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{"sheet":"Summary","index":0,"n_rows":48,"n_cols":8,"rows_kept":48,"cut":false,"hidden":false,"merged":[[1,3,1,7],[6,2,6,4],[6,6,6,7],[2,3,2,5],[2,6,2,7],[3,3,3,7],[5,2,5,3]]}
[]
[null,null,"                                                ","Summary of the Sugarcane-Based Ethanol Pathway for the California Low Carbon Fuel Standard                 "]
[null,null,"Applicant:",{"$f":"Calculator!C21","v":"Canetofuel, Inc., S.A."},null,null,{"$f":"CONCATENATE(\"Location: \",Calculator!F21, \", \",Calculator!I21,\", \",Calculator!K21)","v":"Location: Fazenda Colheita Verde, Jaboticabal, Sao Paulo, Brazil"}]
[null,null,"Description:","Ethanol produced from Sugarcane-based feedstocks (Sugarcane Juice and Molasses) and exported to California by Ocean Tanker."]
[]
[null,null,"Feedstock Production Electricity Mix",null,{"$f":"Calculator!I23","v":"29-Brazilian Mix"},null,"Fuel Production Electricity Mix",{"$f":"Calculator!I23","v":"29-Brazilian Mix"}]
[null,null,"Feedstock Production",null,null,null,"Fuel Production"]
[null,null,"Feedstock Production","Column2","Column1",null,"Fuel Production","Column1"]
[null,null,"24-Month Sugarcane Procured, metric tonnes ",null,null,null,"Total Undenatured Ethanol, gallons",{"$f":"H10+H11","v":14326502.461450426}]
[null,null,null,"Propria and Terceiros (in Portuguese)",{"$f":"Calculator!G59","v":2430000},null,"Total Undenatured Ethanol from Cane Juice, dry gallons",{"$f":"Calculator!G$86","v":7659685.4084338425}]
[null,null,"Ethanol Yield, gal/metric tonne sugarcane",null,{"$f":"(Calculator!F86*Calculator!F84+Calculator!G86*Calculator!G84)/(Calculator!F86+Calculator!G86)","v":14.883015691907262},null,"Total Undenatured Ethanol from Molasses, dry gallons",{"$f":"Calculator!F$86","v":6666817.0530165834}]
[]
[null,null,"Feedstock Transport",null,null,null,"Energy Consumption"]
[null,null,null,"From Field to Ethanol Plant","MDD Truck",null,"Residual Oil (Btu/gal)",300]
[null,null,null,"Shares",1,null,"Biomass (Btu/gal)",{"$f":"E10*0.28*0.5*13648337/H9","v":324096.14697612129}]
[null,null,null,"Miles",2,null,"Electricity, (kWh/gal)",{"$f":"Calculator!N59/(Calculator!Y59*64.1593)","v":6.8976063645635258E-2}]
[null,null,null,"From Field to Ethanol Plant","HDD Truck"]
[null,null,null,"Shares",1,null,"Chemical Usage"]
[null,null,null,"Miles",{"$f":"(Calculator!D59*Calculator!C59+Calculator!E59*Calculator!F59)/(Calculator!C59+Calculator!E59)/1.609","v":27.489008585963216},null,"Lime (grams/tonne cane), standard value",880]
[]
[null,null,"Co-Product Credit, Cogenerated Electricity Exports",null,null,null,"Fuel Transport"]
[null,null,null,"Net Cogenerated Surplus Electricity Exported (kWh/yr)",{"$f":"(Calculator!O59-Calculator!N59)","v":233520000},null,"By HD Truck from Plant to Port, miles",{"$f":"Calculator!C27/1.609","v":262.27470478558109}]
[null,null,null,"Total Annual Ethanol Produced (gal)",{"$f":"Calculator!G94","v":14326502.461450426},null,"By Rail From Plant to Port, miles",{"$f":"Calculator!E27/1.609","v":200.12430080795525}]
[null,null,null,"Co-Product Credit (kWH/gal)",{"$f":"E22/E23","v":16.299861088102467},null,"By Pipeline From Plant to Port, miles",{"$f":"Calculator!G27/1.609","v":200.12430080795525}]
[null,null,null,null,null,null,"By Ocean Transport to California Port, miles",{"$f":"Calculator!I27/1.609","v":9790}]
[null,null,"Mechanized Harvesting Level",null,{"$f":"Calculator!C98","v":0.8},null,"Route",{"$f":"Calculator!I26","v":"Via Cape Horn"}]
[null,null,null,"State-wide Regional Average",0.8]
[null,null,null,"Harvest State","Sao Paolo, Brazil",null,"Total Well-toTank CI, gCO2e/MJ",{"$f":"Calculator!G17","v":42.816796178862674}]
[null,null,null,"Burn Area Evaluation Method","GIS (Landsat-8 Imagery)",null,"Fuel CI",{"$f":"('EF Tables'!C129*Calculator!F86+Calculator!G86*'EF Tables'!D129)/(Calculator!F86+Calculator!G86)","v":28.799445179521438}]
[null,null,null,null,null,null,"Denaturant Use, gCO2e/MJ",{"$f":"('EF Tables'!D131*Summary!H10+'EF Tables'!C131*Summary!H11)/(Summary!H10+Summary!H11)","v":2.2173509993412321}]
[null,null,"Filter Cake Transport","Miles",{"$f":"Calculator!I59/1.609","v":29.489436180742583},null,"Indirect Land Use Change, gCO2e/MJ",11.8]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Via Panama Canal"]
[null,null,"Via Panama Canal"]
[null,null,"Via Cape Horn"]
[null,null,"Via Strait of Magellan"]

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[]
[null,null,null,null,"DRAFT - FOR DISCUSSION ONLY - DO NOT USE",null,null,null,"Yellow Cells - Information or Value to be Provided by Applicant or Mill"]
[null,null,null,null,null,null,null,null,"Light Blue Cells show CI results "]
[null,null,null,null,null,null,null,null,"Green Cells show the calculation button"]
[null,null,null,null,null,null,null,null,"Gray Cells are Intermediate or Calculated Values"]
[null,"Version: SIMCAL_CANE_001"]
[]
[null,"LCFS  Sugarcane-Based Ethanol Simplified Carbon Intensity Calculator"]
[null,"LCFS Pathway: Ethanol Produced from Sugarcane Feedstock in Brazil, and Exported to California Via Ocean Tanker"]
[null,"MONTHLY PRODUCTION AND OPERATIONAL DATA FOR PATHWAY FUEL CARBON INTENSITY (CI) DETERMINATION"]
[]
[null,"Pathway Summary and Estimated CI (gCO2e/MJ)"]
[null,"Pathway Summary:","Sugarcane-based Ethanol produced in Brazil; transported by ocean-going vessels to California for use as a transportation fuel."]
[null,"Sugarcane Molasses-based Ethanol CI",null,{"$f":"'EF Tables'!C132","v":41.859369000386117},"Sugarcane Juice-based Ethanol CI",null,{"$f":"'EF Tables'!D132","v":43.650119154955256}]
[null,"Ethanol Volume (Molasses Feedstock), gal",null,{"$f":"F86","v":6666817.0530165834},"Ethanol Volume (Sugarcane Juice Feedstock), gal",null,{"$f":"G86","v":7659685.4084338425}]
[null,"Ethanol Yield (Molasses Feedstock), gal/tonne sugarcane",null,{"$f":"F84","v":7.8387031781500101},"Ethanol Yield (Juice Feedstock), gal/tonne sugarcane",null,{"$f":"G84","v":21.014226086238249}]
[null,null,null,null,null,"Composite CI, gCO2e/MJ:",{"$f":"(D14*D15+G14*G15)/(D15+G15)","v":42.816796178862674}]
[]
[]
[null,"Section 1:  Enter Applicant & Mill Specific Information"]
[null,"1.1  Company Name","Canetofuel, Inc., S.A.",null,"1.4  Mill Location","Fazenda Colheita Verde, Jaboticabal",null,"1.5  State","Sao Paulo","1.6  Country","Brazil"]
[null,"1.2  Company ID","XXXX",null,"1.7  Harvest Cycle(s)","January 2015-December 2017",null,"1.9  Electric Transmission and Distribution Loss",8.1000000000000003E-2,"1.11 Credit for Mechanized Harvesting","Standard"]
[null,"1.3  Facility ID","YYYYY",null,"1.8  Application Type","Initial Appliation for Certification ",null,"1.10  Regional Electric Mix (Feedstock/Fuel)","29-Brazilian Mix","1.12 Credit for Export of Surplus Electricity","Yes"]
[]
[null,"Section 2:  Enter Fuel Transport Information"]
[null,"2.1  Ethanol Transport Primary Mode","By HDDT from Ethanol Plant to Port","2.3  Ethanol Transport Secondary Mode","By Rail to or towards Port","2.5  Ethanol Transport Tertiary Mode"," By Pipeline to or towards Port","2.7  Ethanol Ocean Transport Route to California","Via Cape Horn","2.9  Ethanol Transport Distance - By HDDT from Port to Terminal (mi)",{"$f":"40","v":40}]
[null," 2.2  Ethanol Transport Distance for Primary Mode (km)",422,"2.4  Ethanol Transport Distance for Secondary Mode (km)",322,"2.6  Ethanol Transport Distance for Tertiary Mode (km)",322,"2.8  Ethanol Ocean Transport Distance (km)",{"$f":"9790*1.609","v":15752.11},"2.10  Ethanol Transport Distance - By HDDT from Terminal to Refueling Station (mi)",50]
[null,null,null,null,null,null,null,null,null,"Via Panama Canal"]
[null,null,null,null,null,null,null,null,null,"Via Strait of Magellan"]
[null,null,null,null,null,null,null,null,null,"Via Cape Horn"]
[]
[null,"Section 3:  Enter Monthly Feedstock, Fuel, and Co-Product Production Data"]
[null,"3.1  Production Data (Monthly)"," 3.2  Cane Sourced from Applicant-owned Farms (Propria Farms)","3.3  Transport of Cane Sourced from Applicant-Owned Farms (weighted average distance)"," 3.4  Cane Purchased from Partnership Farms (Terceiros Farms)","3.5  Transport of Cane Sourced from Partnership Farms (weighted average distance)","3.6  Total Sugarcane Procured (Calculated)","3.7  Fraction Cane Mechanically Harvested (2)","3.8  Filter Cake Transport & Distribution (1)","3.9  Externally Acquired or Purchased Bagasse?","3.10  Electricity Generated from Externally Acquired or Purchased Bagasse","3.11  Externally Acquired or Purchased Molasses?","3.12  Ethanol Produced from Externally Acquired or Purchased Molasses","3.13  Purchased Electricity from the Grid","3.14  Surplus Electricity Cogenerated and Exported","3.15  Juice Allocated to Sugar Production (weighted average) (3)","3.16  Fraction Sucrose Entering Sugar Production (monthly weighted average) (4)","3.17  Anhydrous Ethanol Production","3.18  Moisture Content (Anhydrous Ethanol)","3.19  Adjusted Anhydrous Ethanol Production (5)","3.20  Hydrous Ethanol Production","3.21  Moisture Content (Hydrous Ethanol)","3.22  Adjusted Hydrous Ethanol Production (5)","3.23  Finished/Table Sugar Production","3.24  Total Ethanol Produced ",null,null,null,null,null,null,null,null,null,"Surplus electricity credit calculations"]
[null,"Unit","Metric Tons","Km","Metric Tons","Km","Metric Tons","%","Km","Metric Tons","kWh","Metric Tons","m3","kWh","kWh","%",null,"m3","%","wet m3","m3","%","wet m3","Metric Tons"," (dry m3)",null,null,null,null,null,null,null,null,null,"Standard","Harvest Region Specific",{"$f":"IF(K22=\"Standard\",TRUE, FALSE)","v":true},"Yes","No"]
