"IF(LEN(design_flow_I)=0,\"\",design_flow_I)","v":2.1520000000000001},{"$f":"IF(LEN(df_units)=0,\"\",df_units)","v":"MGD"},{"$f":"IF(LEN(average_flow_I)=0,\"\",average_flow_I)","v":0.81899999999999995},{"$f":"IF(LEN(af_units)=0,\"\",af_units)","v":"MGD"},{"$f":"IF(LEN(Removal_percent_I)=0,\"\",Removal_percent_I)","v":0.9},{"$f":"IF(LEN(H2O2_I)=0,\"\",H2O2_I)","v":10},{"$f":"IF(LEN(Cl2_I)=0,\"\",Cl2_I)","v":""},{"$f":"IF(LEN(dose_SF_I)=0,\"\",dose_SF_I)","v":1},{"$f":"IF(LEN(EE_type_I)=0,\"\",EE_type_I)","v":"Electrical energy per order (EE/O)"},{"$f":"IF(LEN(EEO_I)=0,\"\",EEO_I)","v":7.4},{"$f":"IF(LEN(EED_I)=0,\"\",EED_I)","v":""},{"$f":"IF(LEN(flow_dist_I)=0,\"\",flow_dist_I)","v":"active flow"},{"$f":"IF(LEN(UPS_I)=0,\"\",UPS_I)","v":"no"},{"$f":"IF(LEN(excavation_I)=0,\"\",excavation_I)","v":"no"},{"$f":"IF(LEN(include_pumps_I)=0,\"\",include_pumps_I)","v":0},{"$f":"IF(LEN(NRD_I)=0,\"\",NRD_I)","v":""},{"$f":"IF(LEN(component_level_I)=0,\"\",component_level_I)","v":""},{"$f":"IF(LEN(include_buildings_I)=0,\"\",include_buildings_I)","v":""},{"$f":"IF(LEN(include_HVAC_I)=0,\"\",include_HVAC_I)","v":""},{"$f":"IF(LEN(include_land_I)=0,\"\",include_land_I)","v":""},{"$f":"IF(LEN(manual_I)=0,\"\",manual_I)","v":"fully automated"},{"$f":"IF(LEN(add_on_I)=0,\"\",add_on_I)","v":""},"<--current inputs"]
[1,2,1,null,2.1520000000000001,"MGD",0.81899999999999995,"MGD",0.9,10,null,1,"Electrical energy per order (EE/O)",7.4,null,"active flow","no","no",0,null,null,null,null,null,"fully automated",null,"<--inputs used at last \"Generate Results\"",{"$f":"AND($E203:$Z203=inp_used)","v":true}]

{"sheet":"Cost equations","index":16,"n_rows":127,"n_cols":17,"rows_kept":127,"cut":false,"hidden":false,"merged":[]}
["Cost Equations"]
["This sheet is used internally to calculate component costs using the cost equations method; see model documentation for more details on the development of cost equations"]
[]
["Component","Equation Name","Result","Variable","Equation Lookup Name",2,3,4,5,6,7,8,9,10,11,16,17]
["UV System"]
["Reactors"]
["UV reactor","UVAOP_reactor_eq",{"$f":"IF(LEN($E7)=0,\"\",IF(OR(D7>P7,D7<Q7),\"contact vendor\",F7*D7^G7+H7*LN(D7)+I7+J7*EXP(K7*D7)+L7*D7^3+M7*D7^2+N7*D7+O7))","v":308340.63916777499},{"$f":"reactor_power","v":90},"UV_AOP_reactor_eq",{"$f":"IF(LEN($E7)=0,\"\",VLOOKUP($E7,eq_table_cl,F$4,FALSE))","v":0},0,0,0,0,0,0,-5.2548626360000004,4031.1315660989999,-11896.814429534999,360.00099999999998,0]
["Oxidant Tanks",null,{"$f":"IF(LEN($E8)=0,\"\",IF(OR(D8>P8,D8<Q8),\"contact vendor\",F8*D8^G8+H8*LN(D8)+I8+J8*EXP(K8*D8)+L8*D8^3+M8*D8^2+N8*D8+O8))","v":""},null,null,"","","","","","","","","","","",""]
["Storage Tanks",null,"",null,null,"","","","","","","","","","","",""]
["Plastic/XLPE","pl_cst_eq_acid",1207.7991808779479,{"$f":"chem_tank_vol","v":412.94117647058823},"pl_cst_eq",0,0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,6601,0]
["Stainless Steel","ss_cst_eq_acid",{"$f":"IF(LEN($E11)=0,\"\",IF(OR(D11>P11,D11<Q11),\"contact vendor\",F11*D11^G11+H11*LN(D11)+I11+J11*EXP(K11*D11)+L11*D11^3+M11*D11^2+N11*D11+O11))","v":4611.8268640234273},{"$f":"chem_tank_vol","v":412.94117647058823},"ss_cst_eq",57.021589231,0.72932539100000005,0,0,0,0,0,0,0,0,30001,0]
["Fiberglass","fg_cst_eq_acid",{"$f":"IF(LEN($E12)=0,\"\",IF(OR(D12>P12,D12<Q12),\"contact vendor\",F12*D12^G12+H12*LN(D12)+I12+J12*EXP(K12*D12)+L12*D12^3+M12*D12^2+N12*D12+O12))","v":7181.821614775653},{"$f":"chem_tank_vol","v":412.94117647058823},"fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,30001,0]
["Day Tanks"]
["Plastic/XLPE","pl_day_eq",751.7798820631765,{"$f":"day_tank_vol","v":36.168067226890763},"pl_cst_eq",{"$f":"IF(LEN($E14)=0,\"\",VLOOKUP($E14,eq_table_cl,F$4,FALSE))","v":0},0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,6601,0]
["Stainless Steel","ss_day_eq",{"$f":"IF(LEN($E15)=0,\"\",IF(OR(D15>P15,D15<Q15),\"contact vendor\",F15*D15^G15+H15*LN(D15)+I15+J15*EXP(K15*D15)+L15*D15^3+M15*D15^2+N15*D15+O15))","v":780.84624628156314},{"$f":"day_tank_vol","v":36.168067226890763},"ss_cst_eq",57.021589231,0.72932539100000005,0,0,0,0,0,0,0,0,30001,0]
["Fiberglass","fg_day_eq",{"$f":"IF(LEN($E16)=0,\"\",IF(OR(D16>P16,D16<Q16),\"contact vendor\",F16*D16^G16+H16*LN(D16)+I16+J16*EXP(K16*D16)+L16*D16^3+M16*D16^2+N16*D16+O16))","v":1875.5093069816157},{"$f":"day_tank_vol","v":36.168067226890763},"fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,30001,0]
["Storage Tank Mixers"]
["Portable","no equation"]
["Mounted","cmount_mix_eq",{"$error":"#NUM!"},{"$f":"cmix_size","v":0},"mount_mix_eq",{"$f":"IF(LEN($E19)=0,\"\",VLOOKUP($E19,eq_table_cl,F$4,FALSE))","v":3220.9800634899998},0.14804462199999999,0,0,0,0,0,0,0,0,4.0999999999999996,0]
["Impeller Mixers","cimp_mix_eq",{"$error":"#NUM!"},{"$f":"cmix_size","v":0},"imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,110,0]
["Day Tank Mixers"]
["Portable","no equation"]
["Mounted","dmount_mix_eq",{"$error":"#NUM!"},{"$f":"dmix_size","v":0},"mount_mix_eq",{"$f":"IF(LEN($E23)=0,\"\",VLOOKUP($E23,eq_table_cl,F$4,FALSE))","v":3220.9800634899998},0.14804462199999999,0,0,0,0,0,0,0,0,4.0999999999999996,0]
["Impeller Mixers","dimp_mix_eq",{"$error":"#NUM!"},{"$f":"dmix_size","v":0},"imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,110,0]
["Piping",null,"",null,null,"","","","","","","","","","","",""]
["Influent and Treated Water Piping",null,"",null,null,"","","","","","","","","","","",""]
["Ductile Iron","di_pipe_eq_in_out",141.73754675700002,{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},"di_pipe_eq",0,0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,48.1,4]
["CPVC","cpvc_pipe_eq_in_out",110.97367943600001,{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_in_out",19.148192264999999,{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_in_out",366.94979630500001,{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_in_out",174.27949943716169,{"$f":"IF(in_out_pipe_diam=0,\"NA\",in_out_pipe_diam)","v":10},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Process Piping",null,"",null,null,"","","","","","","","","","","",""]
["Ductile Iron","di_pipe_eq_proc",141.73754675700002,{"$f":"IF(proc_pipe_diam=0,\"NA\",proc_pipe_diam)","v":10},"di_pipe_eq",{"$f":"IF(LEN($E33)=0,\"\",VLOOKUP($E33,eq_table_cl,F$4,FALSE))","v":0},0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,48.1,4]
["CPVC","cpvc_pipe_eq_proc",110.97367943600001,{"$f":"IF(proc_pipe_diam=0,\"NA\",proc_pipe_diam)","v":10},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_proc",19.148192264999999,{"$f":"IF(proc_pipe_diam=0,\"NA\",proc_pipe_diam)","v":10},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_proc",366.94979630500001,{"$f":"IF(proc_pipe_diam=0,\"NA\",proc_pipe_diam)","v":10},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_proc",174.27949943716169,{"$f":"IF(proc_pipe_diam=0,\"NA\",proc_pipe_diam)","v":10},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Oxidant Piping",null,"",null,null,"","","","","","","","","","","",""]
["CPVC","cpvc_pipe_eq_acid",2.5933440824999998,{"$f":"IF(acid_pipe_diam=0,\"NA\",acid_pipe_diam)","v":0.5},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_acid",1.8524848787500001,{"$f":"IF(acid_pipe_diam=0,\"NA\",acid_pipe_diam)","v":0.5},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_acid",16.358070217374998,{"$f":"IF(acid_pipe_diam=0,\"NA\",acid_pipe_diam)","v":0.5},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Drain Piping"]
["Ductile Iron","di_pipe_eq_drain",{"$f":"IF(LEN($E43)=0,\"\",IF(OR(D43>P43,D43<Q43),\"contact vendor\",F43*D43^G43+H43*LN(D43)+I43+J43*EXP(K43*D43)+L43*D43^3+M43*D43^2+N43*D43+O43))","v":"contact vendor"},{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},"di_pipe_eq",{"$f":"IF(LEN($E43)=0,\"\",VLOOKUP($E43,eq_table_cl,F$4,FALSE))","v":0},0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,48.1,4]
["CPVC","cpvc_pipe_eq_drain",{"$f":"IF(LEN($E44)=0,\"\",IF(OR(D44>P44,D44<Q44),\"contact vendor\",F44*D44^G44+H44*LN(D44)+I44+J44*EXP(K44*D44)+L44*D44^3+M44*D44^2+N44*D44+O44))","v":7.0133117284999997},{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_drain",{"$f":"IF(LEN($E45)=0,\"\",IF(OR(D45>P45,D45<Q45),\"contact vendor\",F45*D45^G45+H45*LN(D45)+I45+J45*EXP(K45*D45)+L45*D45^3+M45*D45^2+N45*D45+O45))","v":2.8476762667499997},{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_drain",{"$f":"IF(LEN($E46)=0,\"\",IF(OR(D46>P46,D46<Q46),\"contact vendor\",F46*D46^G46+H46*LN(D46)+I46+J46*EXP(K46*D46)+L46*D46^3+M46*D46^2+N46*D46+O46))","v":70.275248902124986},{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_drain",{"$f":"IF(LEN($E47)=0,\"\",IF(OR(D47>P47,D47<Q47),\"contact vendor\",F47*D47^G47+H47*LN(D47)+I47+J47*EXP(K47*D47)+L47*D47^3+M47*D47^2+N47*D47+O47))","v":30.206561511164892},{"$f":"IF(drain_pipe_diam=0,\"NA\",drain_pipe_diam)","v":1.5},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Valves and Fittings",null,"",null,null,"","","","","","","","","","","",""]
["Motor/Air Operated (on/off)",null,"",null,null,"","","","","","","","","","","",""]
["Process - Polypropylene/PVC","pp_mov_eq_main",3696.5392890023331,{"$f":"proc_valve_size","v":10},{"$f":"IF(D50>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},0,0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Process - Stainless Steel","ss_mov_eq_main",6940.0037539270006,{"$f":"proc_valve_size","v":10},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Process - Cast Iron","ci_mov_eq_main",11881.072264971001,{"$f":"proc_valve_size","v":10},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Polypropylene/PVC - oxidant line","pp_mov_eq_acid",{"$f":"IF(OR(D53>P53,D53<Q53),\"contact vendor\",F53*D53^G53+H53*LN(D53)+I53+J53*EXP(K53*D53)+L53*D53^3+M53*D53^2+N53*D53+O53)","v":656.06319532697046},{"$f":"acid_valve_size","v":0.5},{"$f":"IF(D53>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},{"$f":"IF(LEN($E53)=0,\"\",VLOOKUP($E53,eq_table_cl,F$4,FALSE))","v":0},0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - oxidant line","ss_mov_eq_acid",{"$f":"IF(OR(D54>P54,D54<Q54),\"contact vendor\",F54*D54^G54+H54*LN(D54)+I54+J54*EXP(K54*D54)+L54*D54^3+M54*D54^2+N54*D54+O54)","v":1419.4889475299999},{"$f":"acid_valve_size","v":0.5},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Manual",null,"",null,null,"","","","","","","","","","","",""]
["Polypropylene/PVC - Influent and treated water","pp_man_eq",{"$f":"IF(OR(D56>P56,D56<Q56),\"contact vendor\",F56*D56^G56+H56*LN(D56)+I56+J56*EXP(K56*D56)+L56*D56^3+M56*D56^2+N56*D56+O56)","v":1775.3570923089999},{"$f":"in_valve_size","v":10},{"$f":"IF(D56>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Influent and treated water","ss_man_eq",{"$f":"IF(OR(D57>P57,D57<Q57),\"contact vendor\",F57*D57^G57+H57*LN(D57)+I57+J57*EXP(K57*D57)+L57*D57^3+M57*D57^2+N57*D57+O57)","v":2292.5888431361109},{"$f":"in_valve_size","v":10},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Influent and treated water","ci_bfv_eq",{"$f":"IF(OR(D58>P58,D58<Q58),\"contact vendor\",F58*D58^G58+H58*LN(D58)+I58+J58*EXP(K58*D58)+L58*D58^3+M58*D58^2+N58*D58+O58)","v":2467.6673917276885},{"$f":"in_valve_size","v":10},{"$f":"IF(D58>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Process - Polypropylene/PVC","pp_man_eq_main",1775.3570923089999,{"$f":"proc_valve_size","v":10},{"$f":"IF(D59>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Process - Stainless Steel","ss_man_eq_main",2292.5888431361109,{"$f":"proc_valve_size","v":10},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Process - Cast Iron","ci_bfv_eq_main",2467.6673917276885,{"$f":"proc_valve_size","v":10},{"$f":"IF(D61>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Drain - Polypropylene/PVC","pp_man_eq_drain",207.84914633800003,{"$f":"drain_valve_diam","v":1.5},{"$f":"IF(D62>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Drain - Stainless Steel","ss_man_eq_drain",395.88087320259683,{"$f":"drain_valve_diam","v":1.5},"ss_man_eq",{"$f":"IF(LEN($E63)=0,\"\",VLOOKUP($E63,eq_table_cl,F$4,FALSE))","v":271.98316458599999},0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Drain - Cast Iron","ci_bfv_eq_drain",338.97867757464161,{"$f":"drain_valve_diam","v":1.5},{"$f":"IF(D64>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - oxidant line","pp_man_eq_acid",{"$f":"IF(OR(D65>P65,D65<Q65),\"contact vendor\",F65*D65^G65+H65*LN(D65)+I65+J65*EXP(K65*D65)+L65*D65^3+M65*D65^2+N65*D65+O65)","v":138.55577029},{"$f":"acid_valve_size","v":0.5},{"$f":"IF(D65>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - oxidant line","ss_man_eq_acid",{"$f":"IF(OR(D66>P66,D66<Q66),\"contact vendor\",F66*D66^G66+H66*LN(D66)+I66+J66*EXP(K66*D66)+L66*D66^3+M66*D66^2+N66*D66+O66)","v":143.17039505495234},{"$f":"acid_valve_size","v":0.5},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Check Valve",null,"",null,null,"","","","","","","","","","","",""]
["Process - Polypropylene/PVC","pp_chv_eq",2969.62455361,{"$f":"check_valve_size","v":10},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Process - Stainless Steel","ss_chv_eq",6355.9204678860006,{"$f":"check_valve_size","v":10},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Process - Cast Iron","ci_chv_eq",8480.7544933100016,{"$f":"check_valve_size","v":10},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Process - Polypropylene/PVC","pp_chv_eq_acid",{"$f":"IF(LEN($E71)=0,\"\",IF(OR(D71>P71,D71<Q71),\"contact vendor\",F71*D71^G71+H71*LN(D71)+I71+J71*EXP(K71*D71)+L71*D71^3+M71*D71^2+N71*D71+O71))","v":76.119009675249998},{"$f":"acid_valve_size","v":0.5},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Process - Stainless Steel","ss_chv_eq_acid",{"$f":"IF(LEN($E72)=0,\"\",IF(OR(D72>P72,D72<Q72),\"contact vendor\",F72*D72^G72+H72*LN(D72)+I72+J72*EXP(K72*D72)+L72*D72^3+M72*D72^2+N72*D72+O72))","v":218.40374976175002},{"$f":"acid_valve_size","v":0.5},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Pumps",null,"",null,null,"","","","","","","","","","","",""]
