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[null,null,null,null,null,null,null,null,"This tool has been prepared by Morten Pedersen, Anna Claudia Szeler, Niels Karim Høst-Madsen from NIRAS and Steve Thorne from South South North."]

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{"sheet":"Suppressed_temp.","index":2,"n_rows":22,"n_cols":7,"rows_kept":22,"cut":false,"hidden":true,"merged":[[13,1,13,2],[9,1,9,2],[12,1,12,2],[11,1,11,2]]}
[]
[null,"Site:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"In this page you have the overview of the all the CO2 emission reduction for a specific project site. The total number of emission "]
[null,"reductions will be the sum of baseline emission of drying, refrigeration/cooling and preservation minus project and leakage "]
[null,"emissions. Please use the tabs on the right side of this sheet.  "]
[]
[null,"MSL = Minimum service level within the project boudary",null,null,null,{"$f":"F9*F10*2100","v":0},"kcal/year"]
[null,"How many people are within the project boundary? (Range 1-10.000.000)",null,null,null,0,"People"]
[null,"How many days of the year they below the minimum nutritionlevel ? (1-365)",null,null,null,0,"Days"]
[]
[null,"Bey = Total baseline emissions ",null,null,null,{"$f":"F8*F13*F14","v":0},"tCO2e/year"]
[null,"The reciprocal value of nutritional density kcal/tonnes of dry mass of the crop type (Methodology, Annex 3 table 1)",null,null,null,0,"t dry mass / kcal"]
[null,"The emissions intensity is CO2e/tonnes in dry mass of staple for preservation (Methodology, annex 3, table 1)",null,null,null,0,"tCO2e/t dry mass"]
[]
[null,"PEy = Project emissions in the project activity in year y",null,null,null,{"$f":"F8*F17*F18","v":0},"tCO2e/year"]
[null,"Tonnes of dry mass of staple food in the project / kcal",null,null,null,0,"t dry mass / kcal"]
[null,"CO2 emissions / ton of dry mass of food in the project",null,null,null,0,"tCO2e/t dry mass"]
[]
[null,"LEy = Leakage emission in the project activity in year y ",null,null,null,0,"tCO2e/year"]
[]
[null,"ERy = Total emission reduction",null,null,null,{"$f":"F12-F16-F20","v":0},"tCO2e/year"]

{"sheet":"ab_SD_Overview","index":3,"n_rows":22,"n_cols":7,"rows_kept":22,"cut":false,"hidden":true,"merged":[[9,1,9,2],[11,1,11,2],[12,1,12,2],[13,1,13,2]]}
[null,null,"ab"]
[null,"Site:",{"$f":"MID(C1,1,100)","v":"ab"}]
[]
[null,"In this page you have the overview of the all the CO2 emission reduction for a specific project site. The total number of emission "]
[null,"reductions will be the sum of baseline emission of drying, refrigeration/cooling and preservation minus project and leakage "]
[null,"emissions. Please use the tabs on the right side of this sheet.  "]
[]
[null,"MSL = Minimum service level within the project boudary",null,null,null,{"$f":"F9*F10*2100","v":0},"kcal/year"]
[null,"How many people are within the project boundary? (Range 1-10.000.000)",null,null,null,0,"People"]
[null,"How many days of the year they below the minimum nutritionlevel ? (1-365)",null,null,null,0,"Days"]
[]
[null,"Bey = Total baseline emissions ",null,null,null,{"$f":"F8*F13*F14","v":0},"tCO2e/year"]
[null,"The reciprocal value of nutritional density kcal/tonnes of dry mass of the crop type (Methodology, Annex 3 table 1)",null,null,null,0,"t dry mass / kcal"]
[null,"The emissions intensity is CO2e/tonnes in dry mass of staple for preservation (Methodology, annex 3, table 1)",null,null,null,0,"tCO2e/t dry mass"]
[]
[null,"PEy = Project emissions in the project activity in year y",null,null,null,{"$f":"F8*F17*F18","v":0},"tCO2e/year"]
[null,"Tonnes of dry mass of staple food in the project / kcal",null,null,null,0,"t dry mass / kcal"]
[null,"CO2 emissions / ton of dry mass of food in the project",null,null,null,0,"tCO2e/t dry mass"]
[]
[null,"LEy = Leakage emission in the project activity in year y ",null,null,null,0,"tCO2e/year"]
[]
[null,"ERy = Total emission reduction",null,null,null,{"$f":"F12-F16-F20","v":0},"tCO2e/year"]