[null,"Month 1",null,null,null,null,{"$f":"IF((C35+E35)>0,(C35+E35),\"\")","v":""},null,{"$f":"IFERROR(((C35*D35+E35*F35)/G35)+2/AO$59,\"\")","v":""},null,{"$f":"IF((J35*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J35*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,{"$f":"IF((R35-M35*$R$60)>0,(R35-M35*$R$60),\"\")","v":""},null,null,{"$f":"IF((U35-M35*$U$60)>0,(U35-M35*$U$60),\"\")","v":""},null,{"$f":"IFERROR(T35*(1-S35)+W35*(1-V35),\"\")","v":""},null,null,null,null,null,null,null,null,null,"Surplus allocated based on TRS to sugar and ethanol",null,null,null,null,"Surplus electricity credit (kWh/gal)"]
[null,"Month 2",null,null,null,null,{"$f":"IF((C36+E36)>0,(C36+E36),\"\")","v":""},null,{"$f":"IFERROR(((C36*D36+E36*F36)/G36)+2/AO$59,\"\")","v":""},null,{"$f":"IF((J36*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J36*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,{"$f":"IF((R36-M36*$R$60)>0,(R36-M36*$R$60),\"\")","v":""},null,null,{"$f":"IF((U36-M36*$U$60)>0,(U36-M36*$U$60),\"\")","v":""},null,{"$f":"IFERROR(T36*(1-S36)+W36*(1-V36),\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,"kWh/year","kWh/tonne cane","Ethanol Volume (gal)","Before mass allocation","after mass allocation"]
[null,"Month 3",null,null,null,null,"",null,"",null,{"$f":"IF((J37*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J37*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,{"$f":"IF((R37-M37*$R$60)>0,(R37-M37*$R$60),\"\")","v":""},null,null,"",null,"",null,null,null,null,null,null,null,null,null,"Molasses-EtOH",null,{"$f":"($O$59-$N$59-$K$59)/2*$P$60","v":81732000},{"$f":"AK37/$G$60","v":67.269135802469137},{"$f":"F$86","v":6666817.0530165834},{"$f":"AL37/F84","v":8.581666415176743},{"$f":"AN37*E91","v":3.2011236353130426}]
[null,"Month 4",100000,40,35000,{"$f":"35*1.609","v":56.314999999999998},135000,0.85,{"$f":"IFERROR(((C38*D38+E38*F38)/G38)+2/AO$59,\"\")","v":47.448502814814837},0,{"$f":"IF((J38*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J38*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3200,3300,5.6000000000000001E-2,3100,7900,6120,null,null,null,null,null,null,null,null,null,"Juice-EtOH",null,{"$f":"($O$59-$N$59-$K$59)/2*(1-$P$60)","v":35028000.000000007},{"$f":"AK38/$G$60","v":28.829629629629636},{"$f":"G$86","v":7659685.4084338425},{"$f":"AL38/G84","v":1.3719101294198752},{"$f":"AL38/G84","v":1.3719101294198752}]
[null,"Month 5",100000,40,35000,{"$f":"35*1.609","v":56.314999999999998},135000,0.85,47.448502814814837,0,{"$f":"IF((J39*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J39*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Composite Co-Product Credit (kWh/gal):",{"$f":"(AO37*AM37+AO38*AM38)/(AM37+AM38)","v":2.2231319700268943}]
[null,"Month 6",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J40*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J40*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,"Initial Appliation for Certification "]
[null,"Month 7",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J41*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J41*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,"Annual Compliance Audit"]
[null,"Month 8",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J42*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J42*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,"Amended Application for Certification"]
[null,"Month 9",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J43*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J43*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 10",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J44*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J44*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 11",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J45*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J45*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 12",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J46*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J46*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.65,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 13",null,null,null,null,"",null,"",null,{"$f":"IF((J47*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J47*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,"",null,null,"",null,""]
[null,"Month 14",null,null,null,null,"",null,"",null,{"$f":"IF((J48*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J48*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,"",null,null,"",null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,"g2T",null,1.1023100000000001E-6]
[null,"Month 15",null,null,null,null,"",null,"",null,{"$f":"IF((J49*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J49*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},null,null,50000,null,null,null,null,null,"",null,null,"",null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,"gal2L",null,3.7854109999999999]
[null,"Month 16",100000,40,35000,{"$f":"35*1.609","v":56.314999999999998},135000,0.85,47.448502814814837,0,{"$f":"IF((J50*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J50*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"MT2T",null,1.102311311]
[null,"Month 17",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J51*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J51*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 18",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J52*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J52*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"m32gal",null,264.17210710000001]
[null,"Month 19",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J53*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J53*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"Month 20",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J54*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J54*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ethanol energy density (MJ/gal)",null,80.532413030499995]
[null,"Month 21",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J55*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J55*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ethanol LHV (Btu/gal)",null,76330]
[null,"Month 22",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J56*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J56*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"kWh2Btu",null,3412.141641601248]
[null,"Month 23",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J57*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J57*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2,null,null,null,null,null,null,null,null,null,null,null,null,null,"Btu2J",null,1055.05585]
[null,"Month 24",100000,40,35000,56.314999999999998,135000,0.85,47.448502814814837,0,{"$f":"IF((J58*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu)>0,(J58*Reference!$H$83*Reference!$C$85*Reference!$H$84*Reference!$H$85/kWh2Btu),\"\")","v":""},0,0,10000,13000000,0.75,0.13200000000000001,3100,2E-3,3100,3300,5.6000000000000001E-2,3100,7900,6020.2]
[null,"2-Year Total",{"$f":"SUM(C35:C58)","v":1800000},{"$f":"IFERROR((D58*C58+D57*C57+D56*C56+D55*C55+D54*C54+D53*C53+D52*C52+D51*C51+D50*C50+D49*C49+D48*C48+D47*C47+D46*C46+D45*C45+D44*C44+D43*C43+D42*C42+D41*C41+D40*C40+D39*C39+D38*C38+D37*C37+D36*C36+D35*C35)/(C59),0)","v":40},{"$f":"SUM(E35:E58)","v":630000},{"$f":"IFERROR((F58*E58+F57*E57+F56*E56+F55*E55+F54*E54+F53*E53+F52*E52+F51*E51+F50*E50+F49*E49+F48*E48+F47*E47+F46*E46+F45*E45+F44*E44+F43*E43+F42*E42+F41*E41+F40*E40+F39*E39+F38*E38+F37*E37+F36*E36+F35*E35)/(E59),0)","v":56.314999999999998},{"$f":"SUM(G35:G58)","v":2430000},{"$f":"AVERAGE(H35:H58)","v":0.84999999999999976},{"$f":"AVERAGE(I35:I58)","v":47.448502814814816},{"$f":"SUM(J35:J58)","v":0},0,0,0,480000,234000000,{"$f":"IFERROR(SUMPRODUCT(P35:P58,G35:G58)/G59,\"\")","v":0.7},{"$f":"AVERAGE(Q35:Q58)","v":0.13200000000000006},{"$f":"SUM(R35:R58)","v":55800},{"$f":"SUMPRODUCT(R35:R58*S35:S58)/R59","v":2.0000000000000005E-3},{"$f":"SUM(T35:T58)","v":55900},{"$f":"SUM(U35:U58)","v":59400},{"$f":"AVERAGE(V35:V58)","v":5.6000000000000022E-2},{"$f":"SUM(W35:W58)","v":55800},{"$f":"SUM(X35:X58)","v":142200},{"$f":"SUM(Y34:Y58)","v":108463.39999999997},null,null,null,null,null,null,null,null,null,null,null,null,null,"km2mi",null,0.62137119223732995]
[null,"annual avg",null,null,"Mi ->",27.483132763917801,{"$f":"G59/2","v":1215000},{"$f":"IF(K22=\"Standard\", 80%, $H$59)","v":0.8},{"$f":"I59*AO59","v":29.483132763917787},"<- Mi",null,null,null,null,null,{"$f":"P59","v":0.7},{"$f":"Q59","v":0.13200000000000006},{"$f":"R59/(R59+U59)","v":0.484375},null,null,{"$f":"1-R60","v":0.515625},null,null,{"$f":"X59/2","v":71100},{"$f":"Y59*264.1593","v":28651615.819619987}]
[null,null,null,null,"Km: ->",{"$f":"(SUMPRODUCT(C35:C58,D35:D58)+SUMPRODUCT(E35:E58,F35:F58))/(SUM(C35:C58)+SUM(E35:E58))","v":44.229814814814816}]
[]
[null,"Section 4:  Calculate Production Yields and Mass Allocation Ratio "]
[null,"Step 4a:  Select \"Data\" from the Header Menu above.  Then Click the \"Solver\" icon menu above to the faright of the header.  Ensure that the \"Set Objective\" refers to Cell E88, and is set to a value of 0.0.",null,null,null,0]
[null,"Step 4b:  Do not change any of the constraints defined in the window.  Then Click the \"Solve\" Button."]
[null,"Step 4c:  The Solver will go through several iterations to find a solution.  A new window \"Solver Results\" will open up.  Solver will display the message that a solution has been found.",null,null,null,0]
[null,"Step 4d:  Click OK.  If a solution has not been found, then check the data for accuracy (Step 2), and then repeat Step 3 until a solution has been found, and all constriants and optimality conditions have been satisfied.  "]
[null," Step 4e:  If a solution has not still been found, then check the juice shares (fraction juice allocated to sugar production), and the fraction of sucrose in the cane juice that enters production.  The level of sucrose (eta_j) could be lower due to process losses even if measured higher at the gate or after crush."]
