{"text_format":"1","workbook":"xlsx","n_sheets":11,"sheets":["5-1 Available-SO2","5-2 Feasible-SO2","5-3 Ranking-SO2","5-4 EU ID 1 ULSD CE","5-5 EU ID 2 ULSD CE","5-6 EU ID 5&6 ULSD CE","5-7 EU ID 7 ULSD CE","Table 5-8","Table - 5-9","5-10 TCI ULSD EU1-2","DO NOT INCLUDE - Identified-SO2"],"not_rendered":{"charts":0,"images":0,"macros":0,"external_links":3,"defined_names":10,"comments":4,"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":"5-1 Available-SO2","index":0,"n_rows":17,"n_cols":3,"rows_kept":17,"cut":false,"hidden":false,"merged":[[4,0,6,0],[7,0,10,0],[11,0,14,0],[15,0,16,0],[0,0,0,2],[2,0,2,1],[4,1,6,1],[7,1,10,1],[11,1,14,1],[15,1,16,1]]}
["Table 5-1. Summary of Available SO2 Emission Control Technology"]
[]
["Emission Unit",null,"Available Emission Control Technology"]
[]
["1, 2","Simple Cycle Gas Turbine","ULSD"]
[null,null,"Low Sulfur Fuel"]
[null,null,"Good Combustion Practices"]
["5, 6","Combined Cycle Gas Turbine","ULSD"]
[null,null,"LSR"]
[null,null,"Limited Operation"]
[null,null,"Good Combustion Practices"]
[7,"Emergency Generator Engine","ULSD"]
[null,null,"Low Sulfur Fuel"]
[null,null,"Limited Operation"]
[null,null,"Good Combustion Practices"]
["11, 12","Propane-Fired Boiler","Low Sulfur Fuel"]
[null,null,"Good Combustion Practices"]

{"sheet":"5-2 Feasible-SO2","index":1,"n_rows":18,"n_cols":3,"rows_kept":18,"cut":false,"hidden":false,"merged":[[17,0,17,2],[13,0,14,0],[13,1,14,1],[0,0,0,2],[2,0,2,1],[4,1,6,1],[7,1,8,1],[9,1,12,1],[4,0,6,0],[7,0,8,0],[9,0,12,0]]}
["Table 5-2. Summary of Technically Feasible SO2 Emission Control Technology"]
[]
["Emission Unit",null,"Technically Feasible Control Technology"]
[]
["1, 2","Simple Cycle Gas Turbine","ULSD"]
[null,null,"Low Sulfur Fuel"]
[null,null,"Good Combustion Practices"]
["5, 6","Combined Cycle Gas Turbine","ULSD"]
[null,null,"Good Combustion Practices and LSR"]
["7","Emergency Generator Engine","ULSD"]
[null,null,"Low Sulfur Fuel"]
[null,null,"Limited Operation"]
[null,null,"Good Combustion Practices"]
["11, 12","Propane-Fired Boiler","Low Sulfur Fuel"]
[null,null,"Good Combustion Practices"]
[]
[" "]
[" "]

{"sheet":"5-3 Ranking-SO2","index":2,"n_rows":19,"n_cols":6,"rows_kept":19,"cut":false,"hidden":false,"merged":[[12,0,14,0],[12,1,14,1],[0,0,0,5],[2,0,2,1],[7,0,9,0],[4,0,6,0],[10,0,11,0],[10,1,11,1],[4,1,6,1],[7,1,9,1]]}
["Table 5-3. Ranking of Technically Feasible SO2 Emission Control Technology"]
[]
["Emission Unit",null,"Emission Control Technology","Control Efficiency (pct.)","SO2 Emissions (tpy)","SO2 Emissions Reduction (tpy)"]
[]
["1","Simple Cycle Turbine","ULSD (0.0015 wt. pct. S)",{"$f":"((0.5-0.0015)/0.5)*100","v":99.7},{"$f":"E$7*((100-D5)/100)","v":4.4591999999999574},{"$f":"$E$7-E5","v":1481.9408000000001}]
[null,null,"Low Sulfur Fuel (0.05 wt. pct. S)",{"$f":"((0.5-0.05)/0.5)*100","v":90},{"$f":"E$7*((100-D6)/100)","v":148.64000000000001},{"$f":"$E$7-E6","v":1337.76}]
[null,null,"Good Combustion Practices (0.50 wt. pct. S) (existing)",0,1486.4,0]
["2","Simple Cycle Turbine","Limited Operation + ULSD (0.0015 wt. pct. S)",{"$f":"D5","v":99.7},{"$f":"E$10*((100-D8)/100)","v":4.0682999999999607},{"$f":"$E$10-E8","v":1352.0317}]
[null,null,"Limited Operation + Low Sulfur Fuel (0.05 wt. pct. S)",{"$f":"D6","v":90},{"$f":"E$10*((100-D9)/100)","v":135.60999999999999},{"$f":"$E$10-E9","v":1220.49}]
[null,null,"Good Combustion Practices (0.50 wt. pct. S) (existing)",0,1356.1,0]