{"sheet":"Overview_temp.","index":4,"n_rows":21,"n_cols":7,"rows_kept":21,"cut":false,"hidden":true,"merged":[[3,1,5,6],[11,1,11,2],[13,1,13,2],[15,1,15,2],[6,1,6,2],[9,1,9,2]]}
[]
[null,"Site:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"A food production site can include the following energy and/or heat consuming processes. The three main processes are 1) drying, 2) freezing and/or refrigeration and 3) food preservation. One production site can consists of one or more of these processes. In this page you have the overview of the all the CO2 emission reduction for a specific project site. The total number of emission reductions will be the sum of baseline emission of drying, refrigeration/cooling and preservation minus project and leakage emissions. Please use the tabs on the right side of this sheet.  "]
[]
[]
[null,"ERy = Total emission reduction in a year",null,null,null,{"$f":"F10-F19-F21","v":0},"tCO2e/year"]
[]
[]
[null,"Bey = Total baseline emissions in a year",null,null,null,{"$f":"F12+F14+F16","v":0},"tCO2e/year"]
[]
[null,"BEdrying,k,j,y = Baseline emissions for food drying of product k at site j in year y ",null,null,null,{"$f":"IF(ISERROR(INDIRECT(\"'\"&C1&\"_Drying\"&\" Baseline'\"&\"!E$9\")+INDIRECT(\"'\"&C1&\"_Drying\"&\" Baseline'\"&\"!E$18\")),0,INDIRECT(\"'\"&C1&\"_Drying\"&\" Baseline'\"&\"!E$9\")+INDIRECT(\"'\"&C1&\"_Drying\"&\" Baseline'\"&\"!E$18\"))","v":0},"tCO2e/year"]
[]
[null,"BEfr,j,y = Baseline emissions for freezing and/or refrigeration of food at site j in year y ",null,null,null,{"$f":"IF(ISERROR(INDIRECT(\"'\"&C1&\"_Refrig.\"&\" Baseline'\"&\"!E$7\")),0,INDIRECT(\"'\"&C1&\"_Refrig.\"&\" Baseline'\"&\"!E$7\"))","v":0},"tCO2e/year"]
[]
[null,"BEpp,n,k,j,y = Baseline emissions for the food preservation process n of product k at location j in year y ",null,null,null,{"$f":"IF(ISERROR(INDIRECT(\"'\"&C1&\"_Other pres.\"&\" Baseline'\"&\"!E$11\")),0,INDIRECT(\"'\"&C1&\"_Other pres.\"&\" Baseline'\"&\"!E$11\"))","v":0},"tCO2e/year"]
[]
[]
[null,"PEy = Project emissions in the project activity in year y",null,null,null,{"$f":"IF(ISERROR(INDIRECT(\"'\"&C1&\"_Project emissions\"&\"'\"&\"!F$6\")),0,INDIRECT(\"'\"&C1&\"_Project emissions\"&\"'\"&\"!F$6\"))","v":0},"tCO2e/year"]
[]
[null,"LEy = Leakage emission in the project activity in year y ",null,null,null,{"$f":"IF(ISERROR(INDIRECT(\"'\"&C1&\"_Leakage emissions\"&\"'\"&\"!D$8\")),0,INDIRECT(\"'\"&C1&\"_Leakage emissions\"&\"'\"&\"!D$8\"))","v":0},"tCO2e/year"]

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[]
[null,"Project emissions:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"For each site the project emission can be calculated by inserting values in below table."]
[]
[null,"PEy = Project emissions in the project activity in year y ",null,null,null,{"$f":"+F7*F8*F9+F10*(1-F11)*F12","v":0},"tCO2e/year"]
[null,"FCFF,i,j,y = Amount of the fossil fuel type i consumed in the food preservation at site j in the project activity in year y ",null,null,null,0,"t/year"]
[null,"NCVFF,i,PJ = Net calorific value of the fuel type i consumed in the food preservation in the project activity in year y ",null,null,null,0,"MJ/t"]
[null,"EFFF,i,CO2,PJ = CO2 emission factor for the fossil fuel type i",null,null,null,0,"tCO2e/GJ"]
[null,"ECPJ,j,y = Quantity of  grid electricity consumed by the project activity at site j in year y",null,null,null,0,"MWh/year"]
[null,"TDLy = Average annual technical grid losses (transmission and distribution) during year y for the grid serving the facility ",null,null,null,0,"Fraction"]
[null,"EFEL,j,PJ = Emission factor for electricity generation for source j in year y",null,null,null,0,"tCO2e/MWh"]