[null,"Gopal-Kammen Model Parameters"]
[null,"Mill-specific values for ethanol yield calculation and ethanol production modeling"]
[null,"4.1  ηj (tonnes of fermentable sugars in juice/tonne of cane)",null,null,null,null,{"$f":"$Q$60","v":0.13200000000000006}]
[null,"4.2  ηs (tonnes of sucrose in final sugar/tonne of sucrose into sugar factory)",null,null,null,null,0.62698111527012623]
[null,"4.3  Sucrose in Molasses (tonnes sucrose in molasses/tonne of sugarcane)",null,null,null,null,{"$f":"G71*(1-G72)","v":4.9238492784343363E-2}]
[null,"4.4  ηe (dry tonnes of EtOH/tonne of fermentable sugars into distillery)",null,null,null,null,0.47568509748275778]
[null,"4.5  LHV of anhydrous EtOH (MMBtu/dry tonne EtOH)",null,null,null,null,25.545515000000002]
[null,"4.6  ms (tonnes of sucrose in final sugar/tonne of final sugar product)",null,null,null,null,0.99]
[null,"4.7  mm (tonnes of fermentable sugars in std molasses/tonne of std molasses)",null,null,null,null,0.5]
[null,"Yield of Finished Sugar, Standard Molasses, and Ethanol",null,null,null,"Cane Juice-to-Molasses","Cane Juice-to-Ethanol"]
[null,"Fraction of sugarcane juice sent to finished sugar",null,null,null,1,0]
[null,"Finished sugar yield (tonnes of finished sugar/tonne of cane)",null,null,null,{"$f":"F79*$G$71*$G$72/$G$76","v":8.3597482036016871E-2},{"$f":"G79*$G$71*$G$72/$G$76","v":0}]
[null,"By-product molasses yield (tonnes of std molasses/tonnes of cane)",null,null,null,{"$f":"F79*$G$73/$G$77","v":9.8476985568686726E-2},{"$f":"G79*$G$73/$G$77","v":0}]
[null,"EtOH yield (liters of EtOH/metric tonne cane)",null,null,null,{"$f":"$G$74*$G$71*(1-F79*$G$72)/(Reference!$D$81*$AO$48/$AO$49)","v":26.91863264052455},{"$f":"$G$74*$G$71*(1-G79*$G$72)/(Reference!$D$81*$AO$48/$AO$49)","v":72.164262300065616}]
[null,"EtOH yield (gal of EtOH/short ton cane)",null,null,null,{"$f":"F82/$AO$49","v":7.1111519041194073},{"$f":"G82/$AO$49","v":19.063785227037599}]
[null,"EtOH yield (gal of EtOH/tonne cane)",null,null,null,{"$f":"F83*$AO$50","v":7.8387031781500101},{"$f":"G83*$AO$50","v":21.014226086238249}]
[null,null,null,null,null,"Molasses-Ethanol","Cane Juice-Ethanol"]
[null,"Modeled ethanol production (dry gal)",null,null,null,{"$f":"F84*$P$60*$G$60","v":6666817.0530165834},{"$f":"G84*(1-$P$60)*$G$60","v":7659685.4084338425}]
[null,"Annual adjusted reported ethanol production (dry gal)",null,null,{"$f":"((SUMPRODUCT(T35:T58,(1-S35:S58))+SUMPRODUCT(W35:W58,(1-V35:V58)))*AO52)/2","v":14326502.460615074}]
[null,"Difference between reported and modeled",null,null,{"$f":"E87-(F86+G86)","v":-8.3535164594650269E-4}]
[null,"Modeled Annual Sugar Production (metric tonnes)",null,null,{"$f":"F80*$P$60*$G$60","v":71099.658471632341}]
[null,"Difference between reported and modeled  Finished Sugar Production:",null,null,null,{"$f":"X59/2-E89","v":0.34152836765861139},{"$f":"ABS(F90)","v":0.34152836765861139}]
[null,"4.8 Mass Allocation Ratio for Upstream Emissions",null,null,{"$f":"G73/G71","v":0.37301888472987377}]
[]
[null,"Section 5:  Verify Fuel and Co-Product Production Information"]
[null,"5.1  Ethanol Volume from Cane Juice, dry gal",{"$f":"G86","v":7659685.4084338425},"5.3  Ethanol Volume from Molasses, dry gal",{"$f":"F86","v":6666817.0530165834},"5.5  Total Ethanol Volume, dry gal",{"$f":"F86+G86","v":14326502.461450426},"5.7  Net Surplus Cogenerated Electricity Exported (kWh/yr)",{"$f":"(O59-N59)/2","v":116760000},"5.9  Electricity Co-Product Credit (kWh/gal) (Molasses Feedstock)",{"$f":"AO37","v":3.2011236353130426}]
[null,"5.2  Juice-to-Ethanol yield (gal/wet tonne cane)",{"$f":"$G$84","v":21.014226086238249},"5.4  Molasses-to-Ethanol yield (gal/wet tonne cane)",{"$f":"$F$84","v":7.8387031781500101},"5.6  Total Annual Finished Sugar Production, metric tons",{"$f":"X59/2","v":71100},"5.8  Composite Electricity Co-Product Credit (kWh/gal)",{"$f":"IF($K$23=\"No\", 0, $AO$39)","v":2.2231319700268943},"5.10  Electricity Co-Product Credit (kWh/gal) (Cane Juice Feedstock)",{"$f":"AO38","v":1.3719101294198752}]
[]
[null,"Section 6:  Verify Pathway Credits"]
[null,"6.1  Applicable Mechanization Credit (7)",{"$f":"IF(K22=\"Harvest Region Specific\",H$59,IF(I21=\"Sao Paulo\",80%,65%))","v":0.8},"6.2  Composite Electricity Co-Product Credit (kWh/gal)",{"$f":"IF($K$23=\"No\", 0, $AO$39)","v":2.2231319700268943}]
[]
[]
[]
[null,"Select Regional Electricity Mix"]
[null,"1-U.S Ave Mix"]
[null,"2-User Defined Mix"]
[null,"3-CAMX Mix"]
[null,"4-NWPP Mix"]
[null,"5-AZNM Mix"]
[null,"6-RMPA Mix"]
[null,"7-MROW Mix"]
[null,"8-SPNO Mix"]
[null,"9-SPSO Mix"]
[null,"10-ERCT Mix"]
[null,"11-MROE Mix"]
[null,"12-SRMW Mix"]
[null,"13-SRMV Mix"]
[null,"14-RFCM Mix"]
[null,"15-RFCW Mix"]
[null,"16-SRTV Mix"]
[null,"17-SRSO Mix"]
[null,"18-NEWE Mix"]
[null,"19-NYUP Mix"]
[null,"20-RFCE Mix"]
[null,"21-NYLI Mix"]
[null,"22-NYCW Mix"]
[null,"23-SRVC Mix"]
[null,"24-FRCC Mix"]
[null,"25-AKMS Mix"]
[null,"26-AKGD Mix"]
[null,"27-HIOA Mix"]
[null,"28-HIMS Mix"]
[null,"29-Brazilian Mix"]
[null,"30-Canadian Mix"]
[null," CI Calculations"]
[null,"Sugarcane Molasses-based Ethanol",null,null,"Value",null,"CI, gCO2e/MJ","Sugarcane Juice-based Ethanol",null,null,null,null,"CI, gCO2e/MJ"]
[null,"eGRID (Electricity Mix) region",null,null,{"$f":"I23","v":"29-Brazilian Mix"},"Juice-to- Sugar Share",{"$f":"Calculator!P59","v":0.7},"eGRID (Electricity Mix) region",null,null,{"$f":"I23","v":"29-Brazilian Mix"},"Juice-to-Fuel Share",{"$f":"1-G135","v":0.30000000000000004}]
[null,"Feedstock Production","Sugarcane Farming",null,null,null,null,"Feedstock Production","Sugarcane Farming"]
[null,null,"Farming Energy, Btu/metric tonne cane",null,95000,null,{"$f":"'EF Tables'!AP43","v":4.5254062562184778},null,"Farming Energy, Btu/metric tonne cane",null,95000,null,{"$f":"'EF Tables'!AP44","v":4.5254062562184769}]
[null,null,"Fertilizers and Agricultural Chemicals",null,null,null,{"$f":"'EF Tables'!Q37","v":4.2027939077438905},null,"Fertilizers and Ag Chemicals",null,null,null,{"$f":"'EF Tables'!R37","v":4.2027939077438896}]
[null,null,"N2O in Soil",null,null,null,{"$f":"'EF Tables'!AR33","v":7.0296025101033219},null,"N2O in Soil",null,null,null,{"$f":"'EF Tables'!AR34","v":7.029602510103321}]
[null,null,"N content above and below ground, g N2/tonne cane",null,1036,null,null,null,"N content above and below ground, g N2/tonne cane",null,1036]
[null,null,"Sugarcane Straw Burning in Field",null,null,null,{"$f":"'EF Tables'!J46","v":10.230328835045444},null,"Sugarcane Straw Burning in Field",null,null,null,{"$f":"'EF Tables'!J47","v":10.230328835045441}]
[null,null,"Sugarcane Transport to Mill",null,null,null,null,null,"Sugarcane Transport to Mill"]
[null,null,null,"Cane transport by MDT, miles",{"$f":"'EF Tables'!D8","v":2},null,{"$f":"'EF Tables'!H15","v":2.9342604785183424},null,null,"Cane transport by MDT, miles",{"$f":"'EF Tables'!D8","v":2},null,{"$f":"'EF Tables'!H16","v":2.9342604785183415}]
[null,null,null,"Cane transport by HDDT, miles",{"$f":"'EF Tables'!C$8","v":27.483132763917801},null,null,null,null,"Cane transport by HDDT, miles",{"$f":"'EF Tables'!$C$8","v":27.483132763917801}]
[null,null,"Filtercake Transport to Cane Farm",null,null,null,null,null,"Filtercake Transport to Cane Farm"]
[null,null,null,"Filtercake transport by HDDT, miles",{"$f":"SUM(E143:E144)","v":29.483132763917801},null,{"$f":"'EF Tables'!E27","v":7.8197806411810841E-3},null,null,"Filtercake transport by HDDT, miles",{"$f":"SUM(K143:K144)","v":29.483132763917801},null,{"$f":"'EF Tables'!E28","v":7.8197806411810823E-3}]
[null,null,"Co-product and Other Credits",null,null,null,null,null,"Co-product and Other Credits"]