["Influent Pumps","pump_eq",{"$error":"#NUM!"},{"$f":"pump_rating","v":0},"pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,10001,0]
["Oxidant"]
["PVC - Motor Driven","pvc_mmpump_eq_acid",{"$f":"IF(OR(D76>P76,D76<Q76),\"contact vendor\",F76*D76^G76+H76*LN(D76)+I76+J76*EXP(K76*D76)+L76*D76^3+M76*D76^2+N76*D76+O76)","v":3110.1897310917607},{"$f":"acid_pump_rating","v":1.8837535014005604},"pvc_mmpump_eq",{"$f":"VLOOKUP($E76,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,5.8459699999999996E-4,-0.31291286000000001,58.800444323000001,3000.5306602579999,132.01,0]
["Stainless Steel - Motor Driven","ss_mmpump_eq_acid",{"$f":"IF(OR(D77>P77,D77<Q77),\"contact vendor\",F77*D77^G77+H77*LN(D77)+I77+J77*EXP(K77*D77)+L77*D77^3+M77*D77^2+N77*D77+O77)","v":3544.8726494905973},{"$f":"acid_pump_rating","v":1.8837535014005604},"ss_mmpump_eq",0,0,0,0,0,0,0,-0.19761578099999999,60.928056216999998,3430.8004552430002,132.01,0]
["PVC - Electric","pvc_empump_eq_acid",{"$f":"IF(OR(D78>P78,D78<Q78),\"contact vendor\",F78*D78^G78+H78*LN(D78)+I78+J78*EXP(K78*D78)+L78*D78^3+M78*D78^2+N78*D78+O78)","v":1272.6678752647094},{"$f":"acid_pump_rating","v":1.8837535014005604},"pvc_empump_eq",0,0,0,0,1147.9723958510001,5.4740779000000003E-2,0,0,0,0,21.01,0]
["Stainless Steel - Electric","ss_empump_eq_acid",{"$f":"IF(OR(D79>P79,D79<Q79),\"contact vendor\",F79*D79^G79+H79*LN(D79)+I79+J79*EXP(K79*D79)+L79*D79^3+M79*D79^2+N79*D79+O79)","v":2521.274877428496},{"$f":"acid_pump_rating","v":1.8837535014005604},"ss_empump_eq",2305.9222008940001,0.140989643,0,0,0,0,0,0,0,0,21.01,0]
["Mixers"]
["Static Mixer for Hydrogen Peroxide"]
["Plastic","pl_in_mix_eq",{"$f":"IF(OR(D82>P82,D82<Q82),\"contact vendor\",F82*D82^G82+H82*LN(D82)+I82+J82*EXP(K82*D82)+L82*D82^3+M82*D82^2+N82*D82+O82)","v":"contact vendor"},{"$f":"mixer_size","v":10},"pl_in_mix_eq",{"$f":"VLOOKUP($E82,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,-6.3409859129999999,74.018844450000003,18.864168258999999,382.26834678300003,6.1,0]
["Stainless Steel","in_mix_eq",{"$f":"IF(OR(D83>P83,D83<Q83),\"contact vendor\",F83*D83^G83+H83*LN(D83)+I83+J83*EXP(K83*D83)+L83*D83^3+M83*D83^2+N83*D83+O83)","v":6859.9434833790001},{"$f":"mixer_size","v":10},"in_mix_eq",0,0,0,0,0,0,0.89436999900000003,-7.5688345879999996,587.64299956599996,846.02694751900003,42.1,0]
["Pipe Diffuser for Sodium Hypochlorite","pipediffuser_eq",{"$f":"IF(LEN($E84)=0,\"\",IF(OR(D84>P84,D84<Q84),\"contact vendor\",F84*D84^G84+H84*LN(D84)+I84+J84*EXP(K84*D84)+L84*D84^3+M84*D84^2+N84*D84+O84))","v":1830.662068377},{"$f":"mixer_size","v":10},"pipediffuser_eq",0,0,0,0,0,0,0,0.39360121199999998,7.0329854620000001,1720.972092557,48.1,0]
["Instrumentation",null,""]
["Flow Meters - Influent and Treated Water"]
["Orifice Plate","op_fm_eq_in",{"$f":"IF(OR(D87>P87,D87<Q87),\"contact vendor\",F87*D87^G87+H87*LN(D87)+I87+J87*EXP(K87*D87)+L87*D87^3+M87*D87^2+N87*D87+O87)","v":4626.8161419190001},{"$f":"in_meter_size","v":10},"op_fm_eq",{"$f":"VLOOKUP($E87,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_in",{"$f":"IF(OR(D88>P88,D88<Q88),\"contact vendor\",F88*D88^G88+H88*LN(D88)+I88+J88*EXP(K88*D88)+L88*D88^3+M88*D88^2+N88*D88+O88)","v":6008.2861197009997},{"$f":"in_meter_size","v":10},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_in",{"$f":"IF(OR(D89>P89,D89<Q89),\"contact vendor\",F89*D89^G89+H89*LN(D89)+I89+J89*EXP(K89*D89)+L89*D89^3+M89*D89^2+N89*D89+O89)","v":4013.0326495740001},{"$f":"in_meter_size","v":10},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_in",{"$f":"IF(OR(D90>P90,D90<Q90),\"contact vendor\",F90*D90^G90+H90*LN(D90)+I90+J90*EXP(K90*D90)+L90*D90^3+M90*D90^2+N90*D90+O90)","v":8445.7466193210003},{"$f":"in_meter_size","v":10},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["Flow Meters - Process"]
["Orifice Plate","op_fm_eq_proc",{"$f":"IF(OR(D92>P92,D92<Q92),\"contact vendor\",F92*D92^G92+H92*LN(D92)+I92+J92*EXP(K92*D92)+L92*D92^3+M92*D92^2+N92*D92+O92)","v":4626.8161419190001},{"$f":"proc_meter_size","v":10},"op_fm_eq",{"$f":"VLOOKUP($E92,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_proc",{"$f":"IF(OR(D93>P93,D93<Q93),\"contact vendor\",F93*D93^G93+H93*LN(D93)+I93+J93*EXP(K93*D93)+L93*D93^3+M93*D93^2+N93*D93+O93)","v":6008.2861197009997},{"$f":"proc_meter_size","v":10},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_proc",{"$f":"IF(OR(D94>P94,D94<Q94),\"contact vendor\",F94*D94^G94+H94*LN(D94)+I94+J94*EXP(K94*D94)+L94*D94^3+M94*D94^2+N94*D94+O94)","v":4013.0326495740001},{"$f":"proc_meter_size","v":10},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_proc",{"$f":"IF(OR(D95>P95,D95<Q95),\"contact vendor\",F95*D95^G95+H95*LN(D95)+I95+J95*EXP(K95*D95)+L95*D95^3+M95*D95^2+N95*D95+O95)","v":8445.7466193210003},{"$f":"proc_meter_size","v":10},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["On/off switches","No equation","",null,null,{"$f":"IF(LEN($E96)=0,\"\",VLOOKUP($E96,eq_table_cl,F$4,FALSE))","v":""},"","","","","","","","","","",""]
["UPS for UV system","UV_UPS_eq",{"$error":"#NUM!"},{"$f":"UPS_capacity","v":0},"UV_UPS_eq",918.82312892499999,1.234890364,0,0,0,0,0,0,0,0,10.01,0]
["Building Structures and HVAC",null,"",null,null,"","","","","","","","","","","",""]
["Building 1",null,"",null,null,"","","","","","","","","","","",""]
["Low Quality Structure","bldg_lo_eq_1",{"$f":"IF(LEN($E100)=0,\"\",IF(D100<Q100,\"contact vendor\",IF(D100>P100,F100*P100^G100+H100*LN(P100)+I100+J100*EXP(K100*P100)+L100*P100^3+M100*P100^2+N100*P100+O100,F100*D100^G100+H100*LN(D100)+I100+J100*EXP(K100*D100)+L100*D100^3+M100*D100^2+N100*D100+O100)))","v":76.59203105577474},{"$f":"build1_fp","v":2920},"bldg_lo_eq",163.72087260199999,-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_1",{"$f":"IF(LEN($E101)=0,\"\",IF(D101<Q101,\"contact vendor\",IF(D101>P101,F101*P101^G101+H101*LN(P101)+I101+J101*EXP(K101*P101)+L101*P101^3+M101*P101^2+N101*P101+O101,F101*D101^G101+H101*LN(D101)+I101+J101*EXP(K101*D101)+L101*D101^3+M101*D101^2+N101*D101+O101)))","v":91.872697977710388},{"$f":"build1_fp","v":2920},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_1",{"$f":"IF(LEN($E102)=0,\"\",IF(D102<Q102,\"contact vendor\",IF(D102>P102,F102*P102^G102+H102*LN(P102)+I102+J102*EXP(K102*P102)+L102*P102^3+M102*P102^2+N102*P102+O102,F102*D102^G102+H102*LN(D102)+I102+J102*EXP(K102*D102)+L102*D102^3+M102*D102^2+N102*D102+O102)))","v":127.11432501869939},{"$f":"build1_fp","v":2920},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]
["Heating System",null,{"$f":"IF(LEN($E103)=0,\"\",IF(OR(D103>P103,D103<Q103),\"contact vendor\",F103*D103^G103+H103*LN(D103)+I103+J103*EXP(K103*D103)+L103*D103^3+M103*D103^2+N103*D103+O103))","v":""},null,null,"","","","","","","","","","","",""]
["Electric resistance","hvac_elec_eq_1",{"$f":"IF(LEN($E104)=0,\"\",IF(OR(D104>P104,D104<Q104),\"contact vendor\",F104*D104^G104+H104*LN(D104)+I104+J104*EXP(K104*D104)+L104*D104^3+M104*D104^2+N104*D104+O104))","v":34834.31820677728},{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},"hvac_elec_eq",1144.4973268870001,0.76939132899999996,0,0,0,0,0,0,0,0,6148.1,0]
["Natural gas non-condensing furnace","hvac_gas_non_eq_1",24780.901214887759,{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},"hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Natural gas condensing furnace","hvac_gas_eq_1",24780.901214887759,{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},"hvac_gas_eq",{"$f":"IF(LEN($E106)=0,\"\",VLOOKUP($E106,eq_table_cl,F$4,FALSE))","v":884.952743048},0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Standard efficiency oil furnace","hvac_oil_std_eq_1",28061.446936964308,{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},"hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Mid-efficiency oil furnace","hvac_oil_mid_eq_1",28061.446936964308,{"$f":"build1_heat_mbh/build1_zones","v":84.724275363351452},"hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Cooling System",null,"",null,null,"","","","","","","","","","","",""]
["Air conditioning system","hvac_ac_eq_1",{"$f":"IF(LEN($E110)=0,\"\",IF(OR(D110>P110,D110<Q110),\"contact vendor\",F110*D110^G110+H110*LN(D110)+I110+J110*EXP(K110*D110)+L110*D110^3+M110*D110^2+N110*D110+O110))","v":26959.592539264955},{"$f":"build1_cooling_tons/build1_zones","v":8.4217488142826813},"hvac_ac_eq",2490.0166433280001,1.117904172,0,0,0,0,0,0,0,0,113.33,0]
["Heat pump","hvac_hp_eq_1",10935.991843926,{"$f":"build1_cooling_tons/build1_zones","v":8.4217488142826813},{"$f":"IF(D111>12,\"hvac_hp_eq_large\",\"hvac_hp_eq_small\")","v":"hvac_hp_eq_small"},3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,12,0]
["Building 2",null,{"$f":"IF(LEN($E112)=0,\"\",IF(OR(D112>P112,D112<Q112),\"contact vendor\",F112*D112^G112+H112*LN(D112)+I112+J112*EXP(K112*D112)+L112*D112^3+M112*D112^2+N112*D112+O112))","v":""},null,null,"","","","","","","","","","","",""]
["Low Quality Structure","bldg_lo_eq_2",{"$f":"IF(D113=0, \"\", IF(LEN($E113)=0,\"\",IF(D113<Q113,\"contact vendor\",IF(D113>P113,F113*P113^G113+H113*LN(P113)+I113+J113*EXP(K113*P113)+L113*P113^3+M113*P113^2+N113*P113+O113,F113*D113^G113+H113*LN(D113)+I113+J113*EXP(K113*D113)+L113*D113^3+M113*D113^2+N113*D113+O113))))","v":""},{"$f":"build2_fp","v":0},"bldg_lo_eq",163.72087260199999,-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_2",{"$f":"IF(D114=0, \"\", IF(LEN($E114)=0,\"\",IF(D114<Q114,\"contact vendor\",IF(D114>P114,F114*P114^G114+H114*LN(P114)+I114+J114*EXP(K114*P114)+L114*P114^3+M114*P114^2+N114*P114+O114,F114*D114^G114+H114*LN(D114)+I114+J114*EXP(K114*D114)+L114*D114^3+M114*D114^2+N114*D114+O114))))","v":""},{"$f":"build2_fp","v":0},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_2",{"$f":"IF(D115=0,\"\", IF(LEN($E115)=0,\"\",IF(D115<Q115,\"contact vendor\",IF(D115>P115,F115*P115^G115+H115*LN(P115)+I115+J115*EXP(K115*P115)+L115*P115^3+M115*P115^2+N115*P115+O115,F115*D115^G115+H115*LN(D115)+I115+J115*EXP(K115*D115)+L115*D115^3+M115*D115^2+N115*D115+O115))))","v":""},{"$f":"build2_fp","v":0},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]
["Heating System",null,""]
["Electric resistance","hvac_elec_eq_2",{"$f":"IF(LEN($E117)=0,\"\",IF(OR(D117>P117,D117<Q117),\"contact vendor\",F117*D117^G117+H117*LN(D117)+I117+J117*EXP(K117*D117)+L117*D117^3+M117*D117^2+N117*D117+O117))","v":{"$error":"#NUM!"}},{"$f":"IFERROR(build2_heat_mbh/build2_zones,0)","v":0},"hvac_elec_eq",{"$f":"IF(LEN($E117)=0,\"\",VLOOKUP($E117,eq_table_cl,F$4,FALSE))","v":1144.4973268870001},0.76939132899999996,0,0,0,0,0,0,0,0,6148.1,0]
["Natural gas non-condensing furnace","hvac_gas_non_eq_2",{"$error":"#NUM!"},{"$f":"IFERROR(build2_heat_mbh/build2_zones,0)","v":0},"hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Natural gas condensing furnace","hvac_gas_eq_2",{"$error":"#NUM!"},{"$f":"IFERROR(build2_heat_mbh/build2_zones,0)","v":0},"hvac_gas_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Standard efficiency oil furnace","hvac_oil_std_eq_2",{"$error":"#NUM!"},{"$f":"IFERROR(build2_heat_mbh/build2_zones,0)","v":0},"hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Mid-efficiency oil furnace","hvac_oil_mid_eq_2",{"$error":"#NUM!"},{"$f":"IFERROR(build2_heat_mbh/build2_zones,0)","v":0},"hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Cooling System",null,"",null,null,"","","","","","","","","","","",""]
["Air conditioning system","hvac_ac_eq_2",{"$f":"IF(LEN($E123)=0,\"\",IF(OR(D123>P123,D123<Q123),\"contact vendor\",F123*D123^G123+H123*LN(D123)+I123+J123*EXP(K123*D123)+L123*D123^3+M123*D123^2+N123*D123+O123))","v":{"$error":"#NUM!"}},{"$f":"IFERROR(build2_cooling_tons/build2_zones,0)","v":0},"hvac_ac_eq",2490.0166433280001,1.117904172,0,0,0,0,0,0,0,0,113.33,0]
["Heat pump","hvac_hp_eq_2",{"$error":"#NUM!"},{"$f":"IFERROR(build2_cooling_tons/build2_zones,0)","v":0},{"$f":"IF(D124>12,\"hvac_hp_eq_large\",\"hvac_hp_eq_small\")","v":"hvac_hp_eq_small"},3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,12,0]
["Operating and Maintenance Costs",null,null,null,null,null,null,null,null,{"$f":"IF(LEN($E125)=0,\"\",VLOOKUP($E125,eq_table_cl,J$4,FALSE))","v":""},"","","","","","",""]
["Replacement lamps","UV_lamp_eq",{"$f":"IF(LEN($E126)=0,\"\",IF(OR(D126>P126,D126<Q126),\"contact vendor\",F126*D126^G126+H126*LN(D126)+I126+J126*EXP(K126*D126)+L126*D126^3+M126*D126^2+N126*D126+O126))","v":1023.981508943113},{"$f":"lamp_power","v":10000},"UV_MP_lamp_eq",{"$f":"IF(LEN($E126)=0,\"\",VLOOKUP($E126,eq_table_cl,F$4,FALSE))","v":59.484174396},0.30897266899999998,0,0,0,0,0,0,0,0,20001,0]
["Replacement ballasts","ballast_eq",{"$f":"IF(LEN($E127)=0,\"\",IF(OR(D127>P127,D127<Q127),\"contact vendor\",F127*D127^G127+H127*LN(D127)+I127+J127*EXP(K127*D127)+L127*D127^3+M127*D127^2+N127*D127+O127))","v":8356.2245844012796},{"$f":"ballast_power","v":20000},"ballast_eq",46.013690425999997,0.52525163500000005,0,0,0,0,0,0,0,0,20001,0]