{"sheet":"Leakage emissions_temp.","index":6,"n_rows":13,"n_cols":5,"rows_kept":13,"cut":false,"hidden":true,"merged":[[1,1,1,2],[1,3,1,4]]}
[]
[null,"Leakage emissions:",null,{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"Leakage shall be considered for 5 different scenarios and these are described in the methodology. The leakage in tCO2/year can "]
[null,"be inserted in below table:"]
[]
[null,"Source of leakage "]
[null,"Total Leakage",null,{"$f":"D9+D10+D11+D12+D13","v":0},"tCO2e/year"]
[null,"Equipment",null,0,"tCO2e/year"]
[null,"Geothermal",null,0,"tCO2e/year"]
[null,"Hydro",null,0,"tCO2e/year"]
[null,"Biomass",null,0,"tCO2e/year"]
[null,"Plant oil / Biodiesel",null,0,"tCO2e/year"]

{"sheet":"Drying_temp.","index":7,"n_rows":27,"n_cols":6,"rows_kept":27,"cut":false,"hidden":true,"merged":[[17,1,17,2],[8,1,8,2],[9,1,9,2],[10,1,10,2],[11,1,11,2],[12,1,12,2],[24,1,24,2],[25,1,25,2],[26,1,26,2],[18,1,18,2],[19,1,19,2],[20,1,20,2],[21,1,21,2],[22,1,22,2],[23,1,23,2]]}
[]
[null,"Drying:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"The baseline emissions for food drying will be the sum of the baseline emissions from the power consumption and heat "]
[null,"consumption both used during the drying process."]
[null,"Baseline emissions from the power consumption for food drying process "]
[]
[]
[null,"BEEL,,k,j,y = Baseline emissions from the power consumption for food drying process k at site j in year y ",null,null,{"$f":"E10*(1+E11)*E12*E13","v":0},"tCO2e/year"]
[null,"SPCBL,drying,k,j = Specific baseline electricity consumption for drying fruit, crops or fish product k at site j ",null,null,0,"MWh/t"]
[null,"TDLy = Transmission and distribution losses in year y",null,null,0]
[null,"EFEL,drying,j = Emission factor for electricity generation for drying for source j ",null,null,0,"tCO2e/MWh"]
[null,"QP,k,j,y,el = Project quantity of argicultural product k at site j in year y  dried using power",null,null,0,"t/year"]
[null,"Baseline emissions from the heat consumption for food drying process"]
[]
[null,"The heat consumption for each site will be based on one calculation."]
[]
[null,"BEheat,k,j,y = Baseline emissions from the heat consumption for food drying process k at site j ",null,null,{"$f":"E19*E20*((E21*E23*E25*E27)+(E22*E24*E26))","v":0},"tCO2e/year"]
[null,"Qp,k,j,y,heat = Quantity of product k at site j in year y dried using heat",null,null,0,"t/year"]
[null,"SECBLdrying,k,j = Specific baseline fuel consumption for drying fruit, crops or fish product k at site j ",null,null,0,"GJ/t"]
[null,"%WBBL,j = Share of woody biomass observed in the baseline for drying food product at site j",null,null,0," %"]
[null,"FFBL,j = Share of fossilfuel observed in the baseline for drying food product at site j",null,null,0," %"]
[null,"NCVWB = Net calorific value of the non-renewable woody biomass or fossil fuels saved through energy efficiency improvements or fuel switching to a renewable fuel. The IPCC default for wood fuel, 0,015 TJ/tonne can be used. ",null,null,15,"GJ/t"]
[null,"NCVFF,drying,BL,i = Net calorific value of fossil fuel i used in baseline in drying process.",null,null,0,"GJ/t"]
[null,"fNRB,y = Fraction of woody biomass used in the absence of the project activity in year y that can be established as non-renewable biomass using survey methods as per the guidance as provided by \"Annex 1:Non-renewable Biomass (NRB) Assesment\" of The Gold Standard methodology \"Technologies and Practices to Displace Decentralized Thermal Energy Consumption\" following either the quantitative NRB Assesment or the qualitative NRB Assessment or using most recently approved default values as published by UNFCCC.",null,null,0,"Fraction"]
[null,"EFFF,drying,BL,i = CO2 emission factor for the fossil fuel type i used in baseline in drying process",null,null,0,"tCO2e/GJ"]
[null,"EFBL_WB = Emission factor of non-renewable woody biomass ; A default value of 2.202 tCO2/t wood can be used (this includes both CO2 and non-CO2 emissions) ",null,null,8.1600000000000006E-2,"tCO2e/GJ"]