[null,null,null,"Surplus Cogenerated Electricity Export, kWh/gal",{"$f":"K94","v":3.2011236353130426},null,{"$f":"'EF Tables'!Q75","v":-7.0823418989457956},null,null,"Surplus Cogenerated Electricity Export, kWh/gal",{"$f":"K95","v":1.3719101294198752},null,{"$f":"'EF Tables'!R75","v":-3.0352893852624834}]
[null,null,null,"Mechanized Harvesting (%)",{"$f":"C98","v":0.8},null,{"$f":"-'EF Tables'!J46*Calculator!E149","v":-8.1842630680363566},null,null,"Mechanized Harvesting (%)",{"$f":"C98","v":0.8},null,{"$f":"-'EF Tables'!J47*Calculator!C98","v":-8.1842630680363531}]
[null,"Ethanol Production","Sugar Production (gCO2e/wet tonne cane)",null,{"$f":"'EF Tables'!C48","v":3700},null,{"$f":"'EF Tables'!Q48","v":2.1863395517453013},null,"Sugar Production (gCO2e/wet tonne cane)",null,{"$f":"'EF Tables'!C48","v":3700},null,{"$f":"0","v":0}]
[null,null,"Ethanol Production",null,null,null,null,"Ethanol Production","Ethanol Production"]
[null,null,"Total feedstock used, metric tonnes cane",null,{"$f":"$G$59*P59/2","v":850500},null,null,null,"Total feedstock used, metric tonnes cane",null,{"$f":"($G$59*(1-P59))/2","v":364500.00000000006}]
[null,null,"Total undenatured ethanol, gallons",null,{"$f":"F86","v":6666817.0530165834},null,null,null,"Total undenatured ethanol, gallons",null,{"$f":"G86","v":7659685.4084338425}]
[null,null,"Ethanol Yield, gal ethanol / tonne cane",null,{"$f":"E95","v":7.8387031781500101},null,null,null,"Ethanol Yield, gal ethanol / tonne cane",null,{"$f":"C95","v":21.014226086238249}]
[null,null,"     Residual Oil (10% Lubricant Burned),  Btu/gal EtOH",null,300,null,{"$f":"'EF Tables'!Q70","v":0.12304496558560001},null,"     Residual Oil (10% Lubricant Burned),  Btu/gal EtOH",null,300,null,{"$f":"'EF Tables'!R70","v":0.12304496558560001}]
[null,null,"     Biomass (HHV), tons (See Non-Biogenic Emissions Below)",null,null,null,null,null,"     Biomass (HHV), tons (See Non-Biogenic Emissions Below)"]
[null,null,null,"Average Moisture, %",null,null,null,null,null,"Average Moisture, %"]
[null,null,"     Electricity, kWh/gal ethanol",null,7.1419999999999999E-3,null,null,null,"     Electricity, kWh/gal ethanol",null,7.1419999999999999E-3]
[null,null,"Non-biogenic (CH4/N2O) in Bagasse Combustion ",null,null,null,{"$f":"'EF Tables'!Q67","v":2.313303689195314},null,"Non-biogenic (CH4/N2O) in Bagasse Combustion ",null,null,null,{"$f":"'EF Tables'!R67","v":2.313303689195314}]
[null,null,"Total Plant Energy Consumption, Btu/gal",null,{"$f":"E155+E158*3412.96","v":324.37536032000003},null,null,null,"Total Plant Energy Consumption, Btu/gal",null,{"$f":"K155+K158*3412.96","v":324.37536032000003}]
[null,null,"Chemicals Usage (Lime, g/tonne cane)",null,880,null,{"$f":"'EF Tables'!Q71","v":0.67098213221358305},null,"Chemicals Usage (Lime, g/tonne cane)",null,880,null,{"$f":"'EF Tables'!R71","v":0.67098213221358305}]
[null,null,"Ethanol Transport and Distribution",null,null,null,{"$f":"SUM('EF Tables'!Q95:Q103)","v":8.8473351441517423},null,"Ethanol Transport and Distribution",null,null,null,{"$f":"SUM('EF Tables'!R95:R103)","v":8.8473351441517423}]
[null,null,null,"From Ethanol Plant to Port","Mode:  Railcar",{"$f":"$E$26","v":"By Rail to or towards Port"},null,null,null,"From Ethanol Plant to Port","Mode:  Railcar",{"$f":"$E$26","v":"By Rail to or towards Port"}]
[null,null,null,"Miles",{"$f":"E27/1.609","v":200.12430080795525},null,null,null,null,"Miles",{"$f":"$E$27/1.609","v":200.12430080795525}]
[null,null,null,"From Ethanol Plant to Port","Mode:  Pipeline",{"$f":"$G$26","v":" By Pipeline to or towards Port"},null,null,null,"From Ethanol Plant to Port","Mode:  Pipeline",{"$f":"$G$26","v":" By Pipeline to or towards Port"}]
[null,null,null,"Miles",{"$f":"G27/1.609","v":200.12430080795525},null,null,null,null,"Miles",{"$f":"$G$27/1.609","v":200.12430080795525}]
[null,null,null,"From Ethanol Plant to Brazil Port","Mode:  HDD Truck",{"$f":"$C$26","v":"By HDDT from Ethanol Plant to Port"},null,null,null,"From Ethanol Plant to Brazil Port","Mode:  HDD Truck",{"$f":"$C$26","v":"By HDDT from Ethanol Plant to Port"}]
[null,null,null,"Miles",{"$f":"$C$27/1.609","v":262.27470478558109},null,null,null,null,"Miles",{"$f":"$C$27/1.609","v":262.27470478558109}]
[null,null,null,"From Brazil Port to California Port","Mode: Ocean Tanker",1,null,null,null,"From Brazil Port to California Port","Mode: Ocean tanker",1]
[null,null,null,"Miles",{"$f":"$I$27/1.609","v":9790},null,null,null,null,"Miles",{"$f":"$I$27/1.609","v":9790}]
[null,null,null,"From California Port to Blending Terminal","Mode:  HDD Truck",1,null,null,null,"From California Port to Blending Terminal","Mode:  HDD Truck",1]
[null,null,null,"Miles",40,null,null,null,null,"Miles",40]
[null,null,null,"California Blending Terminal to Refueling Station","Mode:  HDD Truck",1,null,null,null,"California Blending Terminal to Refueling Station","Mode:  HDD Truck",1]
[null,null,null,"Miles",50,null,null,null,null,"Miles",50]
[null,null,"Denaturant, g/MJ",null,null,null,{"$f":"'EF Tables'!C131","v":2.2547567162060673},null,"Denaturant, g/MJ",null,null,null,{"$f":"'EF Tables'!D131","v":2.1847939088372001}]
[null,null,"Indirect Land Use, g/MJ",null,null,null,11.8,"Composite CI (gCO2e/MJ)","Indirect Land Use, g/MJ",null,null,null,11.8]
[null,null,"Total Well-to-Tank CI, g/MJ",null,null,null,{"$f":"SUM(G136:G176)","v":41.859369000386117},{"$f":"(G177*E153+M177*K153)/(E153+K153)","v":42.816796178862674},"Total Well-to-Tank CI, g/MJ",null,null,null,{"$f":"SUM(M136:M176)","v":43.650119154955256}]
[]
[null,"Footnotes:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"2/AO59","v":3.2186880000000206}]
[null,"(1)  Filter Cake is assumed to be returned to the fields from where the sugarcane was harvested.  Hence it is the weighter average distance of all sugarcane procured from Self-owned and Partnership sugarcane farms."]
[]
[null,"(2)  The fraction of sugarcane that was mechanically harvested applies to the 9-month or 12-month annual sugarcane harvest cycle.  The annual mechanized harvesting fraction must be corroborated by "]
[null,"       ARB Staffs for the harvest region, or be based upon remotely-sensed, GIS-based imagery that evaluates a burn-area fraction for the entire harvest season.    "]
[null,"       An annual-average (1 - burn area fraction) for the most current harvest cycle ending December 31 may be used in lieu for the monthly average."]
[]
[null,"(3)  The Juice-to-Sugar Share is the monthly weighted average fraction of juice that is directed to Table or Finished Sugar production.  Preferably, this is measured after the cane has been crushed, "]
[null,"      and the juice has been treated for pH and decanted.  The juice-to sugar share is then the quantity of juice sent to sugar production or factory / total juice crushed after losses (mass basis).  "]
[]
[null,"(4)  The level of sucrose in the juice is a proxy for all sugars that can be crystallized or fermented into table sugar and ethanol, respectively.  The percentage sucrose in the pre-treated juice is measured "]
[null,"       after the pH of the juice has been adjusted, the juice has been decanted, and enters the table sugar or ethanol production process.  "]
[null,"      This level of sucrose is not the same as the sucrose measured in the juice extracted immediately after the sugarcane crush (as production losses, and some dilution of the juice are expected)."]
[]
[null,"(5)  Adjusted Anhydrous and Hydrous Ethanol Production:  The anhydrous and hydrous ethanol produced is adjusted by the estimated amount of ethanol produced from externally acquired molasses.  "]
[]
[null,"(6)  Note: To calculate CI after all data entered, go to the \"Data\" tab in the ribbon above, click \"Solver\",  then click \"Solve\" and accept the dialogue box after it finds solution."]