["5, 6","Combined Cycle Gas Turbines (per turbine)","ULSD (0.0015 wt. pct. S)",50,{"$f":"E$12*((100-D11)/100)","v":3},{"$f":"E12-E11","v":3}]
[null,null,"LSR (0.0030 wt. pct. S) + Good Combustion Practices (existing)",0,6,0]
["7","Emergency Generator Engine","ULSD (0.0015 wt. pct. S) + Limited Operation",98.5,{"$f":"$E$15*(100-D13)/100","v":1.4999999999999999E-4},{"$f":"$E$15-E13","v":9.8499999999999994E-3}]
[null,null,"Low Sulfur Fuel (0.05 wt. pct. S) + Limited Operation",50,{"$f":"$E$15*(100-D14)/100","v":5.0000000000000001E-3},{"$f":"$E$15-E14","v":5.0000000000000001E-3}]
[null,null,"Limited Operation (0.1 wt. pct. S) (existing)",0,0.01,0]
["11, 12","Propane-Fired Boiler","Low Sulfur Fuel (existing)",0,2.0000000000000001E-4,0]
[" "]
[]
[" "]

{"sheet":"5-4 EU ID 1 ULSD CE","index":3,"n_rows":41,"n_cols":11,"rows_kept":41,"cut":false,"hidden":false,"merged":[[0,1,0,10],[1,1,1,10],[39,2,39,10],[40,2,40,10],[2,8,2,10],[6,1,6,10],[26,1,26,10]]}
[null,"Table 5-4. Annualized Costs for ULSD on"]
[null,"the Diesel-fired Simple Cycle Gas Turbine (EU ID 1)"]
[null,null,null,null,null,null,null,null,"Shaded cells indicate user inputs"]
[null,"Project:  ",null,"GVEA North Pole -  PM2.5 BACT Analysis (EU ID 1 - GE Frame 7 CT)",null,null,null,null,null,"Prepared By:"]
[null,null,null,null,null,null,null,null,null,"Checked By:"]
[null,null,null,null,null,null,null,null,null,"Rev:"]
[null,"Annualized Costs"]
[null,"DIRECT ANNUAL COSTS",null,null,"QTY","UNIT",null," TOTAL MATERIALS COST"," TOTAL LABOR COST",null,"TOTAL"]
[null,"(1)","Operating & Maintenance Costs",null,null,"%",null,null,{"$f":"'[1]Total Capital Investment'!K44*E9/E38","v":0},null,{"$f":"I9","v":0}]
[null,"(2)","Repair & Replacement Costs",null,null,"%",null,null,{"$f":"E10*'[1]Total Capital Investment'!K47/10","v":0},null,{"$f":"I10","v":0}]
[null,"(3)","Maintenance Materials",null,null,"LOT",null,"excluded in this estimate"]
[null,"(4)","Utilities"]
[null,null,"(a)","ULSD Costs:",45282461.539999999,"GAL",0.26679999999999998,{"$f":"E13*G13","v":12081360.738871999},null,null,{"$f":"H13","v":12081360.738871999}]
[]
[null,"Total Direct Annual Costs (TDAC)",null,null,null,null,null,null,null," TDAC   =",{"$f":"SUM(K9:K13)","v":12081360.738871999}]
[]
[null,"INDIRECT ANNUAL COSTS"]
[null,"(5)","Overhead",null,null,"%",null,"excluded in this estimate",{"$f":"E18*G18","v":0},null,{"$f":"I18","v":0}]
[null,"(6)","Administrative Charges, Property Taxes, Insurance",null,null,"% of capital",null,null,{"$f":"E19*'[1]Total Capital Investment'!K62","v":0},null,{"$f":"I19","v":0}]
[null,null,"Capital Recovery Factor [see inputs below]",null,{"$f":"($E$37/100*POWER((1+($E$37/100)),$E$38))/((POWER(((1+$E$37/100)),$E$38))-1)","v":9.4392925743255696E-2}]
[null,"(7)","Capital Recovery",null,null,null,null,null,null,"CRF * TCI  = ",{"$f":"E20*'[1]Total Capital Investment'!K62","v":0}]
[]
[null,"Total Indirect Annual Costs (TIAC)  (refer to Table 5-10)",null,null,null,null,null,null,null," TIAC   =",{"$f":"'5-10 TCI ULSD EU1-2'!B13","v":1461565.9588171856}]
[]
[null,"TOTAL ANNUALIZED COSTS (TAC)",null,null,null,null,null,null,null,"TAC = (TDAC) + (TIAC)  =",{"$f":"K15+K23","v":13542926.697689185}]
[]
[null,"Cost Effectiveness Summary"]
[]
[null,"TOTAL TONS SO2 AVOIDED PER YEAR",null,null,null,null,null,null,null,"=",{"$f":"'5-3 Ranking-SO2'!F5","v":1481.9408000000001}]