{"sheet":"Cost Coefficients","index":17,"n_rows":54,"n_cols":17,"rows_kept":54,"cut":false,"hidden":false,"merged":[]}
["Coefficients for Component Cost Equations"]
["This sheet is used internally to calculate component costs using the cost equations method; see model documentation for more details on the development of cost equations"]
[]
[null,"Power: C1*x^C2",null,"Logarithmic: C3*Ln(x) + C4",null,"Exponential: C5*e^(C6*x)",null,"Polynomial: C7*x^3 + C8*x^2 + C9*x + C10",null,null,null,"NOTES"]
["Equation Lookup Name","C1","C2","C3","C4","C5","C6","C7","C8","C9","C10","Pct deviation of fit equation","Modified by","Last modified","Rsq of fit equation","max size used to gen curve","min size for which curve fits are valid"]
["Ballast_eq",46.013690425999997,0.52525163500000005,0,0,0,0,0,0,0,0,0.31952010331506231,null," 1/24/2023 3:13:13 PM",0.53574269131654839,20001,0]
["bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,4.0372546378012256E-2,null," 1/25/2023 5:11:07 PM",0.95319947666108407,200000.1,0]
["bldg_lo_eq",163.72087260199999,-9.5204622000000003E-2,0,0,0,0,0,0,0,0,2.4871309850656418E-2,null," 1/25/2023 5:10:26 PM",0.96700830313985342,200000.1,0]
["bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,2.5881342871107462E-2,null," 1/25/2023 5:10:48 PM",0.96588495619097448,200000.1,0]
["ci_bfv_eq_large",0,0,0,0,0,0,1.500986001,-137.11144950400001,4591.2435827480003,-36246.272177972001,0.10118956633106969,null," 1/17/2023 10:13:27 AM",0.94922030750420328,48.1,14]
["ci_bfv_eq_small",221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,0.19940134150122094,null," 1/17/2023 11:28:24 AM",0.94954224445418201,12,1]
["ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,0.12711337788421534,null," 1/17/2023 10:59:59 AM",0.95706868872522688,24.1,2]
["ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,0.34948104502507477,null," 1/17/2023 11:27:00 AM",0.94241839597621901,48.1,1]
["cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,9.2730127969551934E-2,null," 1/13/2023 3:31:55 PM",0.97997834929612926,18.100000000000001,0]
["di_pipe_eq",0,0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,8.2838949266919329E-2,null," 1/13/2023 3:31:40 PM",0.99257213725669535,48.1,4]
["fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,0.37258732877875211,null," 1/13/2023 11:28:39 AM",0.65985747035876607,30001,0]
["hvac_ac_eq",2490.0166433280001,1.117904172,0,0,0,0,0,0,0,0,2.9060052999028089E-2,null," 1/25/2023 5:27:00 PM",0.99708569616381693,113.33,0]
["hvac_elec_eq",1144.4973268870001,0.76939132899999996,0,0,0,0,0,0,0,0,0.21824709010560447,null," 1/25/2023 5:44:55 PM",0.98363308354833745,6148.1,0]
["hvac_gas_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,0.11117046204521347,null," 1/25/2023 5:45:25 PM",0.97378468247658279,5032.1000000000004,0]
["hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,0.11117046204521347,null," 1/25/2023 5:45:06 PM",0.97378468247658279,5032.1000000000004,0]
["hvac_hp_eq_large",2416.5109401350001,0.81084980699999998,0,0,0,0,0,0,0,0,6.3748011821242526E-2,null," 1/25/2023 6:00:17 PM",0.98438546621794643,50.01,12]
["hvac_hp_eq_small",3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,0.20178190920126421,null," 1/25/2023 5:58:02 PM",0.80101943972733713,12,0]
["hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,8.9610663880693747E-2,null," 1/25/2023 5:45:51 PM",0.98579513413093556,3350.1,0]
["hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,8.9610663880693747E-2,null," 1/25/2023 5:45:40 PM",0.98579513413093556,3350.1,0]
["imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,6.537073818864049E-2,null," 1/23/2023 12:37:02 PM",0.9846598234923809,110,0]
["in_mix_eq",0,0,0,0,0,0,0.89436999900000003,-7.5688345879999996,587.64299956599996,846.02694751900003,0.19156077340949657,null," 1/23/2023 12:23:00 PM",0.99153579568237471,42.1,0]
["mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,0.15420855763774652,null," 1/23/2023 12:59:50 PM",0.95974019025607282,36.1,0]
["mount_mix_eq",3220.9800634899998,0.14804462199999999,0,0,0,0,0,0,0,0,0.10096714189868675,null," 1/23/2023 12:36:43 PM",0.57579712716736775,4.0999999999999996,0]
["op_fm_eq",0,0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,8.7926571657932578E-2,null," 1/23/2023 12:59:03 PM",0.99588591793663983,60.1,0]
["pipediffuser_eq",0,0,0,0,0,0,0,0.39360121199999998,7.0329854620000001,1720.972092557,7.4845086507198469E-2,null," 1/25/2023 11:03:34 AM",0.83210084360229097,48.1,0]
["pl_cst_eq",0,0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,0.19181540196500685,null," 1/13/2023 11:24:17 AM",0.9665490920876908,6601,0]
["pl_in_mix_eq",0,0,0,0,0,0,-6.3409859129999999,74.018844450000003,18.864168258999999,382.26834678300003,5.9743910094769863E-2,null," 1/23/2023 12:23:20 PM",0.99412750729345456,6.1,0]
["pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,0.1427349787694592,null," 1/17/2023 10:59:04 AM",0.93375154994717469,12.1,0]
["pp_man_eq_large",0,0,0,0,0,0,0,0,2553.3443597519999,-25690.347540136001,0.1288535088310907,null," 1/17/2023 10:02:52 AM",0.81137657813383668,24.1,14]
["pp_man_eq_small",0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,0.25566288048231928,null," 1/17/2023 9:54:09 AM",0.86317684069618528,12,0]
["pp_mov_eq_large",0,0,0,0,0,0,0,0,2443.3800723099998,-21582.792424030999,0.10606175481157647,null," 1/17/2023 9:48:39 AM",0.84845770106442142,24.1,14]
["pp_mov_eq_small",0,0,0,0,599.000620282,0.18198897,0,0,0,0,0.1044259768556962,null," 1/17/2023 9:44:40 AM",0.97980463453751598,12,0]
["prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,4.521517984937741E-2,null," 1/23/2023 12:59:37 PM",0.99578400826432001,36.1,0]
["pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,0.16787720556525074,null," 1/17/2023 11:35:59 AM",0.95812431183124169,10001,0]
["pvc_empump_eq",0,0,0,0,1147.9723958510001,5.4740779000000003E-2,0,0,0,0,0.39676137270947814,null," 1/17/2023 12:05:11 PM",0.62162919975925868,21.01,0]
["pvc_mmpump_eq",0,0,0,0,0,0,5.8459699999999996E-4,-0.31291286000000001,58.800444323000001,3000.5306602579999,5.9121223134457057E-2,null," 1/17/2023 12:20:25 PM",0.95805697100435294,132.01,0]
["pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,0.19469475172443332,null," 1/13/2023 3:33:26 PM",0.99750218963449888,48.1,0]
["ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,0.22117751729640323,null," 1/17/2023 11:03:14 AM",0.98072611838110124,48.1,0]
["ss_cst_eq",57.021589231,0.72932539100000005,0,0,0,0,0,0,0,0,6.872076181729754E-2,null," 1/13/2023 11:27:47 AM",0.99494997588312595,30001,0]
["ss_empump_eq",2305.9222008940001,0.140989643,0,0,0,0,0,0,0,0,0.19379304652600138,null," 1/17/2023 12:17:46 PM",0.40093386922936991,21.01,0]
["ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,0.19376804452462798,null," 1/17/2023 10:07:57 AM",0.8807162518733741,12.1,0]
["ss_mmpump_eq",0,0,0,0,0,0,0,-0.19761578099999999,60.928056216999998,3430.8004552430002,5.3382527173068531E-2,null," 1/17/2023 12:20:38 PM",0.97321402756132269,132.01,0]
["ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,0.27548354444948392,null," 1/17/2023 9:46:38 AM",0.93859465845858792,48.1,0]
["ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,0.25605913422579951,null," 1/13/2023 3:33:57 PM",0.93646598728443631,48.1,0]
["st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,0.42911927902362179,null," 1/13/2023 3:34:36 PM",0.39930452928082849,48.1,0]
["UV_AOP_reactor_eq",0,0,0,0,0,0,0,-5.2548626360000004,4031.1315660989999,-11896.814429534999,8.5520809400643929E-15,null," 1/24/2023 3:14:05 PM",1.0000000000000024,360.00099999999998,0]
["UV_MP_lamp_eq",59.484174396,0.30897266899999998,0,0,0,0,0,0,0,0,8.7760258678716521E-2,null," 1/24/2023 3:12:54 PM",0.76256624246626137,20001,0]
["UV_UPS_eq",918.82312892499999,1.234890364,0,0,0,0,0,0,0,0,0.36729919526864135,null," 1/24/2023 3:13:50 PM",0.89763266333700309,10.01,0]
["ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,7.9589033678493251E-2,null," 1/23/2023 12:59:16 PM",0.98202299755210409,48.1,0]

{"sheet":"Cost Data","index":18,"n_rows":1355,"n_cols":7,"rows_kept":1355,"cut":false,"hidden":false,"merged":[]}
["Cost Data"]
["This sheet is used internally and contains component cost data extracted from the central cost database"]
["To maintain vendor confidentiality, the central cost database itself is not provided here"]
[]
["bls118","Alarms (High/Low Pressure Alarms, Level Switch/Alarms, Low Alarms)"]
[43,null,null,"Unit Cost","Useful Life (large)","Useful Life (small)"]
["alarm_cost_cl",0,0,600.18707669670891,15,14]
[]
[]
["BCI","Backfill and Compaction"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["backfill_cost_cl",0,0,18.649999999999999,"N/A","N/A"]
[]
[]
["bls1174","Ballasts"]
[41,"Power needed (W)","Power selected (W)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["Ballast_cost_cl",0,300,927.21981387411142,"N/A","N/A"]
[null,301,600,1118.3355999784828,"N/A","N/A"]
[null,601,6000,7552.1560638017718,"N/A","N/A"]
[null,6001,9300,8815.986262233906,"N/A","N/A"]
[null,9301,10000,3885.4759155061502,"N/A","N/A"]
[null,10001,12000,4790.8834555025796,"N/A","N/A"]
[null,12001,20000,7298.8067948178441,"N/A","N/A"]
[null,20001,"contact vendor","contact vendor"]
[]
[]
["CCI","Pipe bedding costs (crushed stone and sand)"]
[2,null,null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["bedding_cost_cl",0,0,45.35,"N/A","N/A"]
[]
[]
["bore_rig_cost_cl",0,0,2650,"N/A","N/A"]
[null,"Borings, cased borings in earth, w/samples, 2.5\" dia",null,"Avg. Unit Cost (per lf)","Useful Life (large)","Useful Life (small)"]
["bore_cost_cl",0,0,64,"N/A","N/A"]
[]
[]
["stake_out_cost_cl",0,0,1475,"N/A","N/A"]
[null,"Borings, drawings showing boring details",null,"Avg. Unit Cost (per job)","Useful Life (large)","Useful Life (small)"]
["bore_draw_cost_cl",0,0,425,"N/A","N/A"]
[]
[]
["bore_report_cost_cl",0,0,970,"N/A","N/A"]
[null,"Borings, mobilization and demobilization, minimum",null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bore_mob_cost_cl",0,0,660,"N/A","N/A"]
[]
[]
["bore_draw_cost",0,0,425,"N/A","N/A"]
[null,"Borings, report and recommendations from P.E.",null,"Avg. Unit Cost (per job)","Useful Life (large)","Useful Life (small)"]
["bore_report_cost_cl",0,0,970,"N/A","N/A"]
[]
[]
["bore_mob_cost",0,0,660,"N/A","N/A"]
[null,"Borings, drill rig and crew with truck mounted auger",null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["bore_rig_cost_cl",0,0,2650,"N/A","N/A"]
[]
[]
["bls061","Chemical Costs"]
[11,"Chemical","Units","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["chem_cost_cl","Acetic Acid","lb",0.25892298275361592,"N/A","N/A"]
[null,"Aluminum Sulfate (alum)","ton",379.67249647750987,"N/A","N/A"]
[null,"Ammonium Chloride","lb",0.98400176743500989,"N/A","N/A"]
[null,"Antiscalant - Basic","lb",2.935905987838364,"N/A","N/A"]
[null,"Antiscalant - Premium","lb",4.298511395790559,"N/A","N/A"]
[null,"Calcium Hydroxide (Lime) - Large Qty","lb",0.14933365711760807,"N/A","N/A"]
[null,"Calcium Hydroxide (Lime) - Small Qty","lb",0.25092360451306417,"N/A","N/A"]
[null,"Calcium Hypochlorite - Large Qty","lb",1.8076509548824649,"N/A","N/A"]
[null,"Calcium Hypochlorite - Small Qty","lb",3.0195931290952047,"N/A","N/A"]
[null,"Calcium Oxide (Quicklime)","ton",292.14602474409008,"N/A","N/A"]
[null,"Citric Acid (food grade)","lb",1.2847889581924627,"N/A","N/A"]
[null,"Ethanol","gal",4.5669105752706649,"N/A","N/A"]
[null,"Ferric Chloride","lb",0.16017416334156323,"N/A","N/A"]
[null,"Ferric Sulfate","lb",0.14204018747082317,"N/A","N/A"]
[null,"Ferrous Sulfate - Large Qty","lb",1.4750000000000001,"N/A","N/A"]
[null,"Ferrous Sulfate - Mid Qty","lb",1.1012,"N/A","N/A"]
[null,"Ferrous Sulfate - Small Qty","lb",0.91449999999999998,"N/A","N/A"]
[null,"Hydrochloric Acid - Large Qty","lb",0.49255463949257372,"N/A","N/A"]
[null,"Hydrochloric Acid - Mid Qty","lb",0.57004275858817965,"N/A","N/A"]
[null,"Hydrochloric Acid - Small Qty","lb",0.93372617539628344,"N/A","N/A"]
[null,"Hydrogen Peroxide - Large Qty","lb",0.3172018248175183,"N/A","N/A"]
[null,"Hydrogen Peroxide - Small Qty","lb",0.47022883285981981,"N/A","N/A"]
[null,"Liquid Oxygen - Large Qty","ton",78.476632289948313,"N/A","N/A"]
[null,"Liquid Oxygen - Mid Qty","ton",361.7648758605846,"N/A","N/A"]
[null,"Liquid Oxygen - Small Qty","ton",811.40046895446164,"N/A","N/A"]
[null,"Membrane Cleaner - High pH Detergent","gal",44.177656959004025,"N/A","N/A"]
[null,"Membrane Cleaner - Low pH Sulfate Control","gal",38.525745847892914,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Large Qty","lb",0.65600897434378369,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Mid Qty","lb",0.74193129494261945,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Small Qty","lb",0.84674242280285039,"N/A","N/A"]
[null,"Phosphoric Acid 36% - Large Qty","lb",0.33234317417601811,"N/A","N/A"]
[null,"Phosphoric Acid 36% - Small Qty","lb",0.81370650744184447,"N/A","N/A"]
[null,"Polyaluminum Chloride - Large Qty","lb",0.20438225614058614,"N/A","N/A"]
[null,"Polyaluminum Chloride - Small Qty","lb",0.40812805824157544,"N/A","N/A"]
[null,"Polymers","lb",0.74137399196238118,"N/A","N/A"]
[null,"Potassium Permanganate","lb",2.3881161426276218,"N/A","N/A"]
[null,"Sodium Bicarbonate","lb",0.42575032116788325,"N/A","N/A"]
[null,"Sodium Bisulfite","lb",0.48694420796818616,"N/A","N/A"]
[null,"Sodium Carbonate (soda ash)","lb",0.38999349762688967,"N/A","N/A"]
[null,"Sodium Chloride - Large Qty","lb",0.10445948132048184,"N/A","N/A"]