[]
[null,"(7)  If a Site-Specific fraction of Mechanized Harvesting is selected, it must be approved by ARB Staffs prior to its use to determine the CI of the fuel being produced.  The fraction must be supported by "]
[null,"      GIS-based, remotely-sensed, burn-area imagery obtained from sources such as Landsat or equivalent earth observing satellites.  The mechanization credit is reported as an Annual Average.  "]

{"sheet":"EF Tables","index":2,"n_rows":161,"n_cols":45,"rows_kept":161,"cut":false,"hidden":false,"merged":[[64,16,64,17],[74,5,75,5],[73,16,73,17],[93,16,93,17],[35,16,35,17],[38,16,38,17],[46,16,46,17],[41,16,41,17],[43,16,43,17],[49,16,49,17],[52,16,52,17],[126,2,126,3],[150,8,151,9],[136,1,136,3],[149,8,149,9],[50,2,50,11],[93,2,93,10],[90,2,90,10],[65,1,65,2],[106,1,106,5],[91,1,92,1],[46,1,46,2],[4,2,4,6],[5,2,6,2],[5,3,6,3],[5,4,7,4],[5,5,7,5],[5,6,7,6],[30,41,30,43],[5,7,7,7],[17,4,19,4],[32,16,32,17],[16,2,16,3],[17,2,18,2],[17,3,19,3],[27,16,27,17],[29,3,29,8],[31,9,31,12]]}
["References for Sugarcane Ethanol Pathways"]
[]
["I.","Factors for Sugarcane Transport to Mill"]
[]
[null,null,"Sugarcane Transport to Mill"]
[null,null,"HDD (grams/ton-mile cane transported)","MDD (grams/ton-mile cane transported)","HDD (grams/tonne cane transported)","MDD (grams/tonne cane transported)","Total (grams/tonne cane transported)","Total (gCO2/tonne cane transported)"]
[]
[null,null,{"$f":"Calculator!$F$60","v":27.483132763917801},2]
[null,"              VOC",3.7643828041852706E-2,8.0332471981141212E-2,{"$f":"$C$8*C9*1000/(2000*0.4536)","v":1.1403993869227622},{"$f":"$D$8*D9*1000/(2000*0.4536)","v":0.17709980595489683},{"$f":"F9+E9","v":1.3174991928776589},{"$f":"G9*3.12","v":4.1105974817782958}]
[null,"              CO",0.13052514537866394,0.27854254281228108,{"$f":"$C$8*C10*1000/(2000*0.4536)","v":3.9541886017101993},{"$f":"$D$8*D10*1000/(2000*0.4536)","v":0.61407086157910284},{"$f":"F10+E10","v":4.5682594632893023},{"$f":"G10*1.57","v":7.1721673573642049}]
[null,"              CH4",0.18023660309828807,0.3846275105781376,{"$f":"$C$8*C11*1000/(2000*0.4536)","v":5.4601702952687488},{"$f":"$D$8*D11*1000/(2000*0.4536)","v":0.8479442473062998},{"$f":"F11+E11","v":6.3081145425750487},{"$f":"G11*25","v":157.70286356437623}]
[null,"              N2O",2.0229961904873811E-3,4.3171030483297422E-3,{"$f":"$C$8*C12*1000/(2000*0.4536)","v":6.1285574166737918E-2},{"$f":"$D$8*D12*1000/(2000*0.4536)","v":9.5174229460532229E-3},{"$f":"F12+E12","v":7.0802997112791144E-2},{"$f":"G12*298","v":21.09929313961176}]
[null,"              CO2",136.4510569399045,291.18852355384666,{"$f":"$C$8*C13*1000/(2000*0.4536)","v":4133.7108836599455},{"$f":"$D$8*D13*1000/(2000*0.4536)","v":641.95000783475882},{"$f":"F13+E13","v":4775.6608914947046},{"$f":"G13","v":4775.6608914947046}]
[null,null,null,null,null,null,"Total CO2e/tonne cane",{"$f":"SUM(H9:H13)","v":4965.7458130378354}]
["II.","Factors for Filtercake Transport to Fields",null,null,null,null,"Total CO2e/MJ (mol feedstock)",{"$f":"Calculator!E91*H14/(Calculator!E95*76330*1055.06/10^6)","v":2.9342604785183424}]
[null,null,null,null,null,null,"Total CO2e/MJ (cane juice feedstock)",{"$f":"H14/(Calculator!C95*76330*1055.06/10^6)","v":2.9342604785183415}]
[null,"Filtercake Application Rate","Filtercake Transport to the Cane Fields"]
[null,2.87,"HDD (grams/ton-mile cane transported)","HDD (grams/tonne cane transported)","Total (gCO2/tonne cane transported)"]
[null,"(kg/MT Cane)"]
[null,null,{"$f":"C8+D8","v":29.483132763917801}]
[null,"              VOC",3.7643828041852706E-2,{"$f":"(B$18/1000)*$C$20*C21*1000/(2000*0.4536)","v":3.5111247820911609E-3},{"$f":"D21*3.12","v":1.0954709320124422E-2}]
[null,"              CO",0.13052514537866394,{"$f":"(B$18/1000)*$C$20*C22*1000/(2000*0.4536)","v":1.2174374830199201E-2},{"$f":"D22*1.57","v":1.9113768483412747E-2}]
[null,"              CH4",0.18023660309828807,{"$f":"(B$18/1000)*$C$20*C23*1000/(2000*0.4536)","v":1.6811074662086405E-2},{"$f":"D23*25","v":0.42027686655216012}]
[null,"              N2O",2.0229961904873811E-3,{"$f":"(B$18/1000)*$C$20*C24*1000/(2000*0.4536)","v":1.8868941943415244E-4},{"$f":"D24*298","v":5.6229446991377427E-2}]
[null,"              CO2",136.4510569399045,{"$f":"(B$18/1000)*$C$20*C25*1000/(2000*0.4536)","v":12.727097972915169},{"$f":"D25","v":12.727097972915169}]
[null,null,null,null,{"$f":"SUM(E21:E25)","v":13.233672764262245},"Total CO2e/tonne cane"]
["III.","Factors for Sugarcane Farming, Fertilizer, Herbicide/Insecticide Use, and Sugarcane/Filtercake Transport, and Harvesting.",null,null,{"$f":"Calculator!$E$91*E26/(Calculator!E$95*76330*1055.06/10^6)","v":7.8197806411810841E-3},"Total CO2e/MJ (mol feedstock)"]
[null,null,null,null,{"$f":"E26/(Calculator!C$95*76330*1055.06/10^6)","v":7.8197806411810823E-3},"Total CO2e/MJ (cane juice feedstock)",null,null,null,null,null,null,null,null,null,null,"AGGREGATION WORK AREA"]
[]
[null,null,null,"Sugarcane Farming, Fertilizer, and Herbicide/Insecticide Use (grams/tonne cane)",null,null,null,null,null,null,null,null,null,null,null,null,"Molasses CI               (g CO2/MJ)","Juice-to-Ethanol CI                           (gCO2e/MJ)","Cane transport (HDD)",null,null,"miles","filter cake transport",null,{"$f":"$C$8+2","v":29.483132763917801},"miles","Mecha harvesting",null,{"$f":"Calculator!$C$98","v":0.8}]
[null,null,"Sugarcane Farming","Nitrogen","P2O5","K2O","CaCO3","Herbicide","Insecticide","Sugarcane Straw Field Burning","Mechanized Harvesting","Sugarcane Transportation","Sugarcane Filtercake Transportation","Feedstock Total (g/tonne)",null,"Fertilizer, and Herbicide/Insecticide Only Total (g/tonne)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Disaggregated Impacts"]
[null,"Total Emissions: grams/mmBtu of fuel throughput, except as noted","Per tonne",800,300,1000,5200,45,2.5,"Per tonne",null,null,null,null,null,null,null,null,"HDD per mile","MD (2miles)",null,null,"per ton-mile",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cane Farming Only ",null,"N2O in Soil"]
[null,"     VOC",10.4394065699955,5.2481389697996397,8.0871443752747602E-2,9.5396073021966579E-2,2.1419360174403806E-2,9.0167995115258776E-2,5.9605938782037555E-3,1499.4000000000003,{"$f":"-J33*$AC$30","v":-1199.5200000000002},{"$f":"G9","v":1.3174991928776589},{"$f":"D21","v":3.5111247820911609E-3},{"$f":"SUM(C33:M33)","v":317.18237132339755},null,{"$f":"SUM(D33:I33)","v":5.5419544357422197},"Sugarcane Farming",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"(C33+C43)*3.12","v":90.525157499087683},null,{"$f":"$D$44*298*Calculator!$E$91/(Calculator!$E$95*76330*1055.06/10^6)","v":7.0296025101033219},"gCO2e/MJ (Molasses Feedstock)"]
[null,"     CO",89.519588333449079,5.984816546488692,0.28269445032817225,0.48771802711548884,6.6811567740410596E-2,0.60654507116241996,5.6372182030912939E-2,19706.400000000001,{"$f":"-J34*$AC$30","v":-15765.120000000003},{"$f":"G10","v":4.5682594632893023},{"$f":"D22","v":1.2174374830199201E-2},{"$f":"SUM(C34:M34)","v":4042.8649800164339},null,{"$f":"SUM(D34:I34)","v":7.4849578448660958},{"$f":"AP43","v":4.5254062562184778},{"$f":"AP44","v":4.5254062562184769},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"C34*1.57","v":140.54575368351507},null,{"$f":"$D$44*298/(Calculator!$C$95*76330*1055.06/10^6)","v":7.029602510103321},"gCO2e/MJ (Cane Juice Feedstock)"]
[null,"     NOx"]
[null,"     PM10",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fertilizer, and Herbicide/Insecticide Use"]
[null,"     PM2.5",null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Calculator!E91*$P$42/(Calculator!F84*76330*1055.06/10^6)","v":4.2027939077438905},{"$f":"$P$42/(Calculator!G84*76330*1055.06/10^6)","v":4.2027939077438896}]
[null,"     SOx",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sugarcane Farming, Fertilizer, and Herbicide/Insecticide Use (gCO2e/MJ)"]
[null,"     CH4",28.450574162916272,28.873249336667506,0.51654986544390746,1.0189717904282143,0.23502800444585359,1.6818824645775361,0.11199936688224321,578.34,{"$f":"-J39*$AC$30","v":-462.67200000000003},{"$f":"G11","v":6.3081145425750487},{"$f":"D23","v":1.6811074662086405E-2},{"$f":"SUM(C39:M39)","v":182.88118060859873},null,{"$f":"SUM(D39:I39)","v":32.437680828445259},"N2O in Soil",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"C39*1.57","v":44.667401435778551}]
[null,"     N2O",0.25544208954718273,3.24334450762003,5.0009714164122457E-3,9.9306551879813753E-3,7.2824636304215287E-4,1.5701241832393589E-2,8.9472756364189314E-4,14.994000000000003,{"$f":"-J40*$AC$30","v":-11.995200000000004},{"$f":"G12","v":7.0802997112791144E-2},{"$f":"D24","v":1.8868941943415244E-4},{"$f":"(SUM(C40:M40)+D44)","v":46.521734273676486},null,{"$f":"SUM(D40:I40)","v":3.2756003499835011},{"$f":"AR33","v":7.0296025101033219},{"$f":"AR34","v":7.029602510103321},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"C40*298","v":76.121742685060454}]
[null,"     CO2",7306.6342513981226,2224.7196862791643,181.16691378687068,371.28071674030508,67.472550839936233,667.77909639319262,42.298615256532159,355469.2350000001,{"$f":"-J41*$AC$30","v":-284375.38800000009},{"$f":"G13","v":4775.6608914947046},{"$f":"D25","v":12.727097972915169},{"$f":"(SUM(C41:M41)+D42+F42+J42+K42)","v":9945.2828201617231},null,{"$f":"SUM(D41:I41)+D42+F42","v":5296.4135792960005},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"C41","v":7306.6342513981226}]
[null,"     CO2 from Land use change",null,616,"CO2 from urea use",1125.6960000000001,"CO2 from CaCO3 use",null,null,-392700.00000000006,{"$f":"-J42*$AC$30","v":314160.00000000006},"CO2 uptaken from the air",null,null,"Total gCO2e/tonne",{"$f":"P33*3.12+P34*1.57+P39*25+P40*298+P41","v":7112.5267859581709},"Cane Transport",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(AP33:AP41)","v":7658.4943067015647},"g/m.t."]
