{"text_format":"1","workbook":"xlsx","n_sheets":16,"sheets":["Intro","Dashboard results","Project","Technology","Market ","Pathway definition and results","Data - technical","CB_DATA_","Data - economic","Data - environmental","Data - general","1. Pathway 1","2. Pathway 2","3. Pathway 3","4. Pathway 4","Dropdown list"],"not_rendered":{"charts":9,"images":25,"macros":1,"external_links":1,"defined_names":71,"comments":10,"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":"Intro","index":0,"n_rows":54,"n_cols":4,"rows_kept":54,"cut":false,"hidden":false,"merged":[[12,1,12,23],[9,1,9,10],[47,1,47,11],[6,1,6,8],[53,1,53,14]]}
[]
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[]
[]
[null,"Introduction "]
[]
[null,"This example template is solely made to demonstrate how the Excel template works using a simplified example. The results from the analysis should therefore not be used to make conclusions on the economic feasibility, nor the environmental impact of the case study. The simplified case study does not follow all the methodological guidelines as its only goal is to showcase how the Excel template works.   "]
[]
[null,"Background and purpose of the template "]
[null,"The goal of the Moonshot program is to support projects that aim at providing solutions that help the (chemical) industry in Flanders to become CO2 neutral by 2050. \n\nThe goal of this template is to provide guidance in the valorisation and sustainability assessment of Moonshot projects taking the overall Moonshot objective and specific MOT KPIs into account. \n\nThe template and guidelines are based on principles of TEA and LCA, however, are too limited to be used as a full TEA and LCA. The template is obliged during the execution of the approved Moonshot projects and is one of the deliverables that need to be submitted to Vlaio. Mid-term the project, a meeting with the advisory board members needs to be organized to discuss the results of the sustainability assessment. \n\nThe goals are the following: \nI.\tTo have a substantiated estimate of the economic and climate change impacts with the aim to identify the hot-spots (i.e. understand where the impact is coming from) and with these to update research targets from the proposal phase and define the next steps towards implementation (i.e. technology roadmap and follow-up trajectory); \nII.\tTo compare the economic and climate change impact with state-of-the-art and emerging technologies; \nIII.\tTo understand the contribution of a project to the specific MOT goals and KPIs;\nIV.\tTo specify what is required for a successful implementation. \n\nDetailed guidelines are available in the document titled \"methodological framework for the sustainability assessment of MOONSHOT initiatives\"."]
[]
[null,"Template developers"]
[null,"The template and framework are developed by a consortium led by VITO and subcontractors Deloitte, Antwerp University, KU Leuven and Ghent University. \nThe template and accompanying sustainability framework are commissioned by Vlaio. "]
[]
[null,"Contact information"]
[null,"For questions related to the template, please use one of the following e-mail addresses: "]
[null,"- Helpdesk - moonshot.sustainabilityframework@vito.be"]
[null,"- Catalisti - moonshot@catalisti.be"]
[]
[null,"Legend"]
[]
[null,"Worksheets"]
[null,"Name","Description ","Examples"]
[null,"Intro","Information on background and purpose of template, overview of worksheets and some general agreements. "]
[null,"Dashboard results","A summary of the main results is automatically generated in this dashboard based on the calculations in the other worksheets. "]
[null,"Project","Add general administrative information on your project.","Title, budget, partners,… "]
[null,"Technology","Describe your process, the benchmark technologies and the goals and scope of the sustainability assessment. ","Benchmark technologies, advantages of your technology, fit with the value chain and interested companies. "]
[null,"Market ","Describe market information for your targetted product(s) and an overview of relevant policy documents.","Price, production volume, CAGR, applications, link with roadmaps and regulation, link with MOT objective, link with other projects, interaction with companies and valoriation objectives. "]
[null,"Pathway definition and results","On this worksheet an overview of different pathways can be added. Furthermore, (sub)scenarios can be defined that allow to quickly see the impact of changes in defined parameters. Also, an overview of your main findings from the sustainability assessment is added here. ","Overview of the scenarios, Impact availability of residue heat, subsidies, scale, summary of the results"]
[null,"Data - technical ","Add all technical input parameters for your mass and energy balance calculations, including the references. Calculations are performed on the pathway worksheet.","Yield, energy use, catalyst use, material choices,… "]
[null,"Data - economic","Add all economic input parameters for your calculations of the economic indicators, including the references. Calculations are performed on the pathway worksheet.","CAPEX, OPEX, revenues"]
[null,"Data - environmental ","Add all environmental input parameters for your calculations of the environmental impact indicator, including the references (mainly characterization factors). Calculations are performed on the pathway worksheet.","CO2 impact of electricity in kg CO2-equivalent per kWh"]
[null,"Data - general ","Add general information that is needed for the calculations that are not fixed values. Calculations are performed on the pathway worksheet.","CEPCI, regression function, conversion factors,…"]
[null,"1. Pathway","Calculation sheet for one pathway. Calculations of the mass and energy balance, the economic and environmental indicators are included here. This sheet also includes the PFD. The sheets for Pathway 2 (\"2. Pathway 2\"), 3 (\"3. Pathway 3\") and 4 (\"4. Pathway 4\") should be unhidden if multiple pathways are defined.","PFD, mass and energy balance, economic indicators, environmental indicators"]
[]
[null,"Color code used in the template"]
[]
[null,null,"Technological related worksheets and information"]
[null,null,"Economic related worksheets and information"]
[null,null,"Environmental related worksheets and information"]
[]
[null,"xxx","Fixed input values that are used in the calculation sheets. These can be pre-defined values or values provided by the researchers. These values can be varied in the sensitivity analysis. "]
[null,"xxx","Calculated/linked values that are used in the calculation sheets. These cannot be used in the sensitivity analysis as these are dependent on other cells. This color code should not be added on the calculation worksheet.  "]
[null,"xxx","Values that are interesting to know, but that are not used in calculation sheets. Changing these values does not have any effect on the calculations. These values can also not be used in the sensitivity analysis.  "]
[null,null,"Cells should not contain any content. "]
[]
[null,"Standard formulas"]
[null,"To make the models dynamic, some standard formula structures are provided. These formula structures need to be used. \nThe bold parts need to be replaced in the formulas. The row number 'xx' in column F, needs to be replaced with the row number where the year is indicated. \n\nDepreciation: linear depreciation is used in the template."]