[null,"Sodium Chloride - Mid Qty","lb",0.21448163524559982,"N/A","N/A"]
[null,"Sodium Chloride - Small Qty","lb",0.28961344000739103,"N/A","N/A"]
[null,"Sodium Chlorite 25.0% Solution","lb",0.87543886696652329,"N/A","N/A"]
[null,"Sodium Chlorite 7.5% Solution","lb",0.48591449775627299,"N/A","N/A"]
[null,"Sodium Hexametaphosphate","lb",0.68255791765637375,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Large Qty","lb",0.21325228017050835,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Mid Qty","lb",0.2558351123249763,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Small Qty","lb",0.31827794416978772,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Large Qty","lb",0.12531949821201241,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Mid Qty","lb",0.15728565790356952,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Small Qty","lb",0.17978347397804662,"N/A","N/A"]
[null,"Sodium Hypochlorite - Large Qty","gal",1.0111282050615207,"N/A","N/A"]
[null,"Sodium Hypochlorite - Mid Qty","gal",1.3708025989562564,"N/A","N/A"]
[null,"Sodium Hypochlorite - Small Qty","gal",1.7203222705757928,"N/A","N/A"]
[null,"Sulfuric Acid - Large Qty","lb",0.13709828619050735,"N/A","N/A"]
[null,"Sulfuric Acid - Small Qty","lb",0.19509817893903403,"N/A","N/A"]
[null,"Tetrasodium Pyrophosphate","lb",8.3511491937189888,"N/A","N/A"]
[null,"Zinc Orthophosphate - Large Qty","gal",6.3109223358010995,"N/A","N/A"]
[null,"Zinc Orthophosphate - Mid Qty","gal",8.0362899049881236,"N/A","N/A"]
[null,"Zinc Orthophosphate - Small Qty","gal",10.748262798053529,"N/A","N/A"]
[]
[]
["bls1149","Cast Iron Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_bfv_cost_cl",0,2,382.59443243243237,25,20]
[null,2.1,2.5,465.81371999999999,25,20]
[null,2.6,3,985.99555274261604,25,20]
[null,3.1,4,1175,25,20]
[null,4.0999999999999996,8,1725,25,20]
[null,8.1,12,2875,25,20]
["ci_bfv_cost_large",12.1,14,5400,25,20]
[null,14.1,18,9700,25,20]
[null,18.100000000000001,20,12700,25,20]
[null,20.100000000000001,24,20900,25,20]
[null,24.1,30,17100,25,20]
[null,30.1,36,21100,25,20]
[null,36.1,42,26600,25,20]
[null,42.1,48,34100,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Cast Iron Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_chv_cost_cl",0,2,727.99227027027018,25,20]
[null,2.1,3,906.87331645569623,25,20]
[null,3.1,4,1775,25,20]
[null,4.0999999999999996,6,2750,25,20]
[null,6.1,8,4850,25,20]
[null,8.1,12,12600,25,20]
[null,12.1,18,47100,25,20]
[null,18.100000000000001,24,66500,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Cast Iron Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_mov_cost_cl",0,1,1344.7174074420614,25,20]
[null,1.1000000000000001,2,863.90978021978026,25,20]
[null,2.1,3,3473.2001649484537,25,20]
[null,3.1,4,4185.087896551724,25,20]
[null,4.0999999999999996,6,6000.7343666666675,25,20]
[null,6.1,8,11061.839595959596,25,20]
[null,8.1,10,14396.050612244897,25,20]
[null,10.1,12,16659.506451612902,25,20]
[null,12.1,14,19254.500240963855,25,20]
[null,14.1,16,26647.512289156628,25,20]
[null,16.100000000000001,18,33531.189219858155,25,20]
[null,18.100000000000001,30,42084.270140109402,25,20]
[null,30.1,48,59227.779900671587,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls118","Chlorine Residual Analyzer"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["cl_anal_cost_cl",0,0,4298.1025397652365,15,14]
[]
[]
["BCI","Concrete for Basins"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["conc_basin_cost_cl",0,0,739.60558874747949,40,37]
[]
[]
["bls061","Chemical Resistant Coating for Concrete"]
[11,null,null,"Avg. Unit Cost (per gal)","Useful Life (large)","Useful Life (small)"]
["conc_coating_cost_cl",0,0,389.13,10,10]
[]
[]
["BCI","Concrete Pad"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["conc_pad_cost_cl",0,0,492.74999999999994,40,37]
[]
[]
["bls072106033","CPVC Piping"]
[15,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["cpvc_pipe_cost_cl",0,0.5,2.6632135313802943,22,17]
[null,0.6,0.75,3.4161861313868607,22,17]
[null,0.76,1,4.6191902899139743,22,17]
[null,1.1000000000000001,1.5,6.9897382182847299,22,17]
[null,1.6,2,9.7307617597109495,22,17]
[null,2.1,2.5,13.9160178794061,22,17]
[null,2.6,3,15.479636354286573,22,17]
[null,3.1,4,27.687322631427584,22,17]
[null,4.0999999999999996,6,50.768846439169138,22,17]
[null,6.1,8,60.907083897837325,22,17]
[null,8.1,10,120.49246198157502,22,17]
[null,10.1,12,157.99898111173229,22,17]
[null,12.1,14,232.01930337969426,22,17]
[null,14.1,16,296.65379213483146,22,17]
[null,16.100000000000001,18,297.3340569345113,22,17]
[null,18.100000000000001,"contact vendor","contact vendor",22,17]
[]
[]
[]
["Current Year","current_year_cl",2021]
[]
[]
["bls10150211","Ductile Iron Piping"]
[19,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["di_pipe_cost_cl",0,4,75,40,35]
[null,4.0999999999999996,6,92.5,40,35]
[null,6.1,8,126,40,35]
[null,8.1,10,161,40,35]
[null,10.1,12,197,40,35]
[null,12.1,14,157,40,35]
[null,14.1,16,169,40,35]
[null,16.100000000000001,18,216,40,35]
[null,18.100000000000001,20,225,40,35]
[null,20.100000000000001,24,254,40,35]
[null,24.1,30,345.13777777777773,40,35]
[null,30.1,36,451.23555555555549,40,35]
[null,36.1,42,628.76444444444439,40,35]
[null,42.1,48,816.64,40,35]
[null,48.1,"contact vendor","contact vendor",40,35]
[]
[]
["bls118","Electrical Enclosure"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["elec_encl_cost_cl",0,0,1400,22,17]
[]
[]
["BCI","Excavation"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["excavate_cost_cl",0,0,30.879999999999995,"N/A","N/A"]
[]
[]
["bls07210606","Fiberglass Chemical Storage Tanks"]
[16,"Size Needed (gal)","Size Selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["fg_cst_cost_cl",0,564,10643.27205882353,10,7]
[null,565,600,9872.8308823529405,10,7]
[null,601,625,10625.875,10,7]
[null,626,1000,12232.285714285714,10,7]
[null,1001,1470,12855.625,10,7]
[null,1471,1500,15064.344827586207,10,7]
[null,1501,2000,18487.235142118861,10,7]
[null,2001,2150,12954.956072351421,10,7]
[null,2151,3000,19159.81395348837,10,7]
[null,3001,4000,21829.291989664081,10,7]
[null,4001,4500,39689.09560723514,10,7]
[null,4501,5000,24602.528795811515,10,7]
[null,5001,6000,27770.575916230366,10,7]
[null,6001,7000,30351.565445026175,10,7]
[null,7001,8000,32931.408376963351,10,7]
[null,8001,9000,35253.267015706806,10,7]
[null,9001,10000,37624.749216300945,10,7]
[null,10001,10100,18617.288401253922,10,7]
[null,10101,11000,39992.100313479626,10,7]
[null,11001,11750,55751.175548589345,10,7]
[null,11751,12000,42353.730407523515,10,7]
[null,12001,13000,49086.206896551725,10,7]
[null,13001,14000,55803.808777429469,10,7]
[null,14001,15000,59147.258536585359,10,7]
[null,15001,20000,75892.113207547169,10,7]
[null,20001,22000,95701.867924528313,10,7]
[null,22001,25000,111582.25806451614,10,7]
[null,25001,29610,34484.032258064522,10,7]
[null,29611,30000,135622.54054054053,10,7]
[null,30001,"contact vendor","contact vendor",10,7]
[]
[]
["bls114","Impeller Mixers for Rapid Mix"]
[29,"Size needed (hp)","Size Selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["imp_mix_cost_cl",0,1,5215.639311849045,25,20]
[null,1.1000000000000001,1.5,5974.8263252684128,25,20]
[null,1.6,2,6068.3450523109377,25,20]
[null,2.1,3,7378.3626076365754,25,20]
[null,3.1,5,8134.7527370290263,25,20]
[null,5.0999999999999996,7.5,11316.307504296892,25,20]
[null,7.6,10,14374.813447090328,25,20]
[null,10.1,20,25944.468684113283,25,20]
[null,20.100000000000001,30,39315.823046232101,25,20]
[null,30.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls114","Stainless Steel Inline/Rapid Mixers"]
[29,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["in_mix_cost_cl",0,0.5,1164.8152551020407,25,22]
[null,0.6,0.75,1144.2540807453415,25,22]
[null,0.85,1,1388.8773414634147,25,22]
[null,1.1000000000000001,1.5,1670.349835443038,25,22]
[null,1.6,2,1941.5815227272728,25,22]
[null,2.1,2.5,3278.7820298507463,25,22]
[null,2.6,3,4146.8759701492536,25,22]
[null,2.1,4,5349.9816799999999,25,22]
[null,4.0999999999999996,6,3323.0808539325849,25,22]
[null,6.1,8,4204.0393825503361,25,22]
[null,8.1,10,8429.8018791946306,25,22]
[null,10.1,12,8540.2004026845643,25,22]
[null,12.1,14,10271.688724832215,25,22]
[null,14.1,16,12693.517181208053,25,22]
[null,16.100000000000001,18,14466.350738255034,25,22]
[null,18.100000000000001,20,17242.745906040269,25,22]
[null,20.100000000000001,24,24824.633154362418,25,22]
[null,24.1,42,73614.901610738249,25,22]
[null,42.1,"contact vendor","contact vendor",25,22]
[]
[]
["bls1154","Laser Jet Printer"]
[38,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["laser_printer_cost_cl",0,0,373.99500000000006,10,8]
[]
[]
["bls118","Magnetic Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["mag_fm_cost_cl",0,0.75,5046.2119844357976,15,14]
[null,0.76,1,3719.3050000000003,15,14]
[null,1.1000000000000001,1.5,3762.3734647887327,15,14]
[null,1.6,2,3899.756109589041,15,14]
[null,2.1,2.5,3894.0035399999997,15,14]
[null,2.6,3,4108.8077378640774,15,14]
[null,3.1,4,4281.420210752688,15,14]
[null,4.0999999999999996,6,6813.2262666666675,15,14]
[null,6.1,8,9089.8655287356323,15,14]
[null,8.1,10,12176.345693430656,15,14]
[null,10.1,12,12145.340729927009,15,14]
[null,12.1,14,10284.360875912409,15,14]
[null,14.1,16,12564.606131386863,15,14]
[null,16.100000000000001,18,10867.900729927009,15,14]
[null,18.100000000000001,20,14743.154452554745,15,14]
[null,20.100000000000001,24,19627.052846715331,15,14]
[null,24.1,30,22949.66189781022,15,14]
[null,30.1,36,30908.188029197081,15,14]
[null,36.1,"contact vendor","contact vendor",15,14]
[]
[]
["CCI","Metalwork"]
[2,null,"Units","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["metal_cost_cl","Aluminum Railing","lf",44,40,35]
[null,"Aluminum Stairs","riser",460,40,35]
[null,"Checkered Plate Platform","sf",47.774999999999999,40,35]
[null,"Grating","sf",43.491623083060013,40,35]
[]
[]
["bls114","Mounted Mixers (for neutralization tanks, etc)"]
[29,"Size needed (hp)","Size selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["mount_mix_cost_cl",0,0.33333333333333331,2576.0571507413197,25,22]
[null,0.34,0.5,3281.4726797331573,25,22]
[null,0.51,0.75,2703.2428881584933,25,22]
[null,0.76,1,3740.58217089759,25,22]
[null,1.1000000000000001,1.5,3059.3629529265804,25,22]
[null,1.6,2,3689.7078759307205,25,22]
[null,2.1,4,3958.3489700850441,25,22]
[null,4.0999999999999996,"contact vendor","contact vendor",25,22]
[]
[]
["bls118","Orifice Plate Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["op_fm_cost_cl",0,2,1917.9132555761435,15,14]
[null,2.1,3,2012.2775307939435,15,14]
[null,3.1,6,3229.2703536375971,15,14]
[null,6.1,12,5131.3008277058216,15,14]
[null,12.1,16,6932.5703263810165,15,14]
[null,16.100000000000001,24,6272.4431261963609,15,14]
[null,48.1,60,25150.900552878997,15,14]
[null,60.1,"contact vendor","contact vendor",15,14]
[]
[]
["bls117507","Operator Interface Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["op_interface_software_cost_cl",0,0,40.5,10,8]
[]
[]
["bls11510114","PC Workstation"]
[37,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pc_workstation_cost_cl",0,0,1325.79,10,8]
[]
[]
["bls118","pH Meters/Controllers"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pH_meter_cost_cl",0,0,3047.1155477538618,15,14]
[]
[]
["bls1149","Solution Diffusers for Contact Pipes"]
[35,"Size Needed (in. diam)","Size Selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pipediffuser_cost_cl",0,3,1744.6547333823662,25,20]
[null,3.1,6,1767.4319481496154,25,20]
[null,6.1,10,1892.7066293694857,25,20]
[null,10.1,14,1892.7066293694857,25,20]
[null,14.1,24,1892.7066293694857,25,20]
[null,24.1,30,2702.0137699136449,25,20]
[null,30.1,48,2904.3405550496855,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bore_cost",0,0,64,"N/A","N/A"]
[null,"Hand Dug Test Pits",null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["pit_cost_cl",0,0,284.5,"N/A","N/A"]
[]
[]
["bls07210606","Plastic (XLPE) Chemical Storage Tanks"]
[16,"Size Needed (gal)","Size Selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pl_cst_cost_cl",0,60,648.92857142857144,10,7]
[null,61,100,1067.8571428571429,10,7]
[null,101,120,745.85714285714289,10,7]
[null,121,155,821.42857142857133,10,7]
[null,156,200,903.57142857142856,10,7]
[null,201,205,1412.8571428571427,10,7]
[null,206,295,1150,10,7]
[null,296,300,1288,10,7]
[null,301,540,1827.6785714285716,10,7]
[null,541,550,1339.5735294117649,10,7]
[null,551,850,1913.6764705882354,10,7]
[null,851,1000,1653.4642857142858,10,7]
[null,1001,1050,3015,10,7]
[null,1051,1200,2413.1964285714284,10,7]
[null,1201,1450,1917.875,10,7]
[null,1451,1500,3619.2413793103447,10,7]
[null,1501,2000,4125.1886304909558,10,7]
[null,2001,2450,3836.3617571059431,10,7]
[null,2451,2500,5598.2635658914724,10,7]
[null,2501,2550,7703.9793281653738,10,7]
[null,2551,3000,5615.0490956072354,10,7]
[null,3001,4200,8250.3772609819116,10,7]
[null,4201,5200,11687.261780104711,10,7]
[null,5201,5300,13787.82722513089,10,7]
[null,5301,6500,14716.570680628272,10,7]
[null,6501,6600,17680.523560209422,10,7]
[null,6601,"contact vendor","contact vendor",10,7]
[]
[]
["bls114","Plastic Inline/Rapid Mixers"]
[29,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pl_in_mix_cost_cl",0,0.5,381.38052840909091,25,22]
[null,0.6,0.75,476.07522959183672,25,22]
[null,0.85,1,502.01873035230352,25,22]
[null,1.1000000000000001,1.5,549.80072815533981,25,22]
[null,1.6,2,607.9558369047619,25,22]
[null,2.1,3,975.54205769230771,25,22]
[null,2.1,4,1264.9228454545455,25,22]