[null,"     VOC from bulk terminal",18.575066987404394,35.161968377890773,"NO from N fertilizer and above/below ground biomass",null,null,null,null,null,null,null,null,null,null,null,{"$f":"H15","v":2.9342604785183424},{"$f":"H16","v":2.9342604785183415},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Calculator!E91*AP42/(Calculator!E95*76330/10^6)/1055.06","v":4.5254062562184778},"gCO2e/MJ (Molasses Feedstock)"]
[null,"     VOC from refueling station",null,39.92090014761358,"N2O from N fertilizer and above/below ground biomass",null,null,null,null,null,null,null,null,null,null,null,"Filtercake Transport",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AP42/(Calculator!C95*76330/10^6)/1055.06","v":4.5254062562184769},"gCO2e/MJ (Sugacane Juice Feeedstock)"]
[null,null,null,null,null,null,null,null,"Total Straw Bunring gCO2e/tonne cane:",{"$f":"J33*3.12+J34*1.57+J39*25+J40*298+J41+J42","v":17313.12300000008},null,null,null,null,null,null,{"$f":"E27","v":7.8197806411810841E-3},{"$f":"E28","v":7.8197806411810823E-3}]
["IV.","Sugar Production Emissions ",null,null,null,null,null,null,"Total gCO2e/MJ (mol feedstock):",{"$f":"Calculator!E91*J45/(Calculator!E95*76330*1055.06/10^6)","v":10.230328835045444},{"$f":"-'EF Tables'!J46*Calculator!$C$98","v":-8.1842630680363566}]
[null,"Sugar Production",null,null,null,null,null,null,"Total gCO2e/MJ (cane juice feedstock):",{"$f":"$J$45/(Calculator!$C95*76330*1055.06/10^6)","v":10.230328835045441},{"$f":"-'EF Tables'!J47*Calculator!$C$98","v":-8.1842630680363531},null,null,null,null,null,"Sugar Production Emissions ",null,0.90718474000000004,"T2MT"]
[null,"gCO2e/wet tonne cane",3700,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"($C$48/Calculator!$F$84/Calculator!$AO$54)*Calculator!$E$91","v":2.1863395517453013},0,1.1023113109243879E-3,"kg2T"]
[]
["V.","Sugarcane Ethanol Production",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Straw Burning Emissions",null,{"$f":"5*30%/6/87.1*1000","v":2.8702640642939152},"Application (kg dry filtercake or L vinasse/MT sugarcane)"]
[null,null,"per gallon",null,null,null,null,null,null,null,null,null,"Sugarcane Bagasse",null,null,null,{"$f":"J46","v":10.230328835045444},{"$f":"J47","v":10.230328835045441}]
[null,"Total Emissions: grams/mmBtu of fuel throughput, except as noted","Residual oil","Bagasse, Per dry ton  ","Bagasse, per gallon","Lime Use, per wet tonne","Lime Use, per gallon","Ethanol Production: Non-Combustion Emissions","Ethanol Production",null,null,null,"Small Industrial Boiler ","Sugarcane Bagasse IPCC Emissions (g/dry ton)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sugarcane Bagasse (grams/mmBtu fuel burned)"]
[null,"     VOC",2.0556753880441374E-4,{"$f":"M53*Reference!$C$45/10^6","v":350.46850796356011},{"$f":"D53*$V$54","v":2.5737591211395174},6.7923424659481521E-2,{"$f":"F53/Calculator!$G$84","v":3.2322591553330181E-3},2.2389999999999999,{"$f":"C53+E53+G53","v":2.5771969478336549},null,null,null,{"$f":"AC54","v":28.305199565933879},null,"VOC",null,"Mechanized Harvesting Credit",null,null,null,null,"dry ton bagasse/gallon",null,null,null,null,null,null,"Small Industrial Boiler*"]
[null,"     CO",1.5313543394762028E-3,{"$f":"M54*Reference!$C$45/10^6","v":2402.0809474798489},{"$f":"D54*$V$54","v":17.64032318970732},0.72904159770798727,{"$f":"F54/Calculator!$G$84","v":3.4692764545129762E-2},null,{"$f":"C54+E54+G54","v":17.676547308591928},null,null,null,{"$f":"AC55","v":194.00139826261949},null,"CO",null,{"$f":"K46","v":-8.1842630680363566},{"$f":"K47","v":-8.1842630680363531},null,null,null,{"$f":"1/Calculator!$G$84*(1-Reference!$C$85)/$S$47*Reference!$C$84","v":7.3437671649719902E-3},null,null,null,null,null,"VOC",28.305199565933879]
[null,"     NOx",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CO",194.00139826261949]
[null,"     PM10",null,null,null,null,null,0.85599999999999998,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NOx",76.411000000000001]
[null,"     PM2.5",null,null,null,null,null,{"$f":"H56*17%","v":0.14552000000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"PM10",86.599000000000004]
[null,"     SOx",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"PM2.5",43.299500000000002]
[null,"     CH4",3.1463164862294371E-3,{"$f":"M61*Reference!$C$45/10^6","v":391.88306202216688},{"$f":"D59*$V$54","v":2.8778979633870709},0.6984461339685234,{"$f":"F59/Calculator!$G$84","v":3.3236824002094482E-2},null,{"$f":"C59+E59+G59","v":2.9142811038753949},null,null,null,5.9753310000000006,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"SOx",41.977430273584361]
[null,"     N2O",5.6701308864880691E-5,{"$f":"M62*Reference!$C$45/10^6","v":52.251074936288916},{"$f":"D60*$V$54","v":0.38371972845160945},4.2341432349507577E-3,{"$f":"F60/Calculator!$G$84","v":2.0148937284555077E-4},null,{"$f":"C60+E60+G60","v":0.38397791913331986},null,null,null,14.115637000000001,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"BC",5.9753310000000006]
[null,"     CO2",2.8272927133587076,{"$f":"M63*Reference!$C$45/10^6","v":1534152.6230378656},{"$f":"D61*$V$54","v":11266.459659121128},1114.8678934419675,{"$f":"F61/Calculator!$G$84","v":53.053007465836188},null,{"$f":"C61+E61+G61","v":11322.339959300323},null,null,null,31.65,{"$f":"M61*Reference!$C$45/10^6","v":391.88306202216688},"CH4",null,null,null,null,null,null,null,null,null,null,null,null,"OC",14.115637000000001]
[null,"     CO2 from Land use change",null,null,null,null,null,null,{"$f":"H62*V54","v":0},"CO2 credit from biomass burning",null,null,4.22,{"$f":"M62*Reference!$C$45/10^6","v":52.251074936288916},"N2O",null,null,null,null,null,null,null,null,null,null,null,null,"CH4",31.65]
[null,"     VOC from bulk terminal",null,null,null,null,null,null,null,null,null,null,123904.13167793886,null,"CO2",null,null,null,null,null,null,null,null,null,null,null,null,"N2O",4.22]
[null,"     VOC from refueling station",null,null,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CO2",123904.13167793886]
[null,null,null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Non-biogenic GHG emissions from sugarcane bagassee combustion",null,null,"GWP",null,null,null,null,null,null,null,"See CA-GREETv3.0-75.xlsx, Worksheet \"EF\"."]
[null,"Non-biogenic GHG emissions from sugarcane bagassee combustion",null,"(grams/mmBtu fuel burned)",null,0,"Pollutant Emissions (grams for total cane)","Emissions (gCO2e/total cane throughput)",null,"Allocated to Cane Molasses","Allocated to Juice-EtOH",null,null,null,null,null,"Allocated to Cane Molasses","Allocated to Juice-EtOH","     VOC",3.1166666666666667]
[null,"     CH4",null,{"$f":"$AC62","v":31.65},null,0,{"$f":"D67*(Reference!$H$83/10^6)*Reference!$C$84*Reference!$C$85*Calculator!$G$60","v":73479310.123724729},{"$f":"G67*$T$68","v":1836982753.0931182},"gCO2",{"$f":"H69*Calculator!P60*Calculator!E91","v":1242000870.7863503},{"$f":"H69*(1-Calculator!P60)","v":1426968202.6027343},null,null,null,null,null,{"$f":"$H$69*Calculator!$P$60*(1-eta_s)/(Calculator!F86*Calculator!$AO$54)","v":2.313303689195314},{"$f":"Q67","v":2.313303689195314},"     CO",1.5714285714285714]
[null,"     N2O",null,{"$f":"$AC63","v":4.22},null,null,{"$f":"D68*(Reference!$H$83/10^6)*Reference!$C$84*Reference!$C$85*Calculator!$G$60","v":9797241.3498299643},{"$f":"G68*T$69","v":2919577922.2493296},"gal Ethanol",{"$f":"Calculator!E94","v":6666817.0530165834},{"$f":"Calculator!C94","v":7659685.4084338425},null,null,null,null,null,null,null,"     CH4",25]
[null,null,null,null,null,null,null,{"$f":"SUM(H67:H68)","v":4756560675.3424473},"g CO2e/MJ",{"$f":"J67/(J68*76330*1055.06/10^6)","v":2.3132945899873922},{"$f":"K67/(K68*76330*1055.06/10^6)","v":2.3132945899873918},"OK",null,null,null,null,null,null,"     N2O",298]
[null,"Residual Oil",null,null,null,null,null,null,null,null,null,null,null,null,null,"Residual Oil",{"$f":"0.1230449655856","v":0.12304496558560001},{"$f":"Q70","v":0.12304496558560001}]
[null,"Lime Use",null,null,null,null,14.100170226162438,null,null,null,null,null,null,null,null,"Lime Use",{"$f":"G71/Calculator!$G$84","v":0.67098213221358305},{"$f":"Q71","v":0.67098213221358305}]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Electricity Co-Product Credit"]