[]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED BASED ON PTE)",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"K25/K29","v":9138.6421763198523}]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED BASED ON ACTUAL HISTORIC RUN TIMES, AVOIDING 142.3 TONS PER  YEAR)1",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"+('5-10 TCI ULSD EU1-2'!C13+G13*833*672/0.13)/142.3","v":12169.494130859608}]
[null,"COST EFFECTIVENESS ($ PER TON PM AVOIDED BASED ON 6 TONS SO2 AVOIDED =  1 TON PM AVOIDED)2",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"+K32*6","v":73016.964785157645}]
[]
[]
[null,null,null,"Data Inputs for Capital Recovery Factor:"]
[null,null,null,"Annual Interest Rate (EPA OAQPS Control Cost Manual)  ",7,"%"]
[null,null,null,"Project Life (EPA OAQPS Control Cost Manual) ",20,"years"]
[]
[null,1,"Annual average run hours for EU 1  from 2009-2016 is 833 hours, and the peak in the last four years has been 587 hours.  833 hours equates to 4,305,969 gallons of fuel, a TDAC of $1,148,832, and a TAC of $3,068,356.  The capital cost of bulk fuel storage would be less and the TIAC for actuals is shown in Table 5-10."]
[null,2,"Alaska Department of Environmental Conservation, Amendments to State Air Quality Control Plan Vol. III: Appendix III.D.5.7, page 52. In reference to fuel oil emissions,  \"Ambient sampling and modeling in FNSB indicates that reduction of six tons of SOX emissions result in the same reduction in ambient PM2.5 concentration as the reduction of one ton of directly emitted PM2.5\"."]

{"sheet":"5-5 EU ID 2 ULSD CE","index":4,"n_rows":41,"n_cols":11,"rows_kept":41,"cut":false,"hidden":false,"merged":[[0,1,0,10],[1,1,1,10],[39,2,39,10],[40,2,40,10],[2,8,2,10],[6,1,6,10],[26,1,26,10]]}
[null,"Table 5-5. Annualized Costs for ULSD on"]
[null,"the Diesel-fired Simple Cycle Gas Turbine (EU ID 2)"]
[null,null,null,null,null,null,null,null,"Shaded cells indicate user inputs"]
[null,"Project:  ",null,"GVEA North Pole -  PM2.5 BACT Analysis (EU ID 2 - GE Frame 7 CT)",null,null,null,null,null,"Prepared By:"]
[null,null,null,null,null,null,null,null,null,"Checked By:"]
[null,null,null,null,null,null,null,null,null,"Rev:"]
[null,"Annualized Costs"]
[null,"DIRECT ANNUAL COSTS",null,null,"QTY","UNIT",null," TOTAL MATERIALS COST"," TOTAL LABOR COST",null,"TOTAL"]
[null,"(1)","Operating & Maintenance Costs",null,null,"%",null,null,{"$f":"'[2]Total Capital Investment'!K44*E9/E38","v":0},null,{"$f":"I9","v":0}]
[null,"(2)","Repair & Replacement Costs",null,null,"%",null,null,{"$f":"E10*'[2]Total Capital Investment'!K47/10","v":0},null,{"$f":"I10","v":0}]
[null,"(3)","Maintenance Materials",null,null,"LOT",null,"excluded in this estimate"]
[null,"(4)","Utilities"]
[null,null,"(a)","ULSD Costs:",41312492.310000002,"GAL",0.26679999999999998,{"$f":"E13*G13","v":11022172.948308},null,null,{"$f":"H13","v":11022172.948308}]
[]
[null,"Total Direct Annual Costs (TDAC)",null,null,null,null,null,null,null," TDAC   =",{"$f":"SUM(K9:K13)","v":11022172.948308}]
[]
[null,"INDIRECT ANNUAL COSTS"]
[null,"(5)","Overhead",null,null,"%",null,"excluded in this estimate",{"$f":"E18*G18","v":0},null,{"$f":"I18","v":0}]
[null,"(6)","Administrative Charges, Property Taxes, Insurance",null,null,"% of capital",null,null,{"$f":"E19*'[2]Total Capital Investment'!K62","v":0},null,{"$f":"I19","v":0}]