[null,4.0999999999999996,6,1772.9046636363637,25,22]
[null,6.1,"contact vendor","contact vendor",25,22]
[]
[]
["bls115","Plant Intelligence Software"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plant_intel_software_cost_cl",0,0,20680.739999999998,10,8]
[]
[]
["bls115","Expansion Base Controller Module"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_base_expansion_controller_cost_cl",0,0,107.74000000000001,10,8]
[]
[]
["bls117507","Base Expansion Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_base_expansion_cost_cl",0,0,142.66999999999999,10,8]
[]
[]
["bls117507","I/O Combination Analog Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_combination_analog_cost_cl",0,0,557.33500000000004,10,8]
[]
[]
["bls117507","CPU"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_cpu_cost_cl",0,0,378.8,10,8]
[]
[]
["bls117507","PLC Data Collection Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_data_software_cost_cl",0,0,597.23500000000001,10,8]
[]
[]
["bls117507","I/O Discrete Input Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_discrete_input_cost_cl",0,0,382.68,10,8]
[]
[]
["bls117507","I/O Discrete Output Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_discrete_output_cost_cl",0,0,340.42500000000001,10,8]
[]
[]
["bls117507","Ethernet Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_ethernet_cost_cl",0,0,1342.2349999999999,10,8]
[]
[]
["bls115","Operator Interface Unit"]
[36,"System Size",null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_op_interface_cost_cl","small","small",1828.625,10,8]
[null,"large","large",616.5,10,8]
[]
[]
["bls115","PLC Rack/Power Supply"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_rack_cost_cl",0,0,355.56,10,8]
[]
[]
["bls117507","PLC  Programming Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_software_cost_cl",0,0,553.5,10,8]
[]
[]
["bls114","Portable Mixers"]
[29,"Size needed (hp)","Size selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["port_mix_cost_cl",0,1,2673.5819322709162,25,20]
[null,1.1000000000000001,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","PVC Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_chv_cost_cl",0,0.5,86,25,20]
[null,0.6,0.75,94,25,20]
[null,0.76,1,112,25,20]
[null,1.1000000000000001,1.5,168,25,20]
[null,1.51,2,221,25,20]
[null,2.1,3,535,25,20]
[null,3.1,4,745,25,20]
[null,4.0999999999999996,6,1183.2912922943299,25,20]
[null,6.1,8,2546.809935210013,25,20]
[null,8.1,10,3343.2641795643849,25,20]
[null,10.1,12,3308.8022170682825,25,20]
[null,12.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Polypropylene/PVC Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_man_cost_cl",0,0.5,128.83954852512139,25,20]
[null,0.6,0.75,147.50199593286607,25,20]
[null,0.76,1,165.45892277617779,25,20]
[null,1.1000000000000001,1.5,234.30425345942169,25,20]
[null,1.6,2,297.00740796003362,25,20]
[null,2.1,3,500.39976319112048,25,20]
[null,3.1,4,636.40287930604438,25,20]
[null,4.0999999999999996,6,509.65011818181824,25,20]
[null,6.1,8,1509.803581818182,25,20]
[null,8.1,10,2218.7854000000002,25,20]
[null,10.1,12,3493.0035818181823,25,20]
["pp_man_cost_large",12.1,14,9497.3730363636369,25,20]
[null,14.1,16,15175.099218181818,25,20]
[null,16.100000000000001,18,26336.568309090911,25,20]
[null,18.100000000000001,20,27037.973036363637,25,20]
[null,20.100000000000001,24,30928.845763636364,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Polypropylene/PVC Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_mov_cost_cl",0,0.5,740.26144396551717,25,20]
[null,0.6,0.75,756.44980603448266,25,20]
[null,0.76,1,762.05928879310341,25,20]
[null,1.1000000000000001,1.5,832.34657327586206,25,20]
[null,1.6,2,819.5775532116046,25,20]
[null,2.1,2.5,754.23778894515874,25,20]
[null,2.6,3,976.71146485581494,25,20]
[null,3.1,4,1166.5479564973525,25,20]
[null,4.0999999999999996,6,1648.4738331376229,25,20]
[null,6.1,8,2631.2493192641541,25,20]
[null,8.1,10,4317.4601627104021,25,20]
[null,10.1,12,5117.5928035714278,25,20]
["pp_mov_cost_large",12.1,14,11974.494936134073,25,20]
[null,14.1,16,17391.798762050355,25,20]
[null,16.100000000000001,18,27381.034667861262,25,20]
[null,18.100000000000001,20,29109.944789041583,25,20]
[null,20.100000000000001,24,32873.996547028371,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls118","Propeller Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["prop_fm_cost_cl",0,2,2762.2015890410958,15,14]
[null,2.1,3,2952.1338543689321,15,14]
[null,3.1,4,3374.8769849462369,15,14]
[null,4.0999999999999996,6,5052.9042666666664,15,14]
[null,6.1,8,5332.266333333333,15,14]
[null,8.1,10,5899.4732846715342,15,14]
[null,10.1,12,6787.882043795621,15,14]
[null,12.1,14,7395.5316788321179,15,14]
[null,14.1,16,8116.5827737226282,15,14]
[null,16.100000000000001,18,8534.2178102189791,15,14]
[null,18.100000000000001,20,9377.896642335767,15,14]
[null,20.100000000000001,24,11593.604671532848,15,14]
[null,24.1,30,15914.305401459857,15,14]
[null,30.1,36,20239.210510948906,15,14]
[null,36.1,"contact vendor","contact vendor",15,14]
[]
[]
["bls1141","Centrifugal Pumps (Booster)"]
[30,"Size needed (gpm)","Size selected (gpm)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pump_cost_cl",0,10,3765.081740826402,20,17]
[null,11,30,4254.6995836907727,20,17]
[null,31,200,12125.919025502953,20,17]
[null,301,500,13969.613526038316,20,17]
[null,501,750,17759.918572183145,20,17]
[null,751,1000,18367.928438860366,20,17]
[null,1001,1500,23207.19064302601,20,17]
[null,1501,2000,33543.358376538781,20,17]
[null,2001,3000,38246.128569817702,20,17]
[null,3001,3500,41894.187769881028,20,17]
[null,3501,4000,44289.002142711717,20,17]
[null,4001,6000,82333.048086229319,20,17]
[null,6001,10000,89174.66776026864,20,17]
[null,10001,"contact vendor","contact vendor",20,17]
[]
[]
["bls1141","PVC Chemical Metering Pumps - Electric"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pvc_empump_cost_cl",0,0.21,1430.5603577391205,20,15]
[null,0.22,0.5,1698.9532846009226,20,15]
[null,0.51,0.6,667.04762473158007,20,15]
[null,0.61,1,1376.9078299324747,20,15]
[null,1.01,1.5,717.80776274388995,20,15]
[null,1.51,2,1063.3180553384593,20,15]
[null,2.0099999999999998,2.5,2044.2160303212022,20,15]
[null,2.5099999999999998,5,2208.378694324052,20,15]
[null,5.01,6.3,1184.6029949577078,20,15]
[null,6.31,10,2393.3874108986925,20,15]
[null,10.01,21,3340.5799246294214,20,15]
[null,21.01,"contact vendor","contact vendor",20,15]
[]
[]
["bls1141","PVC Chemical Metering Pumps - Mechanical"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pvc_mmpump_cost_cl",0,1,3165.9942343406765,20,17]
[null,1.01,2,3165.9942343406765,20,17]
[null,2.0099999999999998,4,3165.9942343406765,20,17]
[null,4.01,5,3165.9942343406765,20,17]
[null,5.01,7,3599.2012643481967,20,17]
[null,7.01,11,3165.9942343406765,20,17]
[null,11.01,14,4109.2781132141945,20,17]
[null,14.01,22,4552.8161503300189,20,17]
[null,22.01,29,4415.4545103623668,20,17]
[null,29.01,35,4569.1941480793221,20,17]
[null,35.01,59,5503.0238131129645,20,17]
[null,59.01,132,6656.4039497412641,20,17]
[null,132.01,"contact vendor","contact vendor",20,17]
[]
[]
["bls072106033","PVC Piping"]
[15,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["pvc_pipe_cost_cl",0,0.5,1.9312269788838421,22,17]
[null,0.6,0.75,2.5438388800988618,22,17]
[null,0.76,1,3.7370578810951129,22,17]
[null,1.1000000000000001,1.5,2.3199999999999998,22,17]
[null,1.6,2,2.4700000000000002,22,17]
[null,2.1,2.5,3.46,22,17]
[null,2.6,3,6.45,22,17]
[null,3.1,4,9.6,22,17]
[null,3.1,6,12.6,22,17]
[null,6.1,8,17.850000000000001,22,17]
[null,8.1,10,22.5,22,17]
[null,10.1,12,29,22,17]
[null,12.1,14,28,22,17]
[null,14.1,16,35,22,17]
[null,16.100000000000001,18,42.5,22,17]
[null,18.100000000000001,20,52.5,22,17]
[null,20.100000000000001,24,73.5,22,17]
[null,24.1,30,115,22,17]
[null,30.1,36,160,22,17]
[null,36.1,42,217,22,17]
[null,42.1,48,265,22,17]
[null,48.1,"contact vendor","contact vendor",22,17]
[]
[]
[3,null,null,"Avg. Unit Cost (per sf)","Useful Life (large)"]
["sitework_sf_cl","Sitework unit cost","sitework_sf_cl",15.191208791208791,"N/A"]
[]
[]
["bls1149","Stainless Steel Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_chv_cost_cl",0,0.5,260.09816326530608,25,20]
[null,0.6,0.75,282.54780745341617,25,20]
[null,0.76,1,307.49703414634143,25,20]
[null,1.1000000000000001,1.5,473.64268354430379,25,20]
[null,1.6,2,599.03731818181814,25,20]
[null,2.1,2.5,768.14740298507468,25,20]
[null,2.6,3,1029.0379104477611,25,20]
[null,3.1,4,1644.4010800000003,25,20]
[null,4.0999999999999996,6,6040.9246741573043,25,20]
[null,6.1,8,9572.4145503355703,25,20]
[null,8.1,30,49334.628922752097,25,20]
[null,30.1,36,59019.279083141446,25,20]
[null,36.1,42,80002.687763985043,25,20]
[null,42.1,48,96143.77136463394,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1072","Stainless Steel Chemical Storage Tanks"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_cst_cost_cl",0,1100,10925.879875999251,35,30]
[null,1101,2400,15033.777689958049,35,30]
[null,2401,3000,18123.913110825615,35,30]
[null,3001,4300,25327.233246383039,35,30]
[null,4301,5100,27899.146705242172,35,30]
[null,5101,6100,31920.470343344543,35,30]
[null,6101,8000,40900.418617903975,35,30]
[null,8001,10000,48707.45393314898,35,30]
[null,10001,30000,109987.48232351081,35,30]
[null,30001,"contact vendor","contact vendor",35,30]
[]
[]
["bls1141","316 Stainless Steel Chemical Metering Pumps - Electric"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_empump_cost_cl",0,0.21,1774.520225173663,20,15]
[null,0.22,0.5,1894.3850274614583,20,15]
[null,0.51,0.8,3294.9791846286298,20,15]
[null,0.81,1,1657.2611794573418,20,15]
[null,1.01,2,3251.9842011993123,20,15]
[null,2.0099999999999998,2.5,2124.9944840368903,20,15]
[null,2.5099999999999998,3,3251.9842011993123,20,15]
[null,3.01,3.17,2406.4161937560611,20,15]
[null,3.1799999999999997,4,3251.9842011993123,20,15]
[null,4.01,5,2552.3385617585946,20,15]
[null,5.01,7,3251.9842011993123,20,15]
[null,7.01,10,2737.3472783332354,20,15]
[null,10.01,21,3684.5397920639643,20,15]
[null,21.01,"contact vendor","contact vendor",20,15]
[]
[]
["bls1149","Stainless Steel Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_man_cost_cl",0,1,317.83100975609756,25,20]
[null,1.1000000000000001,2,468.17123628865829,25,20]
[null,2.1,3,761.47524388103591,25,20]
[null,3.1,4,1023.1879828009146,25,20]
[null,4.0999999999999996,6,1045.1288577751598,25,20]
[null,6.1,8,1499.216706700558,25,20]
[null,8.1,10,2730.5081374852439,25,20]
[null,10.1,12,3467.076863583452,25,20]
[null,12.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1141","316 Stainless Steel Chemical Metering Pumps - Mechanical"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_mmpump_cost_cl",0,1,3680.6311572067534,20,17]
[null,1.01,2,3680.6311572067534,20,17]
[null,2.0099999999999998,4,3680.6311572067534,20,17]
[null,4.01,5,3680.6311572067534,20,17]
[null,5.01,7,3680.6311572067534,20,17]
[null,7.01,11,3680.6311572067534,20,17]
[null,11.01,14,4695.5733417958018,20,17]
[null,14.01,29,5001.7497389439741,20,17]
[null,29.01,35,5155.4893766609293,20,17]
[null,35.01,59,6859.1551118682983,20,17]
[null,59.01,98,7352.1766738116858,20,17]
[null,98.01,132,8019.603101716275,20,17]
[null,132.01,"contact vendor","contact vendor",20,17]
[]
[]
["bls1149","Stainless Steel Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_mov_cost_cl",0,1,1207.272967032967,25,20]
[null,1.1000000000000001,1.5,1723.1306593406593,25,20]
[null,1.6,2,1414.6933333692275,25,20]
[null,2.1,3,2482.1433022573333,25,20]
[null,3.1,4,4004.9512980917061,25,20]
[null,4.0999999999999996,6,2714.3535021394746,25,20]
[null,6.1,8,4334.6072933153191,25,20]
[null,8.1,10,5587.5543049125572,25,20]
[null,10.1,12,7631.5667775126039,25,20]
[null,12.1,14,24748.502523442836,25,20]
[null,14.1,16,28530.258869128291,25,20]
[null,16.100000000000001,20,46615.65881913164,25,20]
[null,20.100000000000001,24,65149.016724246409,25,20]
[null,24.1,30,80302.681490252042,25,20]
[null,30.1,48,220985.84305316926,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls10170674","Stainless Steel Piping"]
[21,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["ss_pipe_cost_cl",0,0.5,23,45,40]
[null,0.6,0.75,29.5,45,40]
[null,0.76,1,37.5,45,40]
[null,1.1000000000000001,1.25,45,45,40]
[null,1.26,1.5,57,45,40]
[null,1.6,2,82.5,45,40]
[null,2.1,2.5,153,45,40]
[null,2.6,3,190,45,40]
[null,3.1,4,231,45,40]
[null,4.0999999999999996,6,325,45,40]
[null,6.1,8,475,45,40]
[null,8.1,10,565,45,40]
[null,10.1,12,725,45,40]
[null,12.1,16,328.39642490634219,45,40]
[null,16.100000000000001,24,574.9220707070707,45,40]
[null,24.1,36,1302.2010248742749,45,40]
[null,36.1,48,2074.2913701060911,45,40]
[null,48.1,"contact vendor","contact vendor",45,40]
[]
[]
["bls107411","Steel Piping"]
[25,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["st_pipe_cost_cl",0,0.5,13.896100000000001,35,33]
[null,0.6,1,18.130499999999998,35,33]
[null,1.1000000000000001,1.5,23.482500000000002,35,33]
[null,1.6,2,31.328500000000002,35,33]
[null,2.1,2.5,43.287999999999997,35,33]
[null,2.6,3,49.111499999999999,35,33]
[null,3.1,4,64.635000000000005,35,33]
[null,4.0999999999999996,6,91.93,35,33]
[null,6.1,8,172.095,35,33]
[null,8.1,10,213.54999999999998,35,33]
[null,10.1,12,270.05,35,33]
[null,12.1,14,305.43,35,33]
[null,14.1,16,396.85,35,33]
[null,16.100000000000001,18,419.98,35,33]
[null,18.100000000000001,20,486.21000000000004,35,33]
[null,20.100000000000001,24,592.07000000000005,35,33]