["VI.","Surplus Cogenerated Electricity Export Credit ",null,null,null,"Co-Product Credit: (Btu/gal)",{"$f":"(-Calculator!K$94)*kWh2Btu","v":-10922.6872559656},{"$f":"(-Calculator!K$95)*kWh2Btu","v":-4681.1516811281135},null,null,null,null,null,null,null,null,{"$f":"SUM(G78:G86)","v":-7.0823418989457956},{"$f":"SUM(H78:H86)","v":-3.0352893852624834}]
[null,null,null,null,null,null,"Molasses Feedstock After Mass Allocation ","Sugarcane Juice Feedstock"]
[null,null,"g/gal Mol EtOH","g/gal Juice EtOH","g/mmBtu Mol EtOH","g/mmBtu Juice EtOH","g/MJ Mol EtOH","g CO2e/MJ Juice EtOH"]
[null,"     VOC",{"$f":"$G$75*(1-Calculator!$I$22)*'EF Tables'!$G$153/10^6","v":-8.7832058897033383E-2},{"$f":"$H$75*(1-Calculator!$I$22)*'EF Tables'!$G$153/10^6","v":-3.7642310955871443E-2},{"$f":"C78/EtOH_LHV*10^6*$U$84","v":-1.1512690950972018},{"$f":"D78/EtOH_LHV*10^6*$U$84","v":-0.49340104075594354},{"$f":"E78*$T$66/Btu2J","v":-3.4008834821900149E-3},{"$f":"F78*$T$66/Btu2J","v":-1.4575214923671488E-3}]
[null,"     CO",{"$f":"$G$75*(1-Calculator!$I$22)*'EF Tables'!$G$154/10^6","v":-0.51469586513661569},{"$f":"$H$75*(1-Calculator!$I$22)*'EF Tables'!$G$154/10^6","v":-0.22058394220140667},{"$f":"C79/EtOH_LHV*10^6*$U$84","v":-6.7464368972696036},{"$f":"D79/EtOH_LHV*10^6*$U$84","v":-2.8913300988298292},{"$f":"E79*$T$67/Btu2J","v":-1.0048324641495876E-2},{"$f":"F79*$T$67/Btu2J","v":-4.3064248463553743E-3}]
[null,"     NOx",null,0]
[null,"     PM10",null,0]
[null,"     PM2.5"]
[null,"     SOx"]
[null,"     CH4",{"$f":"$G$75*(1-Calculator!$I$22)*'EF Tables'!$G$159/10^6","v":-1.4687226699013978},{"$f":"$H$75*(1-Calculator!$I$22)*'EF Tables'!$G$159/10^6","v":-0.62945257281488476},{"$f":"C84/EtOH_LHV*10^6*$U$84","v":-19.251456021409968},-8.2506240091757004,{"$f":"E84*$T$68/Btu2J","v":-0.45617149133408358},{"$f":"F84*$T$68/Btu2J","v":-0.19550206771460726},null,null,null,null,null,null,null,null,null,null,"Ethanol T&D loss factor",null,1.0005044983835341]
[null,"     N2O",{"$f":"$G$75*(1-Calculator!$I$22)*'EF Tables'!$G$160/10^6","v":-2.9330888696815032E-2},{"$f":"$H$75*(1-Calculator!$I$22)*'EF Tables'!$G$160/10^6","v":-1.2570380870063584E-2},-0.38445809095703121,-0.16476775326729909,{"$f":"E85*$T$69/Btu2J","v":-0.10858999654396997},{"$f":"F85*$T$69/Btu2J","v":-4.6538569947415703E-2}]
[null,"     CO2",{"$f":"$G$75*(1-Calculator!$I$22)*'EF Tables'!$G$161/10^6","v":-523.52926077426014},{"$f":"$H$75*(1-Calculator!$I$22)*'EF Tables'!$G$161/10^6","v":-224.36968318896857},-6862.2216748336632,-2940.9521463572837,{"$f":"E86/Btu2J","v":-6.5041312029440563},{"$f":"F86/Btu2J","v":-2.7874848012617379}]
[null,null,null,null,null,"Total Credit gCO2e/MJ",{"$f":"SUM(G78:G86)","v":-7.0823418989457956},{"$f":"SUM(H78:H86)","v":-3.0352893852624834}]
[]
[]
["VII.","Ethanol Transportation and Distribution"]
[null,null,"Ethanol produced in Brazil, and used in U.S.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ethanol transport in Brazil",null,null,"Brazilian port to US"]
[null,"Distance Transported (mi)","Pipeline","Rail","Truck","Ocean Tanker","Barge","Pipeline","Rail","Truck","Truck",null,null,null,null,null,null,null,"Pipeline","Rail","Truck","Ocean Tanker","Barge","Pipeline","Rail","Truck","Truck"]
[null,null,{"$f":"Calculator!G27/1.609","v":200.12430080795525},{"$f":"Calculator!E27/1.609","v":200.12430080795525},{"$f":"Calculator!C27/1.609","v":262.27470478558109},{"$f":"Calculator!I27/1.609","v":9790},null,null,null,{"$f":"Calculator!K26","v":40},{"$f":"Calculator!K27","v":50},null,null,null,null,null,null,null,0,0,{"$f":"Calculator!C27*Calculator!$AO$59","v":262.21864312415323},{"$f":"Calculator!I27*Calculator!$AO$59","v":9787.9073709535678},null,null,null,40,50]
[null,"Pollutant","Total Emissions: grams/mmBtu fuel transported",null,null,null,null,null,null,null,null,"Total Ethanol T&D",null,null,null,null,"Total Ethanol T&D",null,null,null,"per mile","per mile"]
[null,"              VOC",{"$f":"$C$93*C110","v":2.3262378853249152E-2},{"$f":"$D$93*D110","v":0.16061722732107253},{"$f":"$E$93*E110","v":0.576631258555513},{"$f":"$F$93*F110","v":5.2545390009328576},null,null,null,{"$f":"$J$93*J110","v":8.7956583698209967E-2},{"$f":"$K$93*K110","v":0.10994572962276246},{"$f":"SUM(C95:K95)","v":6.2129521789836648},null,null,null,null,{"$f":"L95*T66/Btu2J","v":1.8353247326037214E-2},{"$f":"Q95","v":1.8353247326037214E-2},null,null,2.1766478579911008E-3,5.3666692321592579E-4]
[null,"              CO",{"$f":"$C$93*C111","v":0.14893103881839018},{"$f":"$D$93*D111","v":0.52957844952095656},{"$f":"$E$93*E111","v":1.9014313297890277},{"$f":"$F$93*F111","v":11.930925315358387},null,null,null,{"$f":"$J$93*J111","v":0.29009118846656939},{"$f":"$K$93*K111","v":0.36261398558321173},{"$f":"SUM(C96:K96)","v":15.163571307536541},null,null,null,null,{"$f":"L96*T67/Btu2J","v":2.258503111238843E-2},{"$f":"Q96","v":2.258503111238843E-2},null,null,7.5472472615317745E-3,1.2292777875194834E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.0279446822385135E-2,1.3538364150919966E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.4654808125500301E-4,1.1520467903422078E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.9983304350246226E-4,1.0595696168672034E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.4414792063478571E-3,9.2743135879624694E-5]
[null,"              CH4",{"$f":"$C$93*C112","v":0.36015008615036942},{"$f":"$D$93*D112","v":0.47830986067042314},{"$f":"$E$93*E112","v":4.7069261392105117},{"$f":"$F$93*F112","v":10.648807961264788},null,null,null,{"$f":"$J$93*J112","v":0.71819576329723855},{"$f":"$K$93*K112","v":0.89774470412154816},{"$f":"SUM(C101:K101)","v":17.810134514714882},null,null,null,null,{"$f":"L101*T68/Btu2J","v":0.42201876125123811},{"$f":"Q101","v":0.42201876125123811},null,null,1.0421671664988632E-2,6.6387721667249884E-4]
[null,"              N2O",{"$f":"$C$93*C113","v":8.88033543030089E-3},{"$f":"$D$93*D113","v":5.8284669640919131E-3},{"$f":"$E$93*E113","v":9.0770640835269173E-3},{"$f":"$F$93*F113","v":0.13536768745171446},null,null,null,{"$f":"$J$93*J113","v":1.3843975052098018E-3},{"$f":"$K$93*K113","v":1.7304968815122523E-3},{"$f":"SUM(C102:K102)","v":0.16226844831635623},null,null,null,null,{"$f":"L102*T69/Btu2J","v":4.5832642507289217E-2},{"$f":"Q102","v":4.5832642507289217E-2},null,null,1.1697403143625123E-4,1.3611893408720285E-5]
[null,"              CO2",{"$f":"$C$93*C114","v":125.45511573311171},{"$f":"$D$93*D114","v":216.30642900610334},{"$f":"$E$93*E114","v":2012.7953926196351},{"$f":"$F$93*F114","v":5752.2572952566989},null,null,null,{"$f":"$J$93*J114","v":307.02975000480228},{"$f":"$K$93*K114","v":383.78718750600285},{"$f":"SUM(C103:K103)","v":8797.631170126353},null,null,null,null,{"$f":"L103/Btu2J","v":8.338545461954789},{"$f":"Q103","v":8.338545461954789},null,null,7.8898963325050611,0.58598850516453449]
[]
[null,"     VOC from bulk terminal",null,null,null,null,null,null,null,"NA"]
[null,"     VOC from refueling station",null,null,null,null,null,null,null,"NA"]
[null,"Total Emissions: grams/mmBtu fuel transported"]
[null,"Mode:","Pipeline","Rail","Truck","Ocean Tanker"]
[null,null,"per mile","per mile","per mile","per mile",null,null,null,"per mile","per mile"]
[null,"              VOC",1.1623965085365803E-4,8.0258732534039038E-4,2.1985774763408068E-3,5.3672512777659426E-4,null,null,null,2.1989145924552491E-3,2.1989145924552491E-3]
[null,"              CO",7.4419267533785646E-4,2.6462475940348417E-3,7.249770165001293E-3,1.218684914745494E-3,null,null,null,7.2522797116642349E-3,7.2522797116642349E-3]
[null,"              CH4",1.7996319522234298E-3,2.3900638690022074E-3,1.7946550137416382E-2,1.0877229786787322E-3,null,null,null,1.7954894082430964E-2,1.7954894082430964E-2]
[null,"              N2O",4.4374098470043892E-5,2.9124233991378534E-5,3.4608995522262585E-5,1.3827138656967769E-5,null,null,null,3.4609937630245046E-5,3.4609937630245046E-5]
[null,"              CO2",0.6268859665048967,1.0808603859342245,7.6743786415284196,0.58756458582805915,null,null,null,7.6757437501200574,7.6757437501200574]
[]
[]
[]
["VIII.","Denatured Ethanol  (D-EtOH) Calculator"]
[null,"Volume % Ethanol in D-EtOH",{"$f":"1-C120","v":0.97499999999999998},{"$f":"1-D120","v":0.97499999999999998},"v/v EtOH/D-EtOH",null,null,null,"2019 LCFS Reference CI of CARBOB"]