[null,null,"Capital Recovery Factor [see inputs below]",null,{"$f":"($E$37/100*POWER((1+($E$37/100)),$E$38))/((POWER(((1+$E$37/100)),$E$38))-1)","v":9.4392925743255696E-2}]
[null,"(7)","Capital Recovery",null,null,null,null,null,null,"CRF * TCI  = ",{"$f":"E20*'[2]Total Capital Investment'!K62","v":0}]
[]
[null,"Total Indirect Annual Costs (TIAC) (refer to Table 5-10)",null,null,null,null,null,null,null," TIAC   =",{"$f":"'5-10 TCI ULSD EU1-2'!B13","v":1461565.9588171856}]
[]
[null,"TOTAL ANNUALIZED COSTS (TAC)",null,null,null,null,null,null,null,"TAC = (TDAC) + (TIAC)  =",{"$f":"K15+K23","v":12483738.907125186}]
[]
[null,"Cost Effectiveness Summary"]
[]
[null,"TOTAL TONS SO2 AVOIDED PER YEAR",null,null,null,null,null,null,null,"=",{"$f":"'5-3 Ranking-SO2'!F8","v":1352.0317}]
[]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED BASED ON PTE)",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"K25/K29","v":9233.3182033566118}]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED BASED ON ACTUALS, AVOIDING 422.3 TONS PER  YEAR)1",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"+('5-10 TCI ULSD EU1-2'!C13+G13*2472*672/0.13)/422.3","v":9453.3438919975197}]
[null,"COST EFFECTIVENESS ($ PER TON PM AVOIDED BASED ON 6 TONS SO2 AVOIDED = EQUIVALENT TO 1 TON PM AVOIDED)2",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"+K32*6","v":56720.063351985118}]
[]
[]
[null,null,null,"Data Inputs for Capital Recovery Factor:"]
[null,null,null,"Annual Interest Rate (EPA OAQPS Control Cost Manual)  ",7,"%"]
[null,null,null,"Project Life (EPA OAQPS Control Cost Manual) ",20,"years"]
[]
[null,1,"Annual average run hours for EU 2  from 2009-2016 is 2472 hours, and the peak in the last four years has been 2873 hours.  2472 hours equates to 12,778,338 gallons of fuel, a TDAC of $3,409,261, and a TAC of $5,328,784. The capital cost of bulk fuel storage would be less and the TIAC for actuals is shown in Table 5-10."]
[null,2,"Alaska Department of Environmental Conservation, Amendments to State Air Quality Control Plan Vol. III: Appendix III.D.5.7, page 52. In reference to fuel oil emissions,  \"Ambient sampling and modeling in FNSB indicates that reduction of six tons of SOX emissions result in the same reduction in ambient PM2.5 concentration as the reduction of one ton of directly emitted PM2.5\"."]

{"sheet":"5-6 EU ID 5&6 ULSD CE","index":5,"n_rows":37,"n_cols":11,"rows_kept":37,"cut":false,"hidden":false,"merged":[[0,1,0,10],[1,1,1,10],[3,8,3,10],[7,1,7,10],[27,1,27,10]]}
[null,"Table 5-6. Annualized Costs for ULSD on"]
[null,"the Diesel-fired Combined Cycle Gas Turbines (EU IDs 5 and 6)"]
[]
[null,null,null,null,null,null,null,null,"Shaded cells indicate user inputs"]
[null,"Project:  ",null,"GVEA North Pole -  PM2.5 BACT Analysis (EU IDs 5 and 6 - GE LM6000PC CT)",null,null,null,null,null,"Prepared By:"]
[null,null,null,null,null,null,null,null,null,"Checked By:"]
[null,null,null,null,null,null,null,null,null,"Rev:"]
[null,"Annualized Costs"]
[null,"DIRECT ANNUAL COSTS",null,null,"QTY","UNIT",null," TOTAL MATERIALS COST"," TOTAL LABOR COST",null,"TOTAL"]
[null,"(1)","Operating & Maintenance Costs",null,null,"%",null,null,{"$f":"'[2]Total Capital Investment'!K44*E10/E37","v":0},null,{"$f":"I10","v":0}]
[null,"(2)","Repair & Replacement Costs",null,null,"%",null,null,{"$f":"E11*'[2]Total Capital Investment'!K47/10","v":0},null,{"$f":"I11","v":0}]
[null,"(3)","Maintenance Materials",null,null,"LOT",null,"excluded in this estimate"]