[null,24.1,36,263.86210075918711,35,33]
[null,36.1,48,363.17883258666518,35,33]
[null,48.1,"contact vendor","contact vendor",35,33]
[]
[]
["ECI","Geotechnical costs"]
[4,"Borings, initial field stake out & determination of elevations",null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["stake_out_cost_cl",0,0,1475,"N/A","N/A"]
[]
[]
["bls1173","Standby Generators for Standby Power Calculations"]
[40,"Size needed (kW)","Size selected (kW)","Avg. Unit Cost ($/kW)","Useful Life (large)","Useful Life (small)"]
["std_gen_cost_cl",0,30,660]
[null,31,50,482]
[null,51,60,525]
[null,61,75,477.33333333333331]
[null,76,100,412]
[null,101,125,304]
[null,126,150,356.66666666666669]
[null,151,175,262.85714285714283]
[null,176,200,357.5]
[null,201,250,240]
[null,251,275,301.81818181818181]
[null,276,300,221.66666666666666]
[null,301,350,230]
[null,351,400,237.5]
[null,401,500,214]
[null,501,600,250]
[null,601,650,346.92307692307691]
[null,651,750,281.33333333333331]
[null,751,800,260]
[null,801,900,287.22222222222223]
[null,901,1000,243]
[]
[]
["bls118","Drive Controllers"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["switch_cost_cl",0,0,1300.8978726158491,15,14]
[]
[]
["bls118","Temperature Meter"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["temp_meter_cost_cl",0,0,794.75852923757691,15,14]
[]
[]
["bls118","Turbidimeter"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["turbidimeter_cost_cl",0,0,6183.7045937122821,15,14]
[]
[]
["bls117507","UPS"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ups_cost_cl",0,0,877.495,10,8]
[]
[]
["bls1149","UV Reactors for AOP"]
[35,"Reactor power needed (kW)","Reactor power selected (kW)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["UV_AOP_reactor_cost_cl",0,90,308340.63916664943,25,20]
[null,90.001000000000005,180,543449.31805736979,25,20]
[null,180.001,360,758280.35172244126,25,20]
[null,360.00099999999998,"contact vendor","contact vendor"]
[]
[]
["bls1149","UV Lamp - Medium Pressure"]
[35,"Power Needed (W)","Power Selected (W)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["UV_MP_lamp_cost_cl",0,4000,785.7402768703522,"N/A","N/A"]
[null,4001,6000,767.73634197125739,"N/A","N/A"]
[null,6001,8000,1065.9936259025371,"N/A","N/A"]
[null,8001,9000,1095.8193542956651,"N/A","N/A"]
[null,9001,10000,948.81274875442591,"N/A","N/A"]
[null,10001,20000,1241.7077448622492,"N/A","N/A"]
[null,20001,"contact vendor","contact vendor","N/A","N/A"]
[]
[]
["bls118","UV Intensity Sensor - MP"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["UV_MP_sensor_cost_cl",0,0,1597.4222899318379,"N/A","N/A"]
[]
[]
["bls115","UPS for UV Reactors"]
[36,"Power needed (kW)","Power selected (kW)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["UV_UPS_cost_cl",0,0.21,151.59486488046221,10,8]
[null,0.22,0.6,281.59517962639114,10,8]
[null,0.61,0.78,395.76808655338277,10,8]
[null,0.79,0.9,1188.1421089502023,10,8]
[null,0.91,1.35,1954.981676792991,10,8]
[null,1.36,1.8,2377.4419967434983,10,8]
[null,1.81,2.7,3629.8823051964559,10,8]
[null,2.71,4.5,7540.6436104872519,10,8]
[null,4.51,6,8217.4771306503771,10,8]
[null,6.01,8,10333.474577334382,10,8]
[null,8.01,10,12168.763498405353,10,8]
[null,10.01,"contact vendor","contact vendor"]
[]
[]
["bls118","UV Transmittance Monitor"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["UVT_monitor_cost_cl",0,0,8329.7582273244225,10,10]
[]
[]
["bls118","Venturi Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ven_fm_cost_cl",0,1,2193.0706249999998,15,14]
[null,1.1000000000000001,2,2310.6700136986301,15,14]
[null,2.1,3,2401.0457718446605,15,14]
[null,3.1,4,2419.8302129032259,15,14]
[null,4.0999999999999996,6,3590.5771888888885,15,14]
[null,6.1,8,3965.3893275862065,15,14]
[null,8.1,10,4011.5260729927013,15,14]
[null,10.1,12,4677.219503649635,15,14]
[null,12.1,14,5013.5698686131391,15,14]
[null,14.1,16,5181.7450510948911,15,14]
[null,16.100000000000001,18,5924.5187737226279,15,14]
[null,18.100000000000001,20,6330.9421313868606,15,14]
[null,20.100000000000001,24,9988.7523503649645,15,14]
[null,24.1,30,11109.920233576642,15,14]
[null,30.1,36,12511.380087591242,15,14]
[null,36.1,42,13492.40198540146,15,14]
[null,42.1,48,15594.591766423357,15,14]
[null,48.1,"contact vendor","contact vendor",15,14]
[]
[]
["BCI","High Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_hi_cost_cl",0,500,181.38524604341987,40,37]
[null,500.1,1000,152.59181452329247,40,37]
[null,1000.1,2000,134.80205030118768,40,37]
[null,2000.1,3000,127.23811561623944,40,37]
[null,3000.1,4000,119.65198435204586,40,37]
[null,4000.1,5000,114.29481081705296,40,37]
[null,5000.1000000000004,7500,107.59283026135358,40,37]
[null,7500.1,8000,106.71475413024437,40,37]
[null,8000.1,10000,102.07668261986309,40,37]
[null,10000.1,12000,102.10697569089804,40,37]
[null,12000.1,15000,97.487260194733452,40,37]
[null,15000.1,18000,97.108122653342377,40,37]
[null,18000.099999999999,20000,93.246542829484653,40,37]
[null,20000.099999999999,24000,94.708080048348506,40,37]
[null,24000.1,25000,92.553828193295317,40,37]
[null,25000.1,30000,90.338307129170701,40,37]
[null,30000.1,36000,90.041447180993472,40,37]
[null,36000.1,42000,88.914423506689516,40,37]
[null,42000.1,48000,88.479467175528967,40,37]
[null,48000.1,50000,85.89116831075917,40,37]
[null,50000.1,54000,86.097491763353631,40,37]
[null,54000.1,60000,85.905352939687944,40,37]
[null,60000.1,100000,82.041080305591748,40,37]
[null,100000.1,200000,79.117503222271026,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Low Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_lo_cost_cl",0,500,96.812325106916731,40,37]
[null,500.1,1000,85.695132889157776,40,37]
[null,1000.1,2000,79.902726370939661,40,37]
[null,2000.1,3000,77.562022463174657,40,37]
[null,3000.1,4000,73.888442053430978,40,37]
[null,4000.1,5000,71.210649833158655,40,37]
[null,5000.1000000000004,7500,68.754095256191349,40,37]
[null,7500.1,8000,68.342791320755438,40,37]
[null,8000.1,10000,65.677166848285296,40,37]
[null,10000.1,12000,66.225667162447152,40,37]
[null,12000.1,15000,63.962022393975595,40,37]
[null,15000.1,18000,63.774970360904831,40,37]
[null,18000.099999999999,20000,61.506399713827875,40,37]
[null,20000.099999999999,24000,62.533501422015092,40,37]
[null,24000.1,25000,61.704060174752492,40,37]
[null,25000.1,30000,60.168928848565692,40,37]
[null,30000.1,36000,60.263829094701443,40,37]
[null,36000.1,42000,59.739422513108003,40,37]
[null,42000.1,48000,59.54501465752233,40,37]
[null,48000.1,50000,58.026379657538449,40,37]
[null,50000.1,54000,58.038523930206111,40,37]
[null,54000.1,60000,58.21329937756736,40,37]
[null,60000.1,100000,56.179268642501221,40,37]
[null,100000.1,200000,54.640406783156237,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Mid Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_mid_cost_cl",0,500,116.34576395640443,40,37]
[null,500.1,1000,103.19344629810541,40,37]
[null,1000.1,2000,96.04871059453717,40,37]
[null,2000.1,3000,93.135677984524762,40,37]
[null,3000.1,4000,88.775181990128956,40,37]
[null,4000.1,5000,85.653754800953607,40,37]
[null,5000.1000000000004,7500,82.125208477775175,40,37]
[null,7500.1,8000,81.663115865254738,40,37]
[null,8000.1,10000,78.673266907766262,40,37]
[null,10000.1,12000,79.134249580788165,40,37]
[null,12000.1,15000,76.416119325190365,40,37]
[null,15000.1,18000,76.116806928585163,40,37]
[null,18000.099999999999,20000,73.601730882546249,40,37]
[null,20000.099999999999,24000,74.675352562661516,40,37]
[null,24000.1,25000,73.708182823794161,40,37]
[null,25000.1,30000,71.971198866715682,40,37]
[null,30000.1,36000,72.021397991373973,40,37]
[null,36000.1,42000,71.434644688721548,40,37]
[null,42000.1,48000,71.222326845008411,40,37]
[null,48000.1,50000,69.463600800159014,40,37]
[null,50000.1,54000,69.496533272752387,40,37]
[null,54000.1,60000,69.632777066852483,40,37]
[null,60000.1,100000,67.290512754671852,40,37]
[null,100000.1,200000,65.539760978220841,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Small Low Cost Shed"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_shed_cost_cl",0,500,50.742289444355997,25,20]
[null,500.1,"contact vendor","contact vendor"]
[]
[]
["bls1148","Air conditioning system"]
[34,"Size needed (tons)","Size selected (tons)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_ac_cost_cl",0,3.33,9610,25,20]
[null,3.34,66.66,262200,25,20]
[null,66.67,113.32,509000,25,20]
[null,113.33,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Electric resistance heaters"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_elec_cost_cl",0,41,20050,25,20]
[null,41.1,103,53000,25,20]
[null,103.1,461,80828.800000000003,25,20]
[null,461.1,820,186250,25,20]
[null,820.1,1010,240870,25,20]
[null,1010.1,1432,335385,25,20]
[null,1432.1,2273,422280,25,20]
[null,2273.1,3071,602965,25,20]
[null,3071.1,6148,1026523,25,20]
[null,6148.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Natural gas condensing furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_gas_cost_cl",0,80,28108.899999999998,25,20]
[null,80.099999999999994,163,36915,25,20]
[null,163.1,544,88087.5,25,20]
[null,544.1,1088,159500,25,20]
[null,1088.0999999999999,3264,370185,25,20]
[null,3264.1,5032,612623,25,20]
[null,5032.1000000000004,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Natural gas non-condensing furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_gas_non_cost_cl",0,80,28108.899999999998,25,20]
[null,80.099999999999994,163,36915,25,20]
[null,163.1,544,88087.5,25,20]
[null,544.1,1088,159500,25,20]
[null,1088.0999999999999,3264,370185,25,20]
[null,3264.1,5032,612623,25,20]
[null,5032.1000000000004,"contact vendor","contact vendor",25,20]
[]
[]
["bls1148","Heat pump"]
[34,"Size needed (tons)","Size selected (tons)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_hp_cost_cl",0,0.5,3300,25,20]
[null,0.51,0.75,3500,25,20]
[null,0.76,1,3862.5,25,20]
[null,1.01,1.5,3862.5,25,20]
[null,1.51,2,4150,25,20]
[null,2.0099999999999998,2.5,5550,25,20]
[null,2.5099999999999998,3,6300,25,20]
[null,3.01,3.5,5250,25,20]
[null,3.51,4,5750,25,20]
[null,4.01,5,6762.5,25,20]
[null,5.01,7.5,11350,25,20]
[null,7.51,10,13700,25,20]
["hvac_hp_cost_large",10.01,12,19700,25,20]
[null,12.01,15,21900,25,20]
[null,15.01,20,24100,25,20]
[null,20.010000000000002,25,32400,25,20]
[null,25.01,30,37400,25,20]
[null,30.01,40,50000,25,20]
[null,40.01,50,59500,25,20]
[null,50.01,"contact vendor","contact vendor"]
[]
[]
["bls106","Mid-efficiency oil furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_oil_mid_cost_cl",0,109,38340,25,20]
[null,109.1,235,51502.500000000007,25,20]
[null,235.1,940,145625,25,20]
[null,940.1,1600,224928,25,20]
[null,1600.1,2480,318753,25,20]
[null,2480.1,3350,430315,25,20]
[null,3350.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Standard efficiency oil furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_oil_std_cost_cl",0,109,38340,25,20]
[null,109.1,235,51502.500000000007,25,20]
[null,235.1,940,145625,25,20]
[null,940.1,1600,224928,25,20]
[null,1600.1,2480,318753,25,20]
[null,2480.1,3350,430315,25,20]
[null,3350.1,"contact vendor","contact vendor",25,20]
[]
[]
[null,"Building maintenance (labor and materials)","building_matl_rate_cl",6.4790285359180011,"/sf/yr"]
[]
[]
[null,"Cooling system maintenance (labor and materials)","cooling_matl_rate_cl",8.235301147941651E-2,"/sf/yr"]
[]
[]
[null,"Heating oil cost","diesel_cost_cl",3.8295007720020586,"/gal"]
[]
[]
[null,"Energy cost","energy_cost_cl",0.11001750924784216,"/kwh"]
[]
[]
[null,"Natural gas cost","gas_cost_cl",0.57856140350877194,"/therm"]
[]
[]
[5,"Hazardous waste disposal","haz_disposal_cost_cl",363.40616685535008,"/ton"]
[]
[]
[null,"Hazardous waste transportation","haz_transportation_cost_cl",0.28268414016405796,"/ton-mile"]
[]
[]
[null,"Heating system maintenance (labor and materials)","heating_matl_rate_cl",0.14857538964026834,"/sf/yr"]
[]
[]
["ECI","Labor Costs",null,null,"Inf. Adj. Rates"]
[4,"Design Flow Needed (mgd)","Design Flow (mgd)","Average Water Treatment Plant Operators3","Technical Rate (Loaded)","Managerial Rate (Loaded)","Clerical Rate (Loaded)"]
["labor_table_cl",0,0.03,1,34.161577540106947,50.648663101604278,32.90061497326203]
[null,3.1E-2,0.124,1,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.1241,0.30499999999999999,1.2,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.30509999999999998,0.74,1.2,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.74099999999999999,2.1520000000000001,1.6,36.431310160427806,57.930721925133689,32.90061497326203]
[null,2.1520999999999999,7.3650000000000002,2.8,38.459358288770055,64.529759358288771,42.483930481283423]
[null,7.3651,22.614000000000001,3.8,40.151149732620318,75.300481283422457,42.483930481283423]
[null,22.614100000000001,75.069999999999993,7.8,46.928823529411758,80.449411764705886,42.483930481283423]
[]
[]
[null,"Land Costs"]
["CPI","Land Costs"]
[5,"System Size  greater than (MGD)","Assumed Population","Unit Cost ($/acre)"]
["land_cost_cl",0,"25-100",21165.713250209614]
[null,3.1E-2,"101-500",20660.02273280502]
[null,0.1241,"501-1,000",16458.498827329597]
[null,0.30509999999999998,"1,001-3,300",19327.219360846331]
[null,0.74099999999999999,"3,301-10,000",31219.845835377939]
[null,2.1520999999999999,"10,001-50,000",68950.849699201353]
[null,7.3651,"50,001-100,000",129311.24247230604]
[null,22.614100000000001,"100,001-1,000,000",262816.68000200921]
[]
[]
[null,"NEPA Compliance Costs (based on land area)"]
[null,"Land area (acres)","Permit Cost (inf. adj.)"]