[null,"Reinvestment cost","IF(e_ecolifetime_yr=lifetime installation;0;IF(Fxx>=e_ecolifetime_yr;0;IF(ROUNDDOWN((Fxx/lifetime installation);0)=(Fxx/lifetime installation);investment cost formula;0))"]
[null,"Operational cost/Revenues","IF(Fxx>e_ecolifetime_yr;0;formula OPEX/revenues)"]
[null,"Depreciation","IF(Fxx>e_ecolifetime_yr;0;investment installation/lifetime installation)"]
[]
[null,"Disclaimer"]
[null,"Notwithstanding that this template has been prepared by the developers with the utmost care, using reliable sources, this template is provided on an \"AS IS\" and \"AS AVAILABLE\" basis. The developers make no warranties of any kind, express or implied, including but not limited to warranties of merchantability, fitness for a particular purpose or non-infringement of intellectual property rights, with respect to this template. The developers do not accept any responsibility or liability in relation to the use of this template. Use of this template by the user is at his/her own risk. The developers of the template are not responsible for mistakes, inaccurate data, wrong use and interpretation of the results. \n\nThis template cannot be reproduced or publicly distributed in whole or in part without prior written consent of Vlaio and the developers. "]

{"sheet":"Dashboard results","index":1,"n_rows":128,"n_cols":11,"rows_kept":128,"cut":false,"hidden":false,"merged":[[107,3,111,3],[115,3,119,3],[21,2,21,3],[40,2,40,3],[79,3,83,3],[87,3,91,3],[42,3,46,3],[50,3,55,3],[1,2,1,13],[3,2,3,3],[5,5,5,7],[7,5,7,7],[9,5,9,7],[113,5,113,7],[107,5,111,7],[115,5,119,7],[11,5,11,7],[11,10,14,12],[13,5,13,7],[15,5,15,7],[17,5,17,7],[79,5,83,7],[85,5,85,7],[87,5,91,7],[48,10,48,12],[42,10,46,12],[50,10,55,12]]}
[]
[null,null,"Disclaimer: This dashboard displays an overview of important data, each time referring to the different input worksheets. Data should not be entered in this worksheet by the registrants."]
[]
[null,null,"General project information"]
[]
[null,null,null,{"$f":"Project!$B$6","v":"Project acronym"},null,{"$f":"IF(Project!$C$6=0,\"\",Project!$C$6)","v":"e.g."},null,null,null,{"$f":"Technology!$B$6","v":"Targeted product(s)"},{"$f":"IF(Technology!$C$6=0,\"\",Technology!$C$6)","v":"Hydrogen"}]
[]
[null,null,null,{"$f":"Project!$B$9","v":"Start date"},null,{"$f":"IF(Project!$C$9=0,\"\",Project!$C$9)","v":"2023-05-01"},null,null,null,{"$f":"Technology!$B$11","v":"Current TRL "},{"$f":"IF(Technology!$C$11=0,\"\",Technology!$C$11)","v":7}]
[]
[null,null,null,{"$f":"Project!$B$10","v":"Project duration (months)"},null,{"$f":"IF(Project!$C$10=0,\"\",Project!$C$10)","v":10},null,null,null,{"$f":"Technology!$B$32","v":"Functional unit (FU)"},{"$f":"IF(Technology!$C$32=0,\"\",Technology!$C$32)","v":"ton H2"}]
[]
[null,null,null,{"$f":"Project!$B$11","v":"Total budget (€)"},null,{"$f":"IF(Project!$C$11=0,\"\",Project!$C$11)","v":3000000},null,null,null,{"$f":"Technology!$B$8","v":"Process description"},{"$f":"IF(Technology!$B$9=0,\"\",Technology!$B$9)","v":"Hydrogen is produced via a water electrolyzer (alkaline or PEM). Electricity is used to split water into hydrogen and oxygen. "}]
[]
[null,null,null,{"$f":"Project!$B$12","v":"Total number of person-months"},null,{"$f":"IF(Project!$C$12=0,\"\",Project!$C$12)","v":10}]
[]
[null,null,null,{"$f":"Project!$B$13","v":"Lead partner (coordinator)"},null,{"$f":"IF(Project!$C$13=0,\"\",Project!$C$13)","v":"VITO"}]
[null,null,null,null,null,null,null,null,null,{"$f":"Technology!$B$23","v":"Geographical scope"},{"$f":"IF(Technology!$C$23=0,\"\",Technology!$C$23)","v":"Flanders"}]
[null,null,null,{"$f":"Project!$B$14","v":"Other consortium partners"},null,{"$f":"IF(Project!$C$14=0,\"\",Project!$C$14)","v":"Deloitte, UGent, UA, KUL"}]
[]
[]
[]
[null,null,"Selected Pathway"]
[]
[null,null,null,"Select the desired pathway that needs to be shown in the dashboard"]
[null,null,null,"1. Pathway 1 "]
[]
[]
[]
[null,null,"Detailed Technical indicators by Pathway"]
[]
[null,null,null,"Technical Indicators",null,{"$f":"$D$25","v":"1. Pathway 1 "},null,{"$f":"'Pathway definition and results'!$E$34","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!$F$34","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!$G$34","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!$H$34","v":"4. Pathway 4 "}]
[null,null,null,"Recycled content (%)",null,{"$f":"INDEX($H$32:$K$37,1,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":"-"},null,{"$f":"IF('Pathway definition and results'!E44=0,\"-\",'Pathway definition and results'!E44)","v":"-"},{"$f":"IF('Pathway definition and results'!F44=0,\"-\",'Pathway definition and results'!F44)","v":"-"},{"$f":"IF('Pathway definition and results'!G44=0,\"-\",'Pathway definition and results'!G44)","v":"-"},{"$f":"IF('Pathway definition and results'!H44=0,\"-\",'Pathway definition and results'!H44)","v":"-"}]
[null,null,null,"Renewable content (%)",null,{"$f":"INDEX($H$32:$K$37,2,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":"-"},null,{"$f":"IF('Pathway definition and results'!E45=0,\"-\",'Pathway definition and results'!E45)","v":"-"},{"$f":"IF('Pathway definition and results'!F45=0,\"-\",'Pathway definition and results'!F45)","v":"-"},{"$f":"IF('Pathway definition and results'!G45=0,\"-\",'Pathway definition and results'!G45)","v":"-"},{"$f":"IF('Pathway definition and results'!H45=0,\"-\",'Pathway definition and results'!H45)","v":"-"}]
[null,null,null,"Reuse rate (%)",null,{"$f":"INDEX($H$32:$K$37,3,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":"-"},null,{"$f":"IF('Pathway definition and results'!E46=0,\"-\",'Pathway definition and results'!E46)","v":"-"},{"$f":"IF('Pathway definition and results'!F46=0,\"-\",'Pathway definition and results'!F46)","v":"-"},{"$f":"IF('Pathway definition and results'!G46=0,\"-\",'Pathway definition and results'!G46)","v":"-"},{"$f":"IF('Pathway definition and results'!H46=0,\"-\",'Pathway definition and results'!H46)","v":"-"}]
[null,null,null,"Recycling rate (%)",null,{"$f":"INDEX($H$32:$K$37,4,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":"-"},null,{"$f":"IF('Pathway definition and results'!E47=0,\"-\",'Pathway definition and results'!E47)","v":"-"},{"$f":"IF('Pathway definition and results'!F47=0,\"-\",'Pathway definition and results'!F47)","v":"-"},{"$f":"IF('Pathway definition and results'!G47=0,\"-\",'Pathway definition and results'!G47)","v":"-"},{"$f":"IF('Pathway definition and results'!H47=0,\"-\",'Pathway definition and results'!H47)","v":"-"}]