[null,"(4)","Utilities"]
[null,null,"(a)","ULSD Costs:",{"$f":"455*8760/0.13","v":30660000},"GAL",0.90823399999999999,{"$f":"E14*G14","v":27846454.440000001},null,null,{"$f":"H14","v":27846454.440000001}]
[]
[null,"Total Direct Annual Costs (TDAC)",null,null,null,null,null,null,null," TDAC   =",{"$f":"SUM(K10:K14)","v":27846454.440000001}]
[]
[null,"INDIRECT ANNUAL COSTS"]
[null,"(5)","Overhead",null,null,"%",null,"excluded in this estimate",{"$f":"E19*G19","v":0},null,{"$f":"I19","v":0}]
[null,"(6)","Administrative Charges, Property Taxes, Insurance",null,null,"% of capital",null,null,{"$f":"E20*'[2]Total Capital Investment'!K62","v":0},null,{"$f":"I20","v":0}]
[null,null,"Capital Recovery Factor [see inputs below]",null,{"$f":"($E$36/100*POWER((1+($E$36/100)),$E$37))/((POWER(((1+$E$36/100)),$E$37))-1)","v":9.4392925743255696E-2}]
[null,"(7)","Capital Recovery",null,null,null,null,null,null,"CRF * TCI  = ",{"$f":"E21*'[2]Total Capital Investment'!K62","v":0}]
[]
[null,"Total Indirect Annual Costs (TIAC)",null,null,null,null,null,null,null," TIAC   =",{"$f":"SUM(K19:K22)","v":0}]
[]
[null,"TOTAL ANNUALIZED COSTS (TAC)",null,null,null,null,null,null,null,"TAC = (TDAC) + (TIAC)  =",{"$f":"K16+K24","v":27846454.440000001}]
[]
[null,"Cost Effectiveness Summary"]
[]
[null,"TOTAL TONS SO2 AVOIDED PER YEAR",null,null,null,null,null,null,null,"=",{"$f":"'5-3 Ranking-SO2'!F11-'5-3 Ranking-SO2'!F12","v":3}]
[]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED)",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"K26/K30","v":9282151.4800000004}]
[]
[]
[null,null,null,"Data Inputs for Capital Recovery Factor:"]
[null,null,null,"Annual Interest Rate (EPA OAQPS Control Cost Manual)  ",7,"%"]
[null,null,null,"Project Life (EPA OAQPS Control Cost Manual) ",20,"years"]

{"sheet":"5-7 EU ID 7 ULSD CE","index":6,"n_rows":36,"n_cols":11,"rows_kept":36,"cut":false,"hidden":false,"merged":[[2,8,2,10],[6,1,6,10],[26,1,26,10],[0,1,0,10],[1,1,1,10]]}
[null,"Table 5-7. Annualized Costs for ULSD on"]
[null,"the Diesel-fired Emergency Generator Engine (EU ID 7)"]
[null,null,null,null,null,null,null,null,"Shaded cells indicate user inputs"]
[null,"Project:  ",null,"GVEA North Pole -  PM2.5 BACT Analysis (EU ID 7 - Generac Gen Set Engine)",null,null,null,null,null,"Prepared By:"]
[null,null,null,null,null,null,null,null,null,"Checked By:"]
[null,null,null,null,null,null,null,null,null,"Rev:"]
[null,"Annualized Costs"]
[null,"DIRECT ANNUAL COSTS",null,null,"QTY","UNIT",null," TOTAL MATERIALS COST"," TOTAL LABOR COST",null,"TOTAL"]
[null,"(1)","Operating & Maintenance Costs",null,null,"%",null,null,{"$f":"'[3]Total Capital Investment'!K44*E9/E36","v":0},null,{"$f":"I9","v":0}]
[null,"(2)","Repair & Replacement Costs",null,null,"%",null,null,{"$f":"E10*'[3]Total Capital Investment'!K47/10","v":0},null,{"$f":"I10","v":0}]
[null,"(3)","Maintenance Materials",null,null,"LOT",null,"excluded in this estimate"]
[null,"(4)","Utilities"]
[null,null,"(a)","ULSD Costs:",{"$f":"32*52","v":1664},"GAL",0.26679999999999998,{"$f":"E13*G13","v":443.95519999999999},null,null,{"$f":"H13","v":443.95519999999999}]
[]
[null,"Total Direct Annual Costs (TDAC)",null,null,null,null,null,null,null," TDAC   =",{"$f":"SUM(K9:K13)","v":443.95519999999999}]
[]
[null,"INDIRECT ANNUAL COSTS"]
[null,"(5)","Overhead",null,null,"%",null,"excluded in this estimate",{"$f":"E18*G18","v":0},null,{"$f":"I18","v":0}]