["NEPA_cost_cl",0,3769.1218688541057]
[null,1.0009999999999999,15599.976623868382]
[]
[]
[null,"Non-hazardous waste disposal","nonhaz_disposal_cost_cl",110.0374190046018,"/ton"]
[]
[]
[null,"Non-hazardous waste transportation","nonhaz_transportation_cost_cl",0.21197894053360555,"/ton-mile"]
[]
[]
[null,"Pilot Studies"]
["ECI","Pilot study costs"]
[4,"Small systems"]
[null,"Model ","Total (current yr $)"]
["pilot_cost_small","GAC",15793.535539996074]
[null,"AA",15793.535539996074]
[null,"AAFS-50",15793.535539996074]
[null,"G2",15793.535539996074]
[null,"SORB33",15793.535539996074]
[null,"GFH",15793.535539996074]
[null,"GF",15793.535539996074]
[null,"AX",15793.535539996074]
[null,"CX",15793.535539996074]
[null,"Lime",615.39008342245984]
[null,"RO",1217.0660847213492]
[null,"NF",1217.0660847213492]
[null,"EDR",860.39920013666426]
[null,"PLPM",58859.382028416068]
[null,"SLPM",58859.382028416068]
[null,"confilt",2709.1797841536459]
[null,"dirfilt",2709.1797841536459]
[null,"UV",0]
[null,"UVAOP",24372.554078613746]
[null,"PTA",615.39008342245984]
[null,"MSBA",16444.957306241584]
[null,"Tray Aeration",16444.957306241584]
[null,"Diffuse Aeration",14998.238656107189]
[null,"O3_PX",2499.8674794593167]
[null,"O3_D",32140.792422095365]
[null,"RCF for Cr(VI) Removal",5513.4302822925574]
[null,"BIO",134602.19700079926]
[null,"BAF",113958.93551980422]
[null,"Medium systems"]
["pilot_cost_medium_cl","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",66652.775724390434]
[null,"NF",66652.775724390434]
[null,"EDR",67436.081031866575]
[null,"PLPM",106012.42499444949]
[null,"SLPM",106012.42499444949]
[null,"confilt",87277.850879096295]
[null,"dirfilt",87277.850879096295]
[null,"UV",20136.618090557393]
[null,"UVAOP",62551.098535576341]
[null,"PTA",615.39008342245984]
[null,"MSBA",36426.901995363005]
[null,"Tray Aeration",36426.901995363005]
[null,"Diffuse Aeration",33992.302523002589]
[null,"O3_PX",3749.8012191889752]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",189167.22449229649]
[null,"BIO",216124.0034000657]
[null,"BAF",134570.11249132303]
[null,"Large systems"]
["pilot_cost_large_cl","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",138633.82081554571]
[null,"NF",138633.82081554571]
[null,"EDR",142217.78903377001]
[null,"PLPM",218629.75925053674]
[null,"SLPM",218629.75925053674]
[null,"confilt",160637.62679028435]
[null,"dirfilt",160637.62679028435]
[null,"UV",39431.052611067469]
[null,"UVAOP",114612.79624085034]
[null,"PTA",615.39008342245984]
[null,"MSBA",68723.781450000242]
[null,"Tray Aeration",68723.781450000242]
[null,"Diffuse Aeration",66289.181977639833]
[null,"O3_PX",4999.7349589186333]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",222516.75400470028]
[null,"BIO",354406.6446382748]
[null,"BAF",245287.83478699805]
[]
[]
[null,"Pilot Studies"]
["ECI","Pilot study costs"]
[4,"Small systems"]
[null,"Model ","Total (current yr $)"]
["pilot_cost_small","GAC",15793.535539996074]
[null,"AA",15793.535539996074]
[null,"AAFS-50",15793.535539996074]
[null,"G2",15793.535539996074]
[null,"SORB33",15793.535539996074]
[null,"GFH",15793.535539996074]
[null,"GF",15793.535539996074]
[null,"AX",15793.535539996074]
[null,"CX",15793.535539996074]
[null,"Lime",615.39008342245984]
[null,"RO",1217.0660847213492]
[null,"NF",1217.0660847213492]
[null,"EDR",860.39920013666426]
[null,"PLPM",58859.382028416068]
[null,"SLPM",58859.382028416068]
[null,"confilt",2709.1797841536459]
[null,"dirfilt",2709.1797841536459]
[null,"UV",0]
[null,"UVAOP",24372.554078613746]
[null,"PTA",615.39008342245984]
[null,"MSBA",16444.957306241584]
[null,"Tray Aeration",16444.957306241584]
[null,"Diffuse Aeration",14998.238656107189]
[null,"O3_PX",2499.8674794593167]
[null,"O3_D",32140.792422095365]
[null,"RCF for Cr(VI) Removal",5513.4302822925574]
[null,"BIO",134602.19700079926]
[null,"BAF",113958.93551980422]
[null,"Medium systems"]
["pilot_cost_medium_cl","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",66652.775724390434]
[null,"NF",66652.775724390434]
[null,"EDR",67436.081031866575]
[null,"PLPM",106012.42499444949]
[null,"SLPM",106012.42499444949]
[null,"confilt",87277.850879096295]
[null,"dirfilt",87277.850879096295]
[null,"UV",20136.618090557393]
[null,"UVAOP",62551.098535576341]
[null,"PTA",615.39008342245984]
[null,"MSBA",36426.901995363005]
[null,"Tray Aeration",36426.901995363005]
[null,"Diffuse Aeration",33992.302523002589]
[null,"O3_PX",3749.8012191889752]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",189167.22449229649]
[null,"BIO",216124.0034000657]
[null,"BAF",134570.11249132303]
[]
[]
[null,"Storm Water Permit Costs"]
[null,"Land area (acres)","Permit Cost (inf. adj.)"]
["SW_permit_cost_cl",0,0]
[null,1,1779.8631047366612]
[null,5,2722.1435719501874]
[]
[]
[null,"Building Permit Cost Multipliers"]
[null,"System Size  greater than (MGD)","Assumed Population","Multiplier"]
["UBC_mult_table_cl",0,"25-100",2.6]
[null,3.1E-2,"101-500",2.2999999999999998]
[null,0.1241,"501-1,000",2.2000000000000002]
[null,0.30509999999999998,"1,001-3,300",1.8]
[null,0.74099999999999999,"3,301-10,000",1.6]
[null,2.1520999999999999,"10,001-50,000",1.5]
[null,7.3651,"50,001-100,000",1.5]
[null,22.614100000000001,"100,001-1,000,000",1.4]

{"sheet":"Engineering Data","index":19,"n_rows":201,"n_cols":5,"rows_kept":201,"cut":false,"hidden":false,"merged":[]}
["Engineering Data"]
["This sheet is used internally and contains engineering reference and indirect cost data extracted from the central cost database"]
[]
["Architectural Fee"]
["Building cost lookup","Corresponds to the range","Architectural fee"]
[0,"<$250,000",0.09]
[250000,"$250,000 to $500,000",0.08]
[500000,"$500,000 to $1,000,000",7.0000000000000007E-2]
[1000000,"$1,000,000 to $5,000,000",6.2E-2]
[5000000,"$5,000,000 to $10,000,000",5.2999999999999999E-2]
[10000000,"$10,000,000 to $50,000,000",4.9000000000000002E-2]
[50000000,">$50,000,000",4.4999999999999998E-2]
[]
[]
["Chemical Price Break Points"]
["Chemical","Quantity Breakpoint","Units"]
["Calcium Hydroxide (Lime) - Large Qty",50000,"lbs","Large Qty price is for 600 tons per year (100,000 lbs/month); assume breakpoint occurs at approximate midpoint between large and small"]
["Calcium Hydroxide (Lime) - Mid Qty",50000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Calcium Hydroxide (Lime) - Small Qty",0,"lbs","Small Qty price is for Pallet Lots (50x) 50 lb bags"]
["Calcium Hypochlorite - Large Qty",2000,"lbs","Large Qty price is for 8,000 to 9,800 lbs per year; assume breakpoint occurs at monthly purchase of 5x 100 lb bags (60 per year) (approximate midpoint between large and small qtys)"]
["Calcium Hypochlorite - Mid Qty",2000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Calcium Hypochlorite - Small Qty",0,"lbs","Small Qty price is for 500 lbs per year"]
["Ferrous Sulfate - Large Qty",2000,"lbs","Large Qty price is for 50x 50 lb bags"]
["Ferrous Sulfate - Mid Qty",500,"lbs","Mid Qty price is for 10x 50 lb bags"]
["Ferrous Sulfate - Small Qty",0,"lbs","Small Qty prices is for a single 50 lb bag (600 lbs/year)"]
["Hydrochloric Acid - Large Qty",17710,"lbs","Large Qty price is for bulk delivery of 70,000 gallons to 365,500 gallons per year; assume breakpoint occurs at monthly purchase of 5,000 gal/month"]
["Hydrochloric Acid - Mid Qty",1771,"lbs","Mid Qty price is for delivery in drums or in mini-bulk of 9,400 to 12,100 gallons per year (~750 to 1,000 gal/month); assume breakpoint occurs at monthly purchase of 500 gal/month (approximate midpoint between small and mid qty)"]
["Hydrochloric Acid - Small Qty",0,"lbs","Small Qty prices are for delivery in containers (totes or drums) in quantities of 1,875 to 4,000 gallons per year"]
["Hydrogen Peroxide - Large Qty",50000,"lbs","Large Qty price is for 1,150,000 lbs/year; assume breakpoint occurs at monthly purchase of 50,000 lbs/month (approximate midpoint)"]
["Hydrogen Peroxide - Mid Qty",50000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Hydrogen Peroxide - Small Qty",0,"lbs","Small Qty price are for 14,000 gallons per year (~139,000 lbs/year; 11,500 lbs/month @ specific gravity 1.19) and 60 tons (120,000 lbs/year; 10,000 lbs/month)"]
["Liquid Oxygen - Large Qty",1,"tons","Large Qty price is for 15 to 15,000 tons per year; assume breakpoint at 1 ton per month"]
["Liquid Oxygen - Mid Qty",0.5,"tons","Mid Qty price is for bulk delivery, greater than 0.5 tons"]
["Liquid Oxygen - Small Qty",0,"tons","Small Qty price is for delivery in cylinders"]
["Phosphoric Acid 75% - Large Qty",44000,"lbs","Large Qty price is for bulk truck deliveries in minimum quantities of 44,000 to 48,000 lbs"]
["Phosphoric Acid 75% - Mid Qty",3621.75,"lbs","Mid Qty price is for delivery in 275 gal totes (so minimum of 1 tote per month); assume 13.17 lbs/gal consistent with 75% acid"]
["Phosphoric Acid 75% - Small Qty",0,"lbs"]
["Phosphoric Acid 36% - Large Qty",44000,"lbs","Large Qty price is for bulk truck deliveries in minimum quantities of 44,000 to 48,000 lbs"]
["Phosphoric Acid 36% - Mid Qty",44000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Phosphoric Acid 36% - Small Qty",0,"lbs"]
["Polyaluminum Chloride - Large Qty",19800,"lbs","Large Qty prices are for >24,000 gal per year (2,000 gal per month); assume 9.9 lbs/gal and that breakpoint occurs at a bulk truckload of 2,000 gal"]
["Polyaluminum Chloride - Mid Qty",5445,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Polyaluminum Chloride - Small Qty",0,"lbs","Small Qty prices are for smaller quantities, including tote delivery (275 lbs)"]
["Sodium Chloride - Large Qty",27500,"lbs","Large Qty prices are for 270 to 7,000 tons/year; assume breakpoint occurs at 27,5000 lbs/month (approximate midpoint between large and mid qtys)"]
["Sodium Chloride - Mid Qty",5000,"lbs","Mid Qty prices are for 50 to 60 tons/year; assume breakpoint occurs at 5,000 lbs/month (approximate midpoint between mid and small qtys)"]
["Sodium Chloride - Small Qty",0,"lbs","Small Qty price is for 8 tons/year in 50 lb bags"]
["Sodium Hydroxide 50% - Large Qty",25436.999999999996,"lbs","Large Qty prices for 2,000 tons per year and greater; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hydroxide 50% - Mid Qty",5000,"lbs","Mid Qty prices are for bulk deliveries in less than truckload quantities; assume breakpoint occurs 2.5 tons/month (approximate midpoint between medium and small qtys)"]
["Sodium Hydroxide 50% - Small Qty",0,"lbs","Small Qty prices are for totes and smaller quantities"]
["Sodium Hydroxide 25% - Large Qty",21317.039999999997,"lbs","Large Qty prices are for full bulk truckloads; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hydroxide 25% - Mid Qty",4000,"lbs","Mid Qty prices are for bulk deliveries of 6,000 to 12,000 gal/year (less than truckload/month); assume breakpoint occurs 2 tons/month (approximate midpoint between 500 gal/month and 275 gal tote, consistent with 50% NaOH breakpoint)"]
["Sodium Hydroxide 25% - Small Qty",0,"lbs"]
["Sodium Hypochlorite - Large Qty",2000,"gal","Large Qty prices are for bulk deliveries; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hypochlorite - Mid Qty",550,"gal","Mid Qty prices are for mini-bulk deliveries of 800 to 1,000 gal each; assume breakpoint occurs at 10x 55 gal drums"]
["Sodium Hypochlorite - Small Qty",0,"gal","Small Qty prices are for delivery in drums"]
["Sulfuric Acid - Large Qty",28427.723999999998,"lbs","Large Qty price is for bulk delivery; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sulfuric Acid - Mid Qty",28427.723999999998,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Sulfuric Acid - Small Qty",0,"lbs"]
["Zinc Orthophosphate - Large Qty",2000,"gal","Large Qty prices are for bulk delivery; assume bulk density 13.1 lbs/gal consistent with 36% as PO4 and assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Zinc Orthophosphate - Mid Qty",500,"gal","Mid Qty prices are for mini-bulk deliveries; assume breakpoint occurs at 500 gal/month"]
["Zinc Orthophosphate - Small Qty",0,"gal","Small Qty prices are for totes and smaller quantities"]
[]
[]
["Construction Management Fee"]