[null,null,null,"Recycling output rate (%)",null,{"$f":"INDEX($H$32:$K$37,5,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":"-"},null,{"$f":"IF('Pathway definition and results'!E48=0,\"-\",'Pathway definition and results'!E48)","v":"-"},{"$f":"IF('Pathway definition and results'!F48=0,\"-\",'Pathway definition and results'!F48)","v":"-"},{"$f":"IF('Pathway definition and results'!G48=0,\"-\",'Pathway definition and results'!G48)","v":"-"},{"$f":"IF('Pathway definition and results'!H48=0,\"-\",'Pathway definition and results'!H48)","v":"-"}]
[null,null,null,"Share of renewable energy (%)",null,{"$f":"INDEX($H$32:$K$37,6,IF(F31=H31,1,IF(F31=I31,2,IF(F31=J31,3,4))))","v":0.12},null,{"$f":"IF('Pathway definition and results'!E49=0,\"-\",'Pathway definition and results'!E49)","v":0.12},{"$f":"IF('Pathway definition and results'!F49=0,\"-\",'Pathway definition and results'!F49)","v":"-"},{"$f":"IF('Pathway definition and results'!G49=0,\"-\",'Pathway definition and results'!G49)","v":"-"},{"$f":"IF('Pathway definition and results'!H49=0,\"-\",'Pathway definition and results'!H49)","v":"-"}]
[]
[]
[]
[null,null,"Economic Parameters"]
[]
[null,null,null,{"$f":"IFERROR(F67,0)","v":0},null,null,null,null,null,null,{"$f":"IFERROR(F70,0)","v":9250278.8265306111}]
[]
[]
[]
[]
[]
[null,null,null,"IRR (Internal Rate of Return)",null,null,null,null,null,null,"Total manufacturing cost (€/yr)"]
[]
[null,null,null,{"$f":"\"The Interal Rate of Return (IRR) for \" & MID(F62,4,9) & \" is \" & TEXT(D43,\"0,0%\") & \".\"\n& \" The IRR is a metric used in financial analysis to estimate the profitability of potential investments. The IRR is a discount rate that makes the net present value (NPV) of all cash flows equal to zero in a discounted cash flow analysis.\"","v":"The Interal Rate of Return (IRR) for Pathway 1 is 00%. The IRR is a metric used in financial analysis to estimate the profitability of potential investments. The IRR is a discount rate that makes the net present value (NPV) of all cash flows equal to zero in a discounted cash flow analysis."},null,null,null,null,null,null,{"$f":"\"The total manufacturing cost (in €/yr) for \" & MID(F62,4,9) & \" is \" & TEXT(K43,\"#.##0,00\") & \" €/yr. This represents the sum of the total operational expenditures for one year.\"","v":"The total manufacturing cost (in €/yr) for Pathway 1 is 9250278.82653 €/yr. This represents the sum of the total operational expenditures for one year."}]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Detailed Economic indicators by Pathway"]
[]
[null,null,null,"Economic Parameters",null,{"$f":"$D$25","v":"1. Pathway 1 "},null,{"$f":"'Pathway definition and results'!$E$34","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!$F$34","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!$G$34","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!$H$34","v":"4. Pathway 4 "}]
[null,null,null,"Investment cost (total) (€)",null,{"$f":"INDEX($H$63:$K$74,1,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":10822372.44897959},null,{"$f":"'Pathway definition and results'!E50","v":10822372.44897959},{"$f":"'Pathway definition and results'!F50","v":0},{"$f":"'Pathway definition and results'!G50","v":0},{"$f":"'Pathway definition and results'!H50","v":0}]
[null,null,null,"Operational cost (total) (€/yr)",null,{"$f":"INDEX($H$63:$K$74,2,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":9250278.8265306111},null,{"$f":"'Pathway definition and results'!E51","v":9250278.8265306111},{"$f":"'Pathway definition and results'!F51","v":0},{"$f":"'Pathway definition and results'!G51","v":0},{"$f":"'Pathway definition and results'!H51","v":0}]
[null,null,null,"Revenues (total) (€/yr)",null,{"$f":"INDEX($H$63:$K$74,3,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":4308692.3673469387},null,{"$f":"'Pathway definition and results'!E52","v":4308692.3673469387},{"$f":"'Pathway definition and results'!F52","v":0},{"$f":"'Pathway definition and results'!G52","v":0},{"$f":"'Pathway definition and results'!H52","v":0}]
[null,null,null,"NPV (€)",null,{"$f":"INDEX($H$63:$K$74,4,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":-55507717.992026873},null,{"$f":"'Pathway definition and results'!E53","v":-55507717.992026873},{"$f":"'Pathway definition and results'!F53","v":0},{"$f":"'Pathway definition and results'!G53","v":0},{"$f":"'Pathway definition and results'!H53","v":0}]
[null,null,null,"IRR (%)",null,{"$f":"INDEX($H$63:$K$74,5,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":0},null,{"$f":"'Pathway definition and results'!E54","v":0},{"$f":"'Pathway definition and results'!F54","v":0},{"$f":"'Pathway definition and results'!G54","v":0},{"$f":"'Pathway definition and results'!H54","v":0}]
[null,null,null,"PBP (yr)",null,{"$f":"INDEX($H$63:$K$74,6,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":30},null,{"$f":"'Pathway definition and results'!E55","v":30},{"$f":"'Pathway definition and results'!F55","v":0},{"$f":"'Pathway definition and results'!G55","v":0},{"$f":"'Pathway definition and results'!H55","v":0}]
[null,null,null,"DPBP (yr)",null,{"$f":"INDEX($H$63:$K$74,7,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":30},null,{"$f":"'Pathway definition and results'!E56","v":30},{"$f":"'Pathway definition and results'!F56","v":0},{"$f":"'Pathway definition and results'!G56","v":0},{"$f":"'Pathway definition and results'!H56","v":0}]
[null,null,null,"Total manufacturing cost (€/yr)",null,{"$f":"INDEX($H$63:$K$74,8,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":9250278.8265306111},null,{"$f":"'Pathway definition and results'!E57","v":9250278.8265306111},{"$f":"'Pathway definition and results'!F57","v":0},{"$f":"'Pathway definition and results'!G57","v":0},{"$f":"'Pathway definition and results'!H57","v":0}]
[null,null,null,{"$f":"\"Levelized cost of product\"  & \" \" & \"(\" &'1. Pathway 1'!C143 & \")\"","v":"Levelized cost of product (€/ton H2)"},null,{"$f":"INDEX($H$63:$K$74,9,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":10698.319835472179},null,{"$f":"'Pathway definition and results'!E58","v":10698.319835472179},{"$f":"'Pathway definition and results'!F58","v":0},{"$f":"'Pathway definition and results'!G58","v":0},{"$f":"'Pathway definition and results'!H58","v":0}]