[null,"Volume % of Denaturant (CARBOB and \"Other\") in D-EtOH",2.5000000000000001E-2,2.5000000000000001E-2,"v/v CARBOB/D-EtOH",null,null,null,"CARBOB CI",100.62]
[null,"Energy % Denaturant in D-EtOH",3.7600000000000001E-2,3.7600000000000001E-2,"MJ/MJ CARBOB/D-EtOH",null,null,null,"Blendstock CI",99.571546225830872]
[null,"2014 CARBOB CI *",99.571546225830872,99.571546225830872,"g CO2e/MJ CARBOB",null,null,null,"CARFG CI",99.209939639805086]
[null,"Denaturant, g/MJ",{"$f":"(1-$C$121)*(C129+C130)+$C$121*$C$122-(C129+C130)","v":2.2547567162060673},{"$f":"(1-$C$121)*(D129+D130)+$C$121*$C$122-(D129+D130)","v":2.1847939088372001},"g CO2e/MJ",null,null,"changing these values will result in an incorrect "]
[null,null,null,null,null,null,null,"CARFG and Denaturant calculation"]
[]
[]
[null,null,"(gCO2e/MJ)"]
["IX.","CI Summary","Molasses","Cane Juice"]
[null,"CI (feedstock+fuel)",{"$f":"SUM(Q33:Q103)","v":27.804612284180052},{"$f":"SUM(R33:R103)","v":29.665325246118051}]
[null,"iLUC",11.8,{"$f":"C130","v":11.8}]
[null,"Denaturant",{"$f":"C123","v":2.2547567162060673},{"$f":"D123","v":2.1847939088372001}]
[null,"Total CI (g/MJ)",{"$f":"SUM(C129:C131)","v":41.859369000386117},{"$f":"SUM(D129:D131)","v":43.650119154955256}]
[]
[null,"3) Electric Transmission and Distribution Loss",null,null,8.1000000000000003E-2,"10) Calculation of Fuel-Cycle Energy Use, Water Consumption, and Emissions of other regional generation mixes"]
[null,null,null,null,null,null,"Brazil",null,null,null,"Brazil"]
[null,null,null,null,null,"Type","Average",null,null,null,"Average"]
[null,"2.2) Electricity Generation Mixes, Combustion Technolgy Shares and Power Plant Energy Conversion Efficiencies for GREET Calculation",null,null,null,"Year",2012,null,null,null,"v2.0"]
[null,null,"Feedstock Production: Brazillian Mix","Generation Mix for Stationary Applications",null,"Petroleum",{"$f":"D139","v":5.6800000000000003E-2},null,null,null,3.3700000000000001E-2]
[null,"Residual Oil-Fired Power Plants",null,5.6800000000000003E-2,null,"NG",{"$f":"D143","v":0.1298},null,null,null,7.8899999999999998E-2]
[null,"     Boiler",null,null,null,"Coal",{"$f":"D148","v":4.3200000000000002E-2},null,null,null,1.8700000000000001E-2]
[null,"     Internal Combustion Engine",null,null,null,"Biomass",{"$f":"D151","v":7.3800000000000004E-2},null,null,null,6.9800000000000001E-2]
[null,"     Gas Turbine",null,null,null,"Nuclear",{"$f":"D154","v":2.4799999999999999E-2},null,null,null,2.5999999999999999E-2]
[null,"Natural Gas-Fired Power Plants",null,0.1298,null,"Hydro",{"$f":"D155-G144","v":0.6633},null,null,null,0.76449999999999996]
[null,"     Boiler",null,null,null,"Others",8.3000000000000001E-3,null,null,null,8.3000000000000001E-3]
[null,"     Simple-cycle gas turbine",null,null,null,"T&D Loss",8.1000000000000003E-2,null,null,null,8.1000000000000003E-2]
[null,"     Combined-cycle gas turbine",null,null,null,"Btu or Gallons or Grams per mmBtu of Electricity Available at User Sites"]
[null,"     Internal Combustion Engine",null,null,null,"Total energy",1723026]
[null,"Coal-Fired Power Plants",null,4.3200000000000002E-2,null,"Fossil fuels",700872]
[null,"     Boiler",null,null,null,"Coal",135984]
[null,"     IGCC",null,null,null,"Natural gas",258677,null,"From CA-GREET v2.0"]
[null,"Biomass Power Plants",null,7.3800000000000004E-2,null,"Petroleum",206211,null,"Grams per mmBtu of Electricity Available at User Sites (Brazil Mix)"]
[null,"     Boiler",null,null,null,"Water consumption",946.39]
[null,"     IGCC",null,null,null,"VOC",{"$f":"5.67+3.08","v":8.75},null,"VOC",7.0903885868871983]
[null,"Nuclear Power Plants",null,2.4799999999999999E-2,null,"CO",{"$f":"14.395+36.88","v":51.275000000000006},null,"CO",120.90982963406086]
[null,"Other Power Plants (hydro, wind, geothermal, etc.)",null,0.67159999999999997]
[null,"     Hydroelectric"]
[null,"     Geothermal"]
[null,"     Wind"]
[null,"     Solar PV",null,null,null,"CH4",{"$f":"142.117+4.2","v":146.31699999999998},null,"CH4",69.974194427155581]
[null,"     Others (Biogenic Waste, Pumped Storage, etc.)",null,null,null,"N2O",{"$f":"0.492+2.43","v":2.9220000000000002},null,"N2O",1.9179987111911503]
[null,null,"Sum:",{"$f":"SUM(D139:D160)","v":1},null,"CO2",{"$f":"4703+47452","v":52155},null,"CO2",29361.459603158746]

{"sheet":"Reference","index":3,"n_rows":85,"n_cols":8,"rows_kept":85,"cut":false,"hidden":false,"merged":[[48,2,48,3],[49,2,49,3],[50,2,50,3],[51,2,51,3],[43,2,43,3],[44,2,44,3],[45,2,45,3],[46,2,46,3],[47,2,47,3],[31,2,31,3],[36,2,36,3],[38,2,38,3],[40,2,40,3],[41,2,41,3],[37,2,37,3],[35,2,35,3],[24,2,24,3],[26,2,26,3],[27,2,27,3],[28,2,28,3],[30,2,30,3],[17,2,17,3],[18,2,18,3],[20,2,20,3],[21,2,21,3],[23,2,23,3],[11,2,11,3],[14,2,14,3],[13,2,13,3],[15,2,15,3],[16,2,16,3],[6,2,6,3],[7,2,7,3],[8,2,8,3],[9,2,9,3],[10,2,10,3]]}
[null,"References for Sugarcane Ethanol Pathways"]
[]
[null,"Feedstock Type","Sugarcane Juice","Molasses","Sources"]
[null,"Juice-to-Sugar share, %",null,"User Defined"]
[null,"Sucrose at gate",null,"User Defined"]
[null,"a. Farming Energy"]
[null,"Total Farming Energy","95,000 Btu/tonne",null,"CA-GREET 3.0"]
[null,"     Diesel fuel",36385]
[null,"     Gasoline",11685]
[null,"     Natural gas",20425]
[null,"Liquefied petroleum gas",17860]
[null,"     Electricity",8550]
[null,"b. Fertilizer Use"]
[null,"Nitrogen","800 g/tonne",null,"CA-GREET 3.0"]
[null,"P2O5",300]
[null,"K2O",1000]
[null,"CaCO3",5200]
[null,"Herbicide",45]
[null,"Pesticide",2.5]
[null,"c. N2O in soil"]
[null,"N in N2O as % of N in N fertilizer ",1.325E-2,null,"CA-GREET 3.0"]
[null,"N in N2O as % of N in biomass",1.225E-2,null,"CA-GREET 3.0"]
[null,"d. Cane Transport"]
[null,"Raw feedstock to collection point by MDT, mi",2,null,"CA-GREET 3.0"]
[null,"To Ethanol plant by HDDT mi","User Defined"]
[null,"e. Straw Burning"]
[null,"Straw yield: dry tonne/wet tonne of sugarcane",0.2142,null,"CA-GREET 3.0"]
[null,"Moisture in straw",0.15,null,"CA-GREET 3.0"]
[null,"Burn Field, %",1,null,"CA-GREET 3.0"]
[null,"f. Mechanized Harvesting Credit"]
[null,"Mechanized field, %","User Defined or Standard at 65%"]
[null,"g. Filter Cake T&D, miles","same as cane transport"]
[null,"h. Sugar Production"]
[null,"CO2e/wet tonne of cane",null,3700,"(Gopal et al, 2009)."]
[null,"i. Ethanol Production"]
[null,"Total Plant Energy (Btu/gal)"]
[null,"Residual oil",300,null,"CA-GREET 3.0"]
[null,"Chemical Use, g/tonne of cane"]
[null,"Lime",880,null,"CA-GREET 3.0"]
[null,"j. Fuel Distribution"]
[null,"Distribution by HDT to blending terminal, miles",40,null,"CA-GREET 3.0"]
[null,"Distribution by HDT to stations, miles",50,null,"CA-GREET 3.0"]
[null,"k. Fuel Properties"]
[null,"Density of EtOH (LHV), grams/gal",2988,null,"CA-GREET 3.0"]
[null,"Sugarcane bagasse, Btu/ton",12381771.311916806,null,"CA-GREET 3.0",{"$f":"C45*1000/(2000*0.4536)","v":13648336.984035278},"Btu/tonne"]
[null,"Bagasse yield: wet tonne per wet tonne of sugarcane",0.28000000000000003,null,"CA-GREET 3.0"]
[null,"Moisture in bagasse",0.5,null,"CA-GREET 3.0"]
[null,"steam generation efficiency",0.8,null,"CA-GREET 3.0"]
[null,"Power Generation Efficiency",0.3,null,"CA-GREET 3.0"]
[null,"l. Sugarcane bagasse, emissions, grams/mmBtu fuel burned","Small Industrial Boiler",null,"CA-GREET 3.0"]
[null,"m. Electrciity Mix emissions, grams/mmBtu Available at User Sites","Brazil Electricity Mix",null,"CA-GREET 3.0"]
[null,"n. Electric Transmission and Distribution Loss","8.1% (Brazil)",null,"CA-GREET 3.0"]
[]
[null,"Gopal, A. and Kammen, D., 2009.  “Molasses for ethanol: the economic and environmental impacts of a new pathway for the lifecycle greenhouse gas analysis of sugarcane ethanol,” Gopal, A., and Kammen, D., Environmental Research Letters, 4 (2009) 044005 (5pp)."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Unit conversion"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Ethanol fuel properties"]
[null,null,null,"LHV"]
[null,"Density of EtOH, grams/gal",null,2988]
[]
[null,"Sugarcane bagasse, Btu/ton",null,12381771.311916806,null,null,"Bagasse, Btu/metric ton",{"$f":"Reference!D83/'EF Tables'!$S$47","v":13648566.566404991}]
[null,"Bagasse yield: wet tonne per wet tonne of sugarcane",0.28000000000000003,null,null,null,"steam generation efficiency",0.8]
[null,"Moisture in bagasse",0.5,null,null,null,"Power Generation Efficiency",0.3]