["Building cost lookup","Corresponds to the range","Construction management fee"]
[0,"<$100,000",0.1]
[100000,"$100,000 to $250,000",0.09]
[250000,"$250,000 to $1,000,000",0.06]
[1000000,"$1,000,000 to $5,000,000",0.05]
[5000000,"$5,000,000 to $10,000,000",0.04]
[10000000,">$10,000,000",3.2000000000000001E-2]
[]
[]
["Contingency Factors"]
["Project direct cost","Corresponds to the range","Default contingency (prior to application of technology complexity factor)"]
[0,"<$500,000",6.7000000000000004E-2]
[500000,"$500,000 to $3,000,000",5.8000000000000003E-2]
[3000000,"$3,000,000 to $15,000,000",4.9000000000000002E-2]
[15000000,"$15,000,000 to $50,000,000",4.1000000000000002E-2]
[50000000,"$50,000,000 to $100,000,000",3.2000000000000001E-2]
[100000000,">$100,000,000",5.8000000000000003E-2]
[]
[]
["Maximum cooling capacity for heat pump","hp_max_cool_cl",50,"tons"]
[]
[]
["Maximum heating capacity for heat pump","hp_max_heat_cl",200,"MBH"]
[]
[]
["Maximum cooling capacity","max_cool_cl",113.32,"tons"]
[]
[]
["Maximum heating capacity","max_heat_cl",6148,"MBH"]
[]
[]
["Performance Bond"]
["Direct cost lookup","Corresponds to the range","Base cost","Plus fraction","Of amount over"]
[0,"<$100,000",0,2.5000000000000001E-2,0]
[100000,"$100,000 to $500,000",2500,1.4999999999999999E-2,100000]
[500000,"$500,000 to $2,500,000",8500,0.01,500000]
[2500000,"$2,500,000 to $5,000,000",28500,7.4999999999999997E-3,2500000]
[5000000,"$5,000,000 to $7,500,000",47250,7.0000000000000001E-3,5000000]
[7500000,">$7,500,000",64750,6.0000000000000001E-3,7500000]
[]
[]
["Pipe Size Selection"]
["Pipe Flow to Pipe Diameter"]
["Flow (GPM)","Diameter (inch)"]
[0,0.5]
[2.1,0.75]
[4.0999999999999996,1]
[7.1,1.5]
[21.1,2]
[41.1,2.5]
[66.099999999999994,3]
[116.1,4]
[238.1,6]
[697.1,8]
[1435.1,10]
[2608.1,12]
[4132.1000000000004,14]
[5299.1,16]
[7528.1,18]
[10265.1,20]
[13643.1,24]
[22174.1,30]
[50561.1,36]
[81777.100000000006,42]
[122025.1,48]
[]
[]
["Pump Dimensions (for centrifugal pumps)"]
["Pump Rating Needed (gpm)","Pump Rating Selected (gpm)","Length (ft)","Width (ft)"]
[0,350,2.5,2.5]
[351,1740,3.75,3.75]
[1741,7000,5,5]
[7001,35000,7.083333333333333,7.083333333333333]
[]
[]
["WBS Tech Name","TDB Link","TDB Technology Category"]
["Adsorb","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1176996650","Adsorptive Media"]
["MSBA","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["PTA","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Diffuse Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Tray Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Spray Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["BAF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1174340674","Biological Filtration"]
["BIO","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=10000","Biological Treatment"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1181590563","Chemical Treatment"]
["Chloramine (Ammonia Feed)","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-30174904","Chloramine"]
["Chlorine Gas","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1118142891","Chlorine"]
["Hypochlorite","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1118142891","Chlorine"]
["Chlorine Dioxide","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1277754943","Chlorine Dioxide"]
["Confilt","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1934681921","Conventional Treatment"]
["RCF for Cr(VI) Removal","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1934681921","Conventional Treatment"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1942020127","Diatomaceous Earth Filtration"]
["Dirfilt","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1667135053","Direct Filtration"]
["GAC Isotherm","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-979193564","GAC Isotherm"]
["GAC","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2074826383","Granular Activated Carbon"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1234021623","Hydrogen Peroxide"]
["AX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["CX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["GF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["MIEX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["WBA Exchange System for Cr","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["lpmem","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=510273414","Membrane Filtration"]
["RONF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2103528007","Membrane Separation"]
["EDR","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2103528007","Membrane Separation"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2088586280","Other Treatment"]
["OZONE","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1467636837","Ozone"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=372675748","Ozone + Hydrogen Peroxide"]
["Permanganate","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1644188630","Permanganate"]
["PAC","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2109700949","Powdered Activated Carbon"]
["Lime","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2062922688","Precipitative Softening"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=548212009","Pressure Filtration"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1306063973","Slow Sand Filtration"]
["UV","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2054608628","Ultraviolet Irradiation"]
["UVH2O2","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-300168699","Ultraviolet Irradiation + Hydrogen Peroxide"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1861125809","Ultraviolet Irradiation + Ozone"]
[]
[]
["Thrust Blocks for Yard Piping"]
["Pipe Diameter (inches)"," Thrust Force","Based on 90 degree angles"]
["Size Needed","kg","Size Selected"]
[0,347.63563037472028,2]
[2.1,681.91181843044774,3]
[3.1,1260.0087440508869,4]
[4.0999999999999996,2835.0196741144964,6]
[6.1,4990.7439767005962,8]
[8.1,7813.4106239126322,10]
[10.1,11192.326806056015,12]
[12.1,15314.284822868764,14]
[14.1,20002.331197216343,16]
[16.100000000000001,25315.450421476933,18]
[18.100000000000001,31130.717767160371,20]
[20.100000000000001,45064.326572600447,24]
[24.1,61050.596681665913,28]
[28.1,70505.385478216151,30]
[30.1,124768.59941751491,40]
[40.1,137828.56340581886,42]
[42.1,180257.30629040179,48]

{"sheet":"Lookup Tables","index":20,"n_rows":145,"n_cols":7,"rows_kept":145,"cut":false,"hidden":false,"merged":[]}
["Lookup Tables and Input Validation"]
["This sheet is used internally to perform certain reference calculations and support input sheet data validation"]
[]
["Summary of EE/O Data from Literature for Input Sheet Guidance"]
["EEO_range_table"]
["Contaminant","Process Type","Lamp Type","Lookup Code","Range of EE/O reported in literature (kWh/1000 gal/order)"]
["1,4 Dioxane","direct","MP",111,"NA"]
["1,4 Dioxane","direct","LP",112,"NA"]
["1,4 Dioxane","H2O2","MP",121,"2.3 - 11.4"]
["1,4 Dioxane","H2O2","LP",122,"0.13 - 3.3"]
["1,4 Dioxane","Cl2","MP",131,"NA"]
["1,4 Dioxane","Cl2","LP",132,"NA"]
["NDMA","direct","MP",211,"1.3 - 110"]
["NDMA","direct","LP",212,"0.16 - 1.1"]
["NDMA","H2O2","MP",221,"1.6 - 4.9"]
["NDMA","H2O2","LP",222,"0.17 - 1.1"]
["NDMA","Cl2","MP",231,"NA"]
["NDMA","Cl2","LP",232,"NA"]
["1,4 Dioxane (reuse train)","direct","MP",311,"NA"]
["1,4 Dioxane (reuse train)","direct","LP",312,"NA"]
["1,4 Dioxane (reuse train)","H2O2","MP",321,"2.3 - 11.4"]
["1,4 Dioxane (reuse train)","H2O2","LP",322,"0.13 - 3.3"]
["1,4 Dioxane (reuse train)","Cl2","MP",331,"NA"]
["1,4 Dioxane (reuse train)","Cl2","LP",332,"NA"]
["Other","direct","MP",411,"user"]
["Other","direct","LP",412,"user"]
["Other","H2O2","MP",421,"user"]
["Other","H2O2","LP",422,"user"]
["Other","Cl2","MP",431,"user"]
["Other","Cl2","LP",432,"user"]
[]
[]
[]
["UPS Footprint"]
["Power needed (kW)","Power selected (kW)","Footprint (sq ft)","Data from Christine Cotton, Malcolm Pirnie, 5/10/04; average of systems from APC, Best/Powerware, and Liebert. Includes UPS and batteries."]
[0,0.16,0.8]
[0.17,0.52,1.0469999999999999]
[0.53,0.78,1.25]
[0.79,4.32,3.6]
[4.33,7,8.3166666666666664]
[7.1,28,11.463333333333335]
[28.1,42,15.746666666666666]
[42.1,84,19.513333333333335]
[85.1,112,28.413333333333334]
[113,216,37.229999999999997]
[217,280,37.229999999999997]
[281,672,136.06208333333336]
[673,952,165.04499999999999]
[953,1288,222.38333333333333]
[1289,3136,423.15]
[3137,6216,846.3]
[]
["Reactor Data"]
["MP reactor size table","reactor_table_mp"]
["Reactor size class","size_class",1,2,3]
["Reactor power","reactor_power",90,180,360,"kW"]
["Maximum flow","flow_limit",28,51,30,"mgd"]
["Minimum flow","min_flow",1E-3,5.0999999999999996,3,"mgd","Assumed to be 10% of the maximum flow, except at the smallest size"]
["Number of lamps","num_lamps",9,9,18]
["Max lamp power","lamp_power",10000,20000,20000,"W"]
["Lamps per ballast","lamps_per_ballast",2,1,1]
["Maximum ballast power","ballast_power",{"$f":"C60*C61","v":20000},{"$f":"D60*D61","v":20000},{"$f":"E60*E61","v":20000},"W"]
["Lamps monitored by one sensor","lamps_per_sensor",1,1,1]
["Reactors per control panel","reactors_per_panel",1,1,1]
["Influent/outlet flange diameter","flange_diam",24,48,48,"in"]
["Drain valve diameter","drain_valve_diam",1.5,1.5,1.5,"in"]
["Footprint length","fp_len",2.96,6.54,6.54,"ft"]
["Footprint width","fp_wid",4.34,6.26,6.26,"ft"]
["Access space - length (total on both ends)","acc_len",{"$f":"20/12","v":1.6666666666666667},0,0,"ft"]
["Access space - width (total on both sides)","acc_wid",4.5,{"$f":"(48+36)/12","v":7},7,"ft"]
["Control panel width","panel_wid",5.17,8.25,8.25,"ft"]
["Control panel depth","panel_dep",2.67,2.96,2.96,"ft"]
[]
["Note: the following are design parameters for older, lower power reactors (ca. 2007), not currently included in the model because recent cost data are not available"]
["Reactor size class"]
["Reactor power",null,12,18]
["Maximum flow",null,4.8,10]
["Minimum flow",null,1E-3,1]
["Number of lamps",null,3,4]
["Max lamp power",null,4000,4500]
["Lamps per ballast",null,3,2]
["Maximum ballast power",null,12000,{"$f":"D80*D81","v":9000}]
["Lamps monitored by one sensor",null,1,1]
["Reactors per control panel",null,1,1]
["Influent/outlet flange diameter",null,12,18]
["Drain valve diameter",null,0.75,0.75]
["Footprint length",null,2.4300000000000002,3.19]
["Footprint width",null,3.03,3.8]
["Access space - length (total on both ends)",null,0,0]
["Access space - width (total on both sides)",null,4.5,4.5]
["Control panel width",null,3,5.58]
["Control panel depth",null,1.58,2.96]
[]
["Lists Used for Input Sheet Validation"]
["df_unit_list"]
["MGD"]
["gpm"]
["af_unit_list"]
["MGD"]
["gpm"]
["fraction of design flow"]
["flow_distribution_list","flow_distribution_table"]
["active flow",1]
["passive flow",2]
["ups_list","ups_table"]
["yes",1]
["no",2]
["excavation_list","excavation_table"]
["yes",1]
["no",2]
["auto_list","auto_table"]
["manual",1]
["semi-automated",2]
["fully automated",3]
[]
["component _level_list","component _level_table"]
["low cost"]
["mid cost",1]
["high cost",2]
[]
["contam_table","contam_lookup","Direct Photolysis","AOP (UV/H2O2)","AOP (UV/Cl)"]
[1,"1,4 Dioxane",0,1,1]
[2,"NDMA",1,0,0]
[3,"1,4 Dioxane (reuse train)",0,1,1]
[4,"Other",1,1,1]
["photo_aop_lookup2","photo_aop_lookup"]
[1,{"$f":"IF(VLOOKUP(contam_type,contam_table,3,FALSE),C121,\"\")","v":""}]
[2,{"$f":"IF(VLOOKUP(contam_type,contam_table,4,FALSE),D121,\"\")","v":"AOP (UV/H2O2)"}]
[3,{"$f":"IF(VLOOKUP(contam_type,contam_table,4,FALSE),E121,\"\")","v":"AOP (UV/Cl)"}]
["lamp_type_lookup2","lamp_type_lookup"]
[1,"MP"]
[2]
["add_on_valid"]
["add-on"]
[]
["EE_type_list","EE_type_table"]
["Electrical energy per order (EE/O)",1]
["Electrical energy dose (EED)",2]
["TDB_link_UV"]
[{"$f":"VLOOKUP(\"UV\",TDB_link_table_cl,2,FALSE)","v":"https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2054608628"}]
["TDB_link_UVH2O2"]
[{"$f":"VLOOKUP(\"UVH2O2\",TDB_link_table_cl,2,FALSE)","v":"https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-300168699"}]
["yes_no_valid"]
["yes"]
["no"]