{"sheet":"Refrigeration_temp.","index":8,"n_rows":10,"n_cols":6,"rows_kept":10,"cut":false,"hidden":true,"merged":[[28,1,28,6],[29,1,29,6],[30,1,30,6],[14,1,14,6],[6,1,6,2],[7,1,7,2],[8,1,8,2],[9,1,9,2],[31,1,31,6],[32,1,32,6],[33,1,33,6],[15,1,15,6],[16,1,16,6],[17,1,17,6],[18,1,18,6],[19,1,19,6],[20,1,20,6],[21,1,21,6],[22,1,22,6],[23,1,23,6],[24,1,24,6],[25,1,25,6],[26,1,26,6],[27,1,27,6]]}
[]
[null,"Refrigeration:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"The baseline emissions for refrigerated warehouses can be calculated by inserting in the below table. Please"]
[null,"read guidelines in Annex 2 for calculating the electricity consumption for the refrigerated food warehouse in a year."]
[]
[null,"BEfr,j,y = Baseline emissions for refrigerated food warehouses at site j in year y",null,null,{"$f":"+E8*(1+E9)*E10","v":0},"tCO2e/year"]
[null,"ECfr,j,y = Baseline electricity consumption for the refrigerated food warehouse at site j in year y",null,null,0,"MWh/year"]
[null,"TDLy =Average annual technical grid losses (transmission and distribution) during year y for the grid serving the facility",null,null,0,"Fraction"]
[null,"EFEL,j,y = Emission factor for electricity generation for source j in year y ",null,null,0,"tCO2e/MWh"]

{"sheet":"Other preservation_temp.","index":9,"n_rows":19,"n_cols":7,"rows_kept":19,"cut":false,"hidden":true,"merged":[[9,1,9,2],[14,1,14,2],[15,1,15,2],[16,1,16,2],[17,1,17,2],[10,1,10,2],[11,1,11,2],[12,1,12,2],[13,1,13,2]]}
[]
[null,"Other preservation process:",{"$f":"MID(C1,1,100)","v":""}]
[]
[null,"The baseline emission for Other preservation processes can be calculated by inserting in the below table."]
[null,"For a site it is possible to include 3 process with up to 3 products for each process. This can be done by using "]
[null,"the tab function. "]
[]
[]
[null,null,null,null,"stop"]
[null,"BEpp,n,k,i,y = Baseline emissions for the food preservation process n of product k at location j in year y",null,null,{"$f":"SUMIF(E19:XFD19,\"Check\",E11:XFD11)","v":0},null,"tCO2e/year"]
[null,"BEpp= Baseline emissions for a specific food preservation process of a specific product k ",null,null,{"$f":"E12*((E13*E14*E15)+(E16*(1+E17)*E18))","v":0},{"$f":"F12*((F13*F14*F15)+(F16*(1+F17)*F18))","v":0},"tCO2e/year"]
[null,"Qk,n,j,y = Quantity of product k at location j treated in the food preservation process n in year y ",null,null,0,0,"t product"]
[null,"SFCBL,n,k,j = Baseline specific fuel consumption for fuel used in the food preservation process n of product k at site j ",null,null,0,0,"t fuel /t product"]
[null,"NCVBL,FF,n,k,j = Net calorific value of the fossil fuel consumed in the food preservation process n of product k at site j in baseline ",null,null,0,0,"GJ/t"]
[null,"EFBL,FF,n,k,j = CO2 emission factor for the fossil fuel consumed in the food preservation process n of product k at site j in baseline",null,null,0,0,"tCO2e/GJ"]
[null,"SECBL,n,k,j = Specific baseline electricity consumption for the food preservation process n of product k at location j ",null,null,0,0,"MWh/t product"]
[null,"TDLy = Average annual technical grid losses (transmission and distribution) during year y for the grid serving the facility ",null,null,0,0,"Fraction"]
[null,"EFBL,EL,n,k,j = Emission factor for electricity consumed in the food preservation process n of product k at site j in baseline ",null,null,0,0,"tCO2e/MWh"]
[null,null,null,null,"Check","Check"]

{"sheet":"Sheet1","index":10,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}