[null,"(6)","Administrative Charges, Property Taxes, Insurance",null,null,"% of capital",null,null,{"$f":"E19*'[3]Total Capital Investment'!K62","v":0},null,{"$f":"I19","v":0}]
[null,null,"Capital Recovery Factor [see inputs below]",null,{"$f":"($E$35/100*POWER((1+($E$35/100)),$E$36))/((POWER(((1+$E$35/100)),$E$36))-1)","v":9.4392925743255696E-2}]
[null,"(7)","Capital Recovery",null,null,null,null,null,null,"CRF * TCI  = ",{"$f":"E20*'[3]Total Capital Investment'!K62","v":0}]
[]
[null,"Total Indirect Annual Costs (TIAC)",null,null,null,null,null,null,null," TIAC   =",{"$f":"SUM(K18:K21)","v":0}]
[]
[null,"TOTAL ANNUALIZED COSTS (TAC)",null,null,null,null,null,null,null,"TAC = (TDAC) + (TIAC)  =",{"$f":"K15+K23","v":443.95519999999999}]
[]
[null,"Cost Effectiveness Summary"]
[]
[null,"TOTAL TONS SO2 AVOIDED PER YEAR",null,null,null,null,null,null,null,"=",{"$f":"'5-3 Ranking-SO2'!F13","v":9.8499999999999994E-3}]
[]
[null,"COST EFFECTIVENESS ($ PER TON AVOIDED)",null,null,null,null,null,null,null,"(TAC)/(TPY)   = ",{"$f":"K25/K29","v":45071.593908629446}]
[]
[]
[null,null,null,"Data Inputs for Capital Recovery Factor:"]
[null,null,null,"Annual Interest Rate (EPA OAQPS Control Cost Manual)  ",7,"%"]
[null,null,null,"Project Life (EPA OAQPS Control Cost Manual) ",20,"years"]

{"sheet":"Table 5-8","index":7,"n_rows":47,"n_cols":6,"rows_kept":47,"cut":false,"hidden":false,"merged":[[42,0,42,5],[23,0,23,5],[26,0,26,5],[30,0,30,5],[34,0,34,5],[38,0,38,5],[20,0,20,5],[0,0,0,5],[2,0,2,5],[4,0,4,5],[8,0,8,5],[16,0,16,5],[12,0,12,5]]}
["Table 5-8. GVEA North Pole Facility - SO2 BACT Cost Effectiveness"]
[]
["Summary1 for Each Emission Unit Based on PTE"]
[]
["Simple Cycle Gas Turbine (EU ID 1)"]
[{"$f":"'5-3 Ranking-SO2'!C5","v":"ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E5","v":4.4591999999999574},{"$f":"+'5-10 TCI ULSD EU1-2'!B10","v":10875319.148936171},{"$f":"'5-4 EU ID 1 ULSD CE'!K25","v":13542926.697689185},{"$f":"'5-4 EU ID 1 ULSD CE'!K15","v":12081360.738871999},{"$f":"D6/'5-4 EU ID 1 ULSD CE'!K29","v":9138.6421763198523}]
[{"$f":"'5-3 Ranking-SO2'!C7","v":"Good Combustion Practices (0.50 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E7","v":1486.4},"~","~","~","~"]
[]
["Simple Cycle Gas Turbine (EU ID 2)"]
[{"$f":"'5-3 Ranking-SO2'!C8","v":"Limited Operation + ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E8","v":4.0682999999999607},{"$f":"+'5-10 TCI ULSD EU1-2'!B10","v":10875319.148936171},{"$f":"'5-5 EU ID 2 ULSD CE'!K25","v":12483738.907125186},{"$f":"'5-5 EU ID 2 ULSD CE'!K15","v":11022172.948308},{"$f":"D10/'5-5 EU ID 2 ULSD CE'!K29","v":9233.3182033566118}]
[{"$f":"'5-3 Ranking-SO2'!C10","v":"Good Combustion Practices (0.50 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E10","v":1356.1},"~","~","~","~"]
[" "]
["Combined Cycle Gas Turbines  (EU IDs 5 and 6)"]
[{"$f":"'5-3 Ranking-SO2'!C11","v":"ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E11","v":3},"~",{"$f":"'5-6 EU ID 5&6 ULSD CE'!K26","v":27846454.440000001},"~",{"$f":"'5-6 EU ID 5&6 ULSD CE'!K32","v":9282151.4800000004}]
[{"$f":"'5-3 Ranking-SO2'!C12","v":"LSR (0.0030 wt. pct. S) + Good Combustion Practices (existing)"},{"$f":"'5-3 Ranking-SO2'!E12","v":6},"~","~","~","~"]
[]
["Emergency Generator Engine (EU ID 7)"]