[null,null,null,{"$f":"\"CAPEX\"  & \" \" & \"(\" &'1. Pathway 1'!C144 & \")\"","v":"CAPEX (€/ton H2)"},null,{"$f":"INDEX($H$63:$K$74,10,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":1438.592307382291},null,{"$f":"'Pathway definition and results'!E59","v":1438.592307382291},{"$f":"'Pathway definition and results'!F59","v":0},{"$f":"'Pathway definition and results'!G59","v":0},{"$f":"'Pathway definition and results'!H59","v":0}]
[null,null,null,{"$f":"\"OPEX\" & \" \" & \"(\" &'1. Pathway 1'!C145 & \")\"","v":"OPEX (€/ton H2)"},null,{"$f":"INDEX($H$63:$K$74,11,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":9259.7275280898884},null,{"$f":"'Pathway definition and results'!E60","v":9259.7275280898884},{"$f":"'Pathway definition and results'!F60","v":0},{"$f":"'Pathway definition and results'!G60","v":0},{"$f":"'Pathway definition and results'!H60","v":0}]
[null,null,null,{"$f":"\"Targeted product current market price\" & \" \" & \"(\" &'Data - economic'!E73 & \")\"","v":"Targeted product current market price (€/ton)"},null,{"$f":"INDEX($H$63:$K$74,12,IF($F$62=$H$62,1,IF($F$62=$I$62,2,IF($F$62=$J$62,3,4))))","v":2000},null,{"$f":"'Data - economic'!I73","v":2000},{"$f":"'Data - economic'!J73","v":0},{"$f":"'Data - economic'!K73","v":0},{"$f":"'Data - economic'!L73","v":0}]
[]
[]
[]
[null,null,"Environmental Parameters"]
[]
[null,null,null,{"$f":"IFERROR(F99,0)","v":10.666985432584269},null,{"$f":"IFERROR(F101,0)","v":0.53301456741573006}]
[]
[]
[]
[]
[]
[null,null,null,{"$f":"\"Net climate change impact (in ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\")\"","v":"Net climate change impact (in ton CO2eq/ton H2)"},null,{"$f":"\"CO2eq avoided compared to benchmark (in ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\")\"","v":"CO2eq avoided compared to benchmark (in ton CO2eq/ton H2)"}]
[]
[null,null,null,{"$f":"\"The net climate change impact (in ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\") for \" & MID($F$98,4,9) & \" is \" & TEXT($D$80,\"#.##0,00\") & \" ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) & \". The net climate change impact is the potential net impact of all greenhouse gas (GHG) emissions emitted during the entire lifecycle of the product or service.\" & \" The yearly average potential impact is \" & TEXT(F100,\"#.##0,00\") & \" ton CO2eq/yr.\"","v":"The net climate change impact (in ton CO2eq/ton H2) for Pathway 1 is 10.66699 ton CO2eq/ton H2. The net climate change impact is the potential net impact of all greenhouse gas (GHG) emissions emitted during the entire lifecycle of the product or service. The yearly average potential impact is 10656.10075 ton CO2eq/yr."},null,{"$f":"\"The CO2eq avoided compared to the benchmark (in ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\") for \" & MID($F$98,4,9) & \" is \" & TEXT($F$80,\"#.##0,00\") & \" ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) & \". This represents the difference between the benchmark process inserted in the 'Technology' tab and the net climate change impact of the innovation which is included in the dashboard.\" & \" The yearly average CO2eq avoided compared to the benchmark is \" & TEXT(F102,\"#.##0,00\") & \" ton CO2eq/yr.\" & \" \" & \"A negative value means that the benchmark has a lower climate change impact compared to the innovation\"","v":"The CO2eq avoided compared to the benchmark (in ton CO2eq/ton H2) for Pathway 1 is .53301 ton CO2eq/ton H2. This represents the difference between the benchmark process inserted in the 'Technology' tab and the net climate change impact of the innovation which is included in the dashboard. The yearly average CO2eq avoided compared to the benchmark is 532.47068 ton CO2eq/yr. A negative value means that the benchmark has a lower climate change impact compared to the innovation"}]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Detailed Environmental indicators by Pathway"]
[]
[null,null,null,"Environmental Parameters",null,{"$f":"$D$25","v":"1. Pathway 1 "},null,{"$f":"'Pathway definition and results'!$E$34","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!$F$34","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!$G$34","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!$H$34","v":"4. Pathway 4 "}]
[null,null,null,{"$f":"\"Net climate change impact (ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\")\"","v":"Net climate change impact (ton CO2eq/ton H2)"},null,{"$f":"INDEX($H$99:$K$102,1,IF($F$98=$H$98,1,IF($F$98=$I$98,2,IF($F$98=$J$98,3,4))))","v":10.666985432584269},null,{"$f":"'Pathway definition and results'!E61","v":10.666985432584269},{"$f":"'Pathway definition and results'!F61","v":0},{"$f":"'Pathway definition and results'!G61","v":0},{"$f":"'Pathway definition and results'!H61","v":0}]
[null,null,null,"Net climate change impact (ton CO2eq/yr)",null,{"$f":"INDEX($H$99:$K$102,2,IF($F$98=$H$98,1,IF($F$98=$I$98,2,IF($F$98=$J$98,3,4))))","v":10656.100753571427},null,{"$f":"'Pathway definition and results'!E62","v":10656.100753571427},{"$f":"'Pathway definition and results'!F62","v":0},{"$f":"'Pathway definition and results'!G62","v":0},{"$f":"'Pathway definition and results'!H62","v":0}]
[null,null,null,{"$f":"\"CO2eq avoided compared to benchmark (ton CO2eq/\" & IF(K10=\"\",\"FU\",K10) &\")\"","v":"CO2eq avoided compared to benchmark (ton CO2eq/ton H2)"},null,{"$f":"INDEX($H$99:$K$102,3,IF($F$98=$H$98,1,IF($F$98=$I$98,2,IF($F$98=$J$98,3,4))))","v":0.53301456741573006},null,{"$f":"'Pathway definition and results'!E63","v":0.53301456741573006},{"$f":"'Pathway definition and results'!F63","v":0},{"$f":"'Pathway definition and results'!G63","v":0},{"$f":"'Pathway definition and results'!H63","v":0}]
[null,null,null,"CO2eq avoided compared to benchmark (ton CO2eq/yr)",null,{"$f":"INDEX($H$99:$K$102,4,IF($F$98=$H$98,1,IF($F$98=$I$98,2,IF($F$98=$J$98,3,4))))","v":532.47067499999969},null,{"$f":"'Pathway definition and results'!E64","v":532.47067499999969},{"$f":"'Pathway definition and results'!F64","v":0},{"$f":"'Pathway definition and results'!G64","v":0},{"$f":"'Pathway definition and results'!H64","v":0}]
[]
[]
[]
[null,null,"Combined Parameters"]
[]
[null,null,null,{"$f":"IFERROR($F$127,0)","v":20071.346055966078},null,{"$f":"IFERROR($F$128,0)","v":110.79655864118146}]
[]
[]
[]
[]
[]
[null,null,null,"Carbon abatement cost (€/ton CO2eq avoided)",null,"Energy use per ton CO2 avoided (MWh/ton CO2eq avoided)"]
[]
[null,null,null,{"$f":"\"The Carbon abatement cost (in €/ton CO2eq avoided) for \" & MID($F$126,4,9) & \" is \" & TEXT($D$108,\"#.##0,00\") & \" €/ton CO2eq avoided. This measure helps to identify the most cost-effective strategy to reduce GHG emissions.\"","v":"The Carbon abatement cost (in €/ton CO2eq avoided) for Pathway 1 is 20071.34606 €/ton CO2eq avoided. This measure helps to identify the most cost-effective strategy to reduce GHG emissions."},null,{"$f":"\"The CO2 avoided per MWh of energy used (in MWh/ton CO2eq avoided) for \" & MID($F$126,4,9) & \" is \" & TEXT($F$108,\"#.##0,00\") & \" MWh/ton CO2eq avoided.\"","v":"The CO2 avoided per MWh of energy used (in MWh/ton CO2eq avoided) for Pathway 1 is 110.79656 MWh/ton CO2eq avoided."}]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Detailed Combined indicators by Pathway"]
[]
[null,null,null,"Combined Parameters",null,{"$f":"$D$25","v":"1. Pathway 1 "},null,{"$f":"'Pathway definition and results'!$E$34","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!$F$34","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!$G$34","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!$H$34","v":"4. Pathway 4 "}]
[null,null,null,"Carbon abatement cost (€/ton CO2eq avoided)",null,{"$f":"INDEX($H$127:$K$128,1,IF($F$126=$H$126,1,IF($F$126=$I$126,2,IF($F$126=$J$126,3,4))))","v":20071.346055966078},null,{"$f":"'Pathway definition and results'!E65","v":20071.346055966078},{"$f":"'Pathway definition and results'!F65","v":0},{"$f":"'Pathway definition and results'!G65","v":0},{"$f":"'Pathway definition and results'!H65","v":0}]
[null,null,null,"Energy use per ton avoided CO2eq (MWh/ton CO2eq avoided)",null,{"$f":"INDEX($H$127:$K$128,2,IF($F$126=$H$126,1,IF($F$126=$I$126,2,IF($F$126=$J$126,3,4))))","v":110.79655864118146},null,{"$f":"'Pathway definition and results'!E66","v":110.79655864118146},{"$f":"'Pathway definition and results'!F66","v":0},{"$f":"'Pathway definition and results'!G66","v":0},{"$f":"'Pathway definition and results'!H66","v":0}]

{"sheet":"Project","index":2,"n_rows":20,"n_cols":3,"rows_kept":20,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Project sheet"]
[]
[null,"Project acronym","e.g."]
[null,"Full title","Example template"]
[null,"Project number","-"]
[null,"Start date","2023-05-01"]
[null,"Project duration (months)",10]
[null,"Total budget (€)",3000000]
[null,"Total number of person-months",10]
[null,"Lead partner (coordinator)","VITO"]
[null,"Other consortium partners","Deloitte, UGent, UA, KUL"]
[null,"Contact information coordinator","moonshot.sustainabilityframework@vito.be"]
[]
[]
[null,"Version "]
[null,"Date"]
[null,"2023-05-01"]

{"sheet":"Technology","index":3,"n_rows":39,"n_cols":8,"rows_kept":39,"cut":false,"hidden":false,"merged":[[38,1,38,10],[34,1,34,10],[29,2,29,10],[31,2,31,10],[5,2,5,10],[8,1,8,10],[10,2,10,10],[22,2,22,10],[24,2,24,10],[20,1,20,10],[13,4,13,6],[14,7,14,10],[15,7,15,10],[16,7,16,10],[14,4,14,6],[13,7,13,10],[15,4,15,6],[16,4,16,6]]}
[]
[]
[]
[null,"Technology description "]
[]
[null,"Targeted product(s)","Hydrogen"]
[]
[null,"Process description"]
[null,"Hydrogen is produced via a water electrolyzer (alkaline or PEM). Electricity is used to split water into hydrogen and oxygen. "]
[]
[null,"Current TRL ",7]
[]
[null,"Benchmark technologies"]
[null,"Benchmark process","TRL","Climate change impact (ton CO2eq/FU)","Description",null,null,"Position of new technology compared to benchmark process"]
[null,"Steam reforming of methane",9,11.2]
[]
[]
[]
[null,"Purpose of the sustainability assessment"]
[null,"Describe the specific purpose that you have defined for the sustainability impact calculation. "]
[null,"Assess the economic and environmental impact of producing hydrogen with the water electrolysis process (either alkaline or PEM) compared to the benchmark process. "]
[]
[null,"Geographical scope","Flanders"]
[]
[null,"Temporal scope",2023]
[]
[]
[null,"System boundaries"]
[null,"Select option below","Explain choice"]
[null,"Cradle-to-gate","The use phase and other downstream steps in the value chain are the same as for the conventional production of hydrogen. "]
[]
[null,"Functional unit (FU)","ton H2"]
[]
[null,"Explain the functional unit that you have selected for the sustainability impact calculation. "]
[null,"1 ton of hydrogen is selected as the functional unit as the benchmark process also produced hydrogen with the same characteristics and potential uses. "]
[]
[null,"Multifunctionality - methodological choice"]
[null,"Describe the methodological choice that is selected in case of a multi-input or multi-ouput system"]
[null,"Allocation based on substitution will be applied to oxygen. "]

{"sheet":"Market ","index":4,"n_rows":38,"n_cols":3,"rows_kept":38,"cut":false,"hidden":false,"merged":[[6,3,6,9],[20,3,20,9]]}
[]
[]
[]
[null,"Market description "]
[]
[null,"How does the current market of your targeted product look like? "]
[null,"Targeted product 1","Hydrogen"]
[null,"Global production (ton/yr)"]
[null,"Belgian production (ton/yr)"]
[null,"Global demand (ton/yr) "]
[null,"Targeted market share "]
[null,"CAGR (%)"]
[null,"Main market players"]
[null,"Main market players Flanders"]
[null,"Price (€/ton)"]
[null,"Main application(s)"]
[null,"Targeted application(s)"]
[null,"Main production technology"]
[null,"Varia"]
[]
[null,"Targeted product 2","Oxygen"]
[null,"Global production (ton/yr)"]
[null,"Belgian production (ton/yr)"]
[null,"Global demand (ton/yr) "]
[null,"Targeted market share "]
[null,"CAGR (%)"]
[null,"Main market players"]
[null,"Main market players Flanders"]
[null,"Price (€/ton)"]
[null,"Main application(s)"]
[null,"Targeted application(s)"]
[null,"Main production technology"]
[null,"Varia"]
[]
[null,"Relevant regulations/Policy measures"]
[null,"Which regulations or policy measures can impact (both positive or negative) your innovation?  "]
[null,"Regulation/Policy measure","Description/relevancy for the project"]
[null,"Vlaamse waterstofvisie","Vlaanderen heeft de ambitie om Europese koploper te worden in de waterstoftechnologie en stelt daarbij vijf strategische doelstellingen naar voren."]

{"sheet":"Pathway definition and results","index":5,"n_rows":86,"n_cols":8,"rows_kept":86,"cut":false,"hidden":false,"merged":[[2,2,2,3],[11,2,11,3],[18,2,18,3],[32,2,32,3],[74,2,74,9],[78,2,78,9],[82,2,82,9],[86,2,86,9],[4,3,4,9],[5,3,5,9],[6,3,6,9],[7,3,7,9],[70,2,70,9]]}
[]
[]
[null,null,"Pathway definition and results"]
[]
[null,null,"Pathway 1 ","Hydrogen production using a water electrolyser"]
[null,null,"Pathway 2"]
[null,null,"Pathway 3"]
[null,null,"Pathway 4 "]
[]
[]
[]
[null,null,"Scale"]
[null,null,"Parameter","Unit",{"$f":"\"1.\" & \" \" & C5","v":"1. Pathway 1 "},{"$f":"\"2.\" & \" \" & C6","v":"2. Pathway 2"},{"$f":"\"3.\" & \" \" & C7","v":"3. Pathway 3"},{"$f":"\"4.\" & \" \" & C8","v":"4. Pathway 4 "}]
[null,null,"Electricity input ","MWh/yr",55000]
[null,null,"Installed capacity","MW",20]
[]
[]
[]
[null,null,"What-if parameter"]
[null,null,"Parameter",null,{"$f":"E13","v":"1. Pathway 1 "},{"$f":"F13","v":"2. Pathway 2"},{"$f":"G13","v":"3. Pathway 3"},{"$f":"H13","v":"4. Pathway 4 "}]
[null,null,"Start of calculation - installed capacity ",null,0]
[]
[null,null,"Electrolyzer type - Alkaline",null,0]
[null,null,"Electrolyzer CAPEX estimate via regression",null,0]
[]
[null,null,"Oxygen sale",null,1]
[]
[null,null,"Use renewable energy ",null,0]
[]
[]
[]
[]
[null,null,"Summary main results "]
[null,null,"Parameter","Unit",{"$f":"E20","v":"1. Pathway 1 "},{"$f":"F20","v":"2. Pathway 2"},{"$f":"G20","v":"3. Pathway 3"},{"$f":"H20","v":"4. Pathway 4 "}]
[null,null,"Input"]
[null,null,"Water","m³/yr",{"$f":"'1. Pathway 1'!E30+'1. Pathway 1'!E45","v":16836.734693877548}]
[null,null,"Electricity","MWh/yr",{"$f":"'1. Pathway 1'!E25+'1. Pathway 1'!E40+'1. Pathway 1'!E58","v":58995.918367346938}]
[]
[null,null,"Output"]
[null,null,"Annual hydrogen production","ton/yr",{"$f":"('1. Pathway 1'!E34+'1. Pathway 1'!E49)/1000","v":998.97959183673458}]
[null,null,"Annual oxygen production","ton/yr",{"$f":"('1. Pathway 1'!E36+'1. Pathway 1'!E51)/1000","v":7447.0000000000009}]
[]
[null,null,"Technical indicators"]
[null,null,"Recycled content","%",{"$f":"'1. Pathway 1'!D72","v":"-"},{"$f":"IF('2. Pathway 2'!$D70=0,\"-\",'2. Pathway 2'!$D70)","v":"-"},{"$f":"IF('3. Pathway 3'!$D70=0,\"-\",'3. Pathway 3'!$D70)","v":"-"},{"$f":"IF('4. Pathway 4'!$D70=0,\"-\",'4. Pathway 4'!$D70)","v":"-"}]
[null,null,"Renewable content","%",{"$f":"'1. Pathway 1'!D73","v":"-"},{"$f":"IF('2. Pathway 2'!$D71=0,\"-\",'2. Pathway 2'!$D71)","v":"-"},{"$f":"IF('3. Pathway 3'!$D71=0,\"-\",'3. Pathway 3'!$D71)","v":"-"},{"$f":"IF('4. Pathway 4'!$D71=0,\"-\",'4. Pathway 4'!$D71)","v":"-"}]
[null,null,"Reuse rate","%",{"$f":"'1. Pathway 1'!D74","v":"-"},{"$f":"IF('2. Pathway 2'!$D72=0,\"-\",'2. Pathway 2'!$D72)","v":"-"},{"$f":"IF('3. Pathway 3'!$D72=0,\"-\",'3. Pathway 3'!$D72)","v":"-"},{"$f":"IF('4. Pathway 4'!$D72=0,\"-\",'4. Pathway 4'!$D72)","v":"-"}]
[null,null,"Recycling rate","%",{"$f":"'1. Pathway 1'!D75","v":"-"},{"$f":"IF('2. Pathway 2'!$D73=0,\"-\",'2. Pathway 2'!$D73)","v":"-"},{"$f":"IF('3. Pathway 3'!$D73=0,\"-\",'3. Pathway 3'!$D73)","v":"-"},{"$f":"IF('4. Pathway 4'!$D73=0,\"-\",'4. Pathway 4'!$D73)","v":"-"}]
[null,null,"Recycling output rate","%",{"$f":"'1. Pathway 1'!D76","v":"-"},{"$f":"IF('2. Pathway 2'!$D74=0,\"-\",'2. Pathway 2'!$D74)","v":"-"},{"$f":"IF('3. Pathway 3'!$D74=0,\"-\",'3. Pathway 3'!$D74)","v":"-"},{"$f":"IF('4. Pathway 4'!$D74=0,\"-\",'4. Pathway 4'!$D74)","v":"-"}]
[null,null,"Share of renewable energy","%",{"$f":"'1. Pathway 1'!D77","v":0.12},{"$f":"IF('2. Pathway 2'!$D75=0,\"-\",'2. Pathway 2'!$D75)","v":"-"},{"$f":"IF('3. Pathway 3'!$D75=0,\"-\",'3. Pathway 3'!$D75)","v":"-"},{"$f":"IF('4. Pathway 4'!$D75=0,\"-\",'4. Pathway 4'!$D75)","v":"-"}]
[null,null,"Investment cost (total)","€",{"$f":"'1. Pathway 1'!E82","v":10822372.44897959},{"$f":"'2. Pathway 2'!E80","v":0},{"$f":"'3. Pathway 3'!E80","v":0},{"$f":"'4. Pathway 4'!E80","v":0}]
[null,null,"Operational cost (total)","€/yr",{"$f":"'1. Pathway 1'!F91","v":9250278.8265306111},{"$f":"'2. Pathway 2'!F86","v":0},{"$f":"'3. Pathway 3'!F86","v":0},{"$f":"'4. Pathway 4'!F86","v":0}]
[null,null,"Revenues (total)","€/yr",{"$f":"'1. Pathway 1'!F112","v":4308692.3673469387},{"$f":"'2. Pathway 2'!F108","v":0},{"$f":"'3. Pathway 3'!F108","v":0},{"$f":"'4. Pathway 4'!F108","v":0}]
[null,null,"NPV","€",{"$f":"'1. Pathway 1'!D138","v":-55507717.992026873},{"$f":"'2. Pathway 2'!$D135","v":0},{"$f":"'3. Pathway 3'!$D135","v":0},{"$f":"'4. Pathway 4'!$D135","v":0}]
[null,null,"IRR","%",{"$f":"IFERROR('1. Pathway 1'!D139,0)","v":0},{"$f":"IFERROR('2. Pathway 2'!$D136,0)","v":0},{"$f":"IFERROR('3. Pathway 3'!$D136,0)","v":0},{"$f":"IFERROR('4. Pathway 4'!$D136,0)","v":0}]
[null,null,"PBP","yr",{"$f":"'1. Pathway 1'!D140","v":30},{"$f":"'2. Pathway 2'!$D137","v":0},{"$f":"'3. Pathway 3'!$D137","v":0},{"$f":"'4. Pathway 4'!$D137","v":0}]
[null,null,"DPBP","yr",{"$f":"'1. Pathway 1'!D141","v":30},{"$f":"'2. Pathway 2'!$D138","v":0},{"$f":"'3. Pathway 3'!$D138","v":0},{"$f":"'4. Pathway 4'!$D138","v":0}]
[null,null,"Total manufacturing cost","€/yr",{"$f":"'1. Pathway 1'!D142","v":9250278.8265306111},{"$f":"'2. Pathway 2'!$D139","v":0},{"$f":"'3. Pathway 3'!$D139","v":0},{"$f":"'4. Pathway 4'!$D139","v":0}]
[null,null,"Levelized cost of product",{"$f":"'1. Pathway 1'!C143","v":"€/ton H2"},{"$f":"'1. Pathway 1'!D143","v":10698.319835472179},{"$f":"'2. Pathway 2'!$D140","v":0},{"$f":"'3. Pathway 3'!$D140","v":0},{"$f":"'4. Pathway 4'!$D140","v":0}]
[null,null,"CAPEX",{"$f":"'1. Pathway 1'!C144","v":"€/ton H2"},{"$f":"'1. Pathway 1'!D144","v":1438.592307382291},{"$f":"'2. Pathway 2'!$D141","v":0},{"$f":"'3. Pathway 3'!$D141","v":0},{"$f":"'4. Pathway 4'!$D141","v":0}]
[null,null,"OPEX",{"$f":"'1. Pathway 1'!C145","v":"€/ton H2"},{"$f":"'1. Pathway 1'!D145","v":9259.7275280898884},{"$f":"'2. Pathway 2'!$D142","v":0},{"$f":"'3. Pathway 3'!$D142","v":0},{"$f":"'4. Pathway 4'!$D142","v":0}]
[null,null,"Net total climate change impact",{"$f":"'1. Pathway 1'!C175","v":"ton CO2eq/ton H2"},{"$f":"'1. Pathway 1'!D175","v":10.666985432584269},{"$f":"'2. Pathway 2'!D174","v":0},{"$f":"'3. Pathway 3'!D174","v":0},{"$f":"'4. Pathway 4'!D174","v":0}]
[null,null,null,{"$f":"'1. Pathway 1'!C176","v":"ton CO2eq/yr"},{"$f":"'1. Pathway 1'!D176","v":10656.100753571427},{"$f":"'2. Pathway 2'!D175","v":0},{"$f":"'3. Pathway 3'!D175","v":0},{"$f":"'4. Pathway 4'!D175","v":0}]
[null,null,"CO2eq avoided compared to benchmark",{"$f":"'1. Pathway 1'!C177","v":"ton CO2eq/ton H2"},{"$f":"'1. Pathway 1'!D177","v":0.53301456741573006},{"$f":"'2. Pathway 2'!D176","v":0},{"$f":"'3. Pathway 3'!D176","v":0},{"$f":"'4. Pathway 4'!D176","v":0}]
[null,null,null,{"$f":"'1. Pathway 1'!C178","v":"ton CO2eq/yr"},{"$f":"'1. Pathway 1'!D178","v":532.47067499999969},{"$f":"'2. Pathway 2'!D177","v":0},{"$f":"'3. Pathway 3'!D177","v":0},{"$f":"'4. Pathway 4'!D177","v":0}]
[null,null,"Carbon abatement cost",{"$f":"'1. Pathway 1'!C181","v":"€/ton CO2eq avoided"},{"$f":"'1. Pathway 1'!D181","v":20071.346055966078},{"$f":"'2. Pathway 2'!D180","v":0},{"$f":"'3. Pathway 3'!D180","v":0},{"$f":"'4. Pathway 4'!D180","v":0}]
[null,null,"Energy use per avoided CO2eq",{"$f":"'1. Pathway 1'!C182","v":"MWh/ton CO2eq avoided"},{"$f":"'1. Pathway 1'!D182","v":110.79655864118146},{"$f":"'2. Pathway 2'!D181","v":0},{"$f":"'3. Pathway 3'!D181","v":0},{"$f":"'4. Pathway 4'!D181","v":0}]
[]
[]
[null,null,"Main limitations calculations"]
[null,null,"Describe the main limitations of your calculations here. For example the system boundaries like not considering the cost of certain auxiliary products or costs for waste management or downstream processing."]
[null,null,"We didn't include the option of flexible operation of the system in this simplified example. "]
[]
[null,null,"Main conclusions economic feasibility "]
[null,null,"Describe the main conclusions from the economic calculations as well as the research targets that need to be met. "]
[]
[]
[null,null,"Main conclusions climate change impact "]
[null,null,"Describe the main conclusions from the environmental calculations. "]
[]
[]
[null,null,"Other environmental impacts than climate change (optional) "]
[null,null,"Describe other environmental impacts that might be important for the project under evaluation and its future development and implementation"]
[]
[]
[null,null,"Contribution to the MOT KPIs and goals"]
[null,null,"Describe the main conclusions on the contribution to the MOT KPIs and goals. "]

{"sheet":"Data - technical","index":6,"n_rows":66,"n_cols":12,"rows_kept":66,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Technical data inventory"]
[]
[]
[]
[null,null,null,"Parameter","Unit","Indicative value","Range","Data type",{"$f":"'Pathway definition and results'!E13","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!F13","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!G13","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!H13","v":"4. Pathway 4 "}]
[null,"Raw material extraction/feedstock"]
[null,"Feedstock x ","Mass In","Electricity ","MWh/yr"]
[]
[]
[]
[]
[null,"Processing"]
[null,"Electrolyser (PEM)","Mass In","Water use","L/m³ H2",1.5,null,2,1.5]
[null,null,"Mass Out","Oxygen production","Nm³/kWh",0.1,null,5,0.1]
[null,null,null,"Waste water","L/Nm³ H2",0.5,null,5,0.5]
[null,null,null,"Cooling water use","m³/Nm³ H2"]
[null,null,"Energy","Electricity use","kWh/m³ H2",4.9000000000000004,null,2,4.9000000000000004]
[null,null,null,"Energy efficiency","%",null,null,2]
[null,null,"Process","Temperature ","°C",50,null,2,60]
[null,null,null,"Pressure output","bar",30,null,2,30]
[null,null,null,"Operating hours","hr/yr",8000,"4000-8000",5,{"$f":"'1. Pathway 1'!C262","v":8000}]
[null,null,"Equipment","Maximum size module ","kWe",1500,null,2,1500]
[null,null,null,"Land use ","m²/MW"]
[null,null,"Waste ","Waste water treatment system","-"," ",null,2]
[null,null,"Emissions"]
[null,null,"Transport"]
[]
[null,"Electrolyser (Alkaline)","Mass In","Water use","L/m³ H2",1.5,null,2,1.5]
[null,null,null,"KOH use","%","negligible",null,5]
[null,null,"Mass Out","Oxygen production","Nm³/kWh",0.1,null,5,0.1]
[null,null,null,"Waste water","L/Nm³ H2",0.5,null,5,0.5]
[null,null,null,"Cooling water use","m³/Nm³ H2","Recirculation",null,2]
[null,null,"Energy","Electricity use","kWh/m³ H2",5.2,null,2,5.2]
[null,null,null,"Energy efficiency","%",null,null,2]
[null,null,"Process","Temperature","°C",50,null,2,50]
[null,null,null,"Pressure output","bar",30,null,2,30]
[null,null,null,"Operating hours","hr/yr",8000,"4000-8000",5,{"$f":"I24","v":8000}]
[null,null,"Equipment","Maximum size module ","kWe",500,null,2,500]
[null,null,"Waste ","Waste water treatment system","-"," ",null,2]
[null,null,"Emissions"]
[null,null,"Transport"]
[]
[]
[null,"Post-treatment/DSP"]
[null,"H2 compression","Mass In"]
[null,null,"Mass Out"]
[null,null,"Energy","Electricity use","kWh/kg H2",4,null,null,4]
[null,null,"Process","Pressure out","bar",200,null,5,200]
[null,null,null,"Operating hours","hr/yr",8000,"4000-8000",5,{"$f":"I24","v":8000}]
[null,null,"Equipment"]
[null,null,"Waste"]
[null,null,"Emissions"]
[null,null,"Transport"]
[]
[]
[null,"H2 storage","Mass In","Storage hours","hr",24,null,5,24]
[null,null,"Mass Out"]
[null,null,"Energy"]
[null,null,"Process","Storage pressure"," bar",200,null,5,{"$f":"I51","v":200}]
[null,null,"Equipment","Maximum storage capacity tube trailer","kg",300,null,2,300]
[null,null,"Waste"]
[null,null,"Emissions"]
[null,null,"Transport"]

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["Data blocks"]
["CB_Block_0","CB_Block_7.0.0.0:1","CB_Block_7.0.0.0:1"]
["㜸〱敤㕣㕢㙣ㅣ搵ㄹ摥ㄹ敦慥㜷搶㜶㙣攲㕣〸㔷㜳扦㌸㕡攲㤰㜰㈹㑤㠳㉦戹ㄸ㥣搸挴㑥㈸愲㜴ㄹ敦㥥戱㈷搹㤹㜵㘶㘶㥤㤸搲ㄲ㕡ち愵ㄷ㔵搰㠷ㄶ㑡㕢㠴㕡㔴㕥㉡搱〷〴㠵㍥㔴慡搴慡〲挴〳慡搴㠷㔶ㄴ愱昶愱㔵ㄵ愹㉦㍣㈰搱敦㍢㌳戳㍢扢敢ㅤ㍢ぢ戴愶昲㈴晢攷捣戹㥦昳㕦捦晦㥦㐹㐲㐹㈴ㄲㅦ攲攱扦㝣㤲㑣㕣㌴扤攴㝡挲捡㡤㤶㑢㈵㔱昰捣戲敤收㠶ㅤ㐷㕦㥡㌰㕤慦〳ㄵ搲㜹ㄳ攵㙥㉡敦㥡て㠸㑣㝥㔱㌸㉥㉡愵ㄲ㠹㑣㐶㔳㔱捥㑥昸敢ぢ㕦㌴戶敡㑥〲捣㡣㡥㑣捥ㅥ㐷慦搳㕥搹ㄱ摢〷㡥昹㙤昷っつ攵㠶㜲扢㙥ㅥ扡㈹户㘳晢挰㘸愵攴㔵ㅣ戱挷ㄶㄵ捦搱㑢摢〷愶㉡戳㈵戳㜰愷㔸㥡㈹㥦㄰昶ㅥ㌱扢攳挶㔹㝤搷㉤㐳扢㜶敦㌶㙥扤昵㤶㙥っ㥤㌸㍣㍡㌲攵〸挳晤㤸晡㑣㜱捡扢挶㐴挱攴摡㠴㜰㑣㝢㉥㌷㍡㠲扦㤱昹攳敤收摣昴扣㄰ㅥ㠷ㄶ㡥戰ぢ挲搵搰戰换ㅡ㜶摤㡡戵挰捤搳慣晤㔸㙡㐱㜷扤㤴㌵㉡㑡㈵捤ち㝢捤㔸㤳搸扢㤲扥搴㙤㑤ぢ摢㌵㍤㜳搱昴㤶搲搶っ㍡㉡昶㔸㐷㕤㜱㐴户攷挴㘱摤ㄲ㈹敢㐰挵㉣㈶晤㈷搱㜱㑤搸㐵㜴㘲㜲昹戹㘱搷ㅡ㥤搷ㅤ㌹㈳㤷ㅢㄳ㔳㜷扦㔳愸慦㝢㐵敢㝥㌹㜵㌹〲晢扣慡㜵㍤㤴ㅣ搳㥤㙡捤挱搶㌵㠳挵搷捦攰㠶搶昵㈳㝢㔴摦收扡搶㙤攴㔶搶搷㔶扡〲晡㤶㍢㡡挵㘸㘹㠲㑥㠲っ〱ㄱ愸㘵〹扡〸扡〱㤴攴扦挱㈵搱㠶㉣㔲昳扡㥡㥦㔵昳〵㌵㕦㔴昳㐲捤ㅢ㙡㝥㑥捤捦慢㜹㔳捤ㅦ㔷昳㈷㔰㈷㝣㌲㥤㥤㙡昰㉣散㝣攱捤愷晥昲搶搸捦㕥㝤敦㘴晡扤㠹㠱敥つ愸㜴㔷㌰愹㌱㐷㍦〵㔲慢㔱昱捥摣づ晥㔹㤹㉢挰ㄴ挶㙥攳㘶㘳㘸愸戸㝢㠷㝥愳㥥攲戲㘲㤰㕦㐷㈸㝤愸摢㙤摣㙤摡挵昲㈹