[{"$f":"'5-3 Ranking-SO2'!C13","v":"ULSD (0.0015 wt. pct. S) + Limited Operation"},{"$f":"'5-3 Ranking-SO2'!E13","v":1.4999999999999999E-4},"~",{"$f":"'5-7 EU ID 7 ULSD CE'!K25","v":443.95519999999999},"~",{"$f":"'5-7 EU ID 7 ULSD CE'!K31","v":45071.593908629446}]
[{"$f":"'5-3 Ranking-SO2'!C15","v":"Limited Operation (0.1 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E15","v":0.01},"~","~","~","~"]
[]
["Propane Fired Boilers  (EU IDs 11 and 12)"]
["Low Sulfur Fuel (propane) (existing)",{"$f":"'5-3 Ranking-SO2'!F16","v":0},"~","~","~","~"]
[]
["Summary1 for Each Emission Unit Based on Actuals"]
["Control Technology Option","SO2 Emissions (tpy)","Total Installed Capital ($)","Total Annualized Cost ($/year)","Annual O&M Cost ($/year)","Cost Effectiveness ($/ton SO2 removed)"]
[]
["Simple Cycle Gas Turbine (EU ID 1)"]
[{"$f":"'5-3 Ranking-SO2'!C5","v":"ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E5","v":4.4591999999999574},{"$f":"+'5-10 TCI ULSD EU1-2'!B10","v":10875319.148936171},3068356,1148832,{"$f":"D28/142.3","v":21562.586085734361}]
[{"$f":"'5-3 Ranking-SO2'!C7","v":"Good Combustion Practices (0.50 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E7","v":1486.4},"~","~","~","~"]
[]
["Simple Cycle Gas Turbine (EU ID 2)"]
[{"$f":"'5-3 Ranking-SO2'!C8","v":"Limited Operation + ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E8","v":4.0682999999999607},{"$f":"+'5-10 TCI ULSD EU1-2'!B10","v":10875319.148936171},5328784,3409261,{"$f":"D32/422.3","v":12618.479753729576}]
[{"$f":"'5-3 Ranking-SO2'!C10","v":"Good Combustion Practices (0.50 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E10","v":1356.1},"~","~","~","~"]
[" "]
["Combined Cycle Gas Turbines  (EU IDs 5 and 6)"]
[{"$f":"'5-3 Ranking-SO2'!C11","v":"ULSD (0.0015 wt. pct. S)"},{"$f":"'5-3 Ranking-SO2'!E11","v":3},"~",{"$f":"'5-6 EU ID 5&6 ULSD CE'!K26","v":27846454.440000001},"~",{"$f":"'5-6 EU ID 5&6 ULSD CE'!K32","v":9282151.4800000004}]
[{"$f":"'5-3 Ranking-SO2'!C12","v":"LSR (0.0030 wt. pct. S) + Good Combustion Practices (existing)"},{"$f":"'5-3 Ranking-SO2'!E12","v":6},"~","~","~","~"]
[]
["Emergency Generator Engine (EU ID 7)"]
[{"$f":"'5-3 Ranking-SO2'!C13","v":"ULSD (0.0015 wt. pct. S) + Limited Operation"},{"$f":"'5-3 Ranking-SO2'!E13","v":1.4999999999999999E-4},"~",{"$f":"'5-7 EU ID 7 ULSD CE'!K25","v":443.95519999999999},"~",{"$f":"'5-7 EU ID 7 ULSD CE'!K31","v":45071.593908629446}]
[{"$f":"'5-3 Ranking-SO2'!C15","v":"Limited Operation (0.1 wt. pct. S) (existing)"},{"$f":"'5-3 Ranking-SO2'!E15","v":0.01},"~","~","~","~"]
[]
["Propane Fired Boilers  (EU IDs 11 and 12)"]
["Low Sulfur Fuel (propane) (existing)",{"$f":"'5-3 Ranking-SO2'!F16","v":0},"~","~","~","~"]
[]
["1 All emission costs are on a per emission unit basis."]
[" "]

{"sheet":"Table - 5-9","index":8,"n_rows":11,"n_cols":5,"rows_kept":11,"cut":false,"hidden":false,"merged":[[0,0,0,4],[1,0,1,4]]}
["Table 5-9.  GVEA North Pole Facility - Proposed SO2 BACT and Associated"]
["Emission Rate for Each Emission Unit"]
[" "]
["ID","Description",null,"Description","Emission Rate1"]
[]
["1, 2","Simple Cycle Gas Turbine","Fuel Oil","Good Combustion Practices  (existing)","500 ppm S in fuel"]
["5, 6","Combined Cycle Gas Turbine","LSR","LSR (existing)","30 ppm S in fuel"]
[7,"Emergency Generator Engine","Fuel Oil","Good Combustion Practices  (existing)","500 ppm S in fuel"]
["11, 12","Boiler","Propane","Low Sulfur Fuel - Propane (existing)","0.0012 lb/kgal"]
[]
["1 Emissions are on a per emission unit basis."]

{"sheet":"5-10 TCI ULSD EU1-2","index":9,"n_rows":27,"n_cols":5,"rows_kept":27,"cut":false,"hidden":false,"merged":[[22,0,22,1],[23,0,23,1],[5,1,5,2],[5,3,5,4]]}
["Table 5-10. Capital Cost for New ULSD Storage Based on"]
["Maximum Fuel Use and Actual Fuel Use"]
[]
[]
[null,"North Pole \nEUs 1 and 2 Maximum Fuel Use","Zehnder \nEUs 1 and 2 Maximum Fuel Use","North Pole \nEUs 1 and 2 Actual Fuel Use","Zehnder \nEUs 1 and 2 Actual Fuel Use"]
["Capital Cost Estimate",30425000,null,21050000]
["Heat Input, MMBtu/day (combined for each set of combustion turbines)",32256,12864,32256,12864]
["Percentage of Heat Input",{"$f":"B7/(B7+C7)","v":0.71489361702127663},{"$f":"C7/(B7+C7)","v":0.28510638297872343},{"$f":"D7/(D7+E7)","v":0.71489361702127663},{"$f":"E7/(D7+E7)","v":0.28510638297872343}]
["Capital Cost (apportioned based on heat input ratio)",{"$f":"B8*$B$6","v":21750638.297872342},{"$f":"C8*$B$6","v":8674361.7021276597},{"$f":"D8*$D$6","v":15048510.638297873},{"$f":"E8*$D$6","v":6001489.3617021283}]
["Capital Cost (apportioned per combustion turbine)",{"$f":"B9/2","v":10875319.148936171},{"$f":"C9/2","v":4337180.8510638298},{"$f":"D9/2","v":7524255.3191489363},{"$f":"E9/2","v":3000744.6808510642}]
["Capital Recovery (per combustion turbine)",{"$f":"B10*B15","v":1026553.1928597387},{"$f":"C10*B15","v":409399.19000953861},{"$f":"D10*B15","v":710236.47361372225},{"$f":"E10*B15","v":283249.06983404403}]
["Administrative Charges, Property Taxes, Insurance (per combustion turbine)",{"$f":"C23*B10","v":435012.76595744683},{"$f":"C23*C10","v":173487.2340425532},{"$f":"C23*D10","v":300970.21276595746},{"$f":"C23*E10","v":120029.78723404257}]
["Total Annual Indirect Cost (per combustion turbine)",{"$f":"SUM(B11:B12)","v":1461565.9588171856},{"$f":"SUM(C11:C12)","v":582886.42405209178},{"$f":"SUM(D11:D12)","v":1011206.6863796797},{"$f":"SUM(E11:E12)","v":403278.85706808663}]
[]
["Capital recovery factor",{"$f":"($C$18/100*POWER((1+($C$18/100)),$C$20))/((POWER(((1+$C$18/100)),$C$20))-1)","v":9.4392925743255696E-2}]
[]
["Data Inputs for Capital Recovery Factor:"]
["Annual Interest Rate (EPA OAQPS Control",null,7,"pct."]
["    Cost Manual)"]
["Project Life (EPA OAQPS Control Cost",null,20,"years"]
["     Manual)"]
[]
["Administrative Charges, Property Taxes",null,0.04]
["     Insurance (percentage of total capital"]
["     cost)"]
[]
["Capital cost estimate for 1.27 million gallons of storage capacity."]

{"sheet":"DO NOT INCLUDE - Identified-SO2","index":10,"n_rows":35,"n_cols":3,"rows_kept":35,"cut":false,"hidden":false,"merged":[[3,0,5,0],[20,0,25,0],[11,0,14,0],[31,0,33,0]]}
["Table E-1a. Summary of Identified SO2 Control Technology -  Liquid Fuel-Fired Simple Cycle Turbines > 25 MW (RBLC 15.190)"]
[]
["Pollutant","Control Technology Used","Number of RBLC Entries (11 Total)"]
["SO2","Low Sulfur Fuel",7]
[null,"None",4]
[null,"ULSD",0]
["Note: Data is based on a RBLC review from January 1, 2005 through September 15, 2015."]
[]
["Table E-1b. Summary of Identified SO2 Control Technology -  Liquid Fuel-Fired Combined Cycle Turbines > 25 MW (RBLC 15.290)"]
[]
["Pollutant","Control Technology Used","Number of RBLC Entries (6 Total)"]
["SO2","ULSD",3]
[null,"None",2]
[null,"Limited Operation",2]
[null,"Low Sulfur Fuel",1]
["Note: Data is based on a RBLC review from January 1, 2005 through September 15, 2015."]
[]
["Table E-1c. Summary of Identified SO2 Control Technology - Large Diesel Engines > 500 hp (RBLC 17.110)"]
[]
["Pollutant","Control Technology Used",{"$f":"\"Number of RBLC Entries (\"& SUM(C21:C26)& \" Total)\"","v":"Number of RBLC Entries (35 Total)"}]
["SO2","Low-Sulfur Fuel",13]
[null,"ULSD",5]
[null,"Good Combustion Practices",5]
[null,"Limited Operation",5]
[null,"None",3]
[null,"Federal Standards",4]
["Note: Data is based on a RBLC review from January 1, 2005 through September 15, 2015."]
[]
["Table E-1d. Summary of Identified SO2 Control Technology -  Natural Gas-Fired Commercial/Institutional Boilers <100 MMBtu/hr (RBLC 13.310)"]
[]
["Pollutant","Control Technology Used","Number of RBLC Entries (54 Total)"]
["SO2","Low Sulfur Fuel",31]
[null,"None",17]
[null,"Good Combustion Practices",7]
["Note: Data is based on a RBLC review from January 1, 2005 through September 15, 2015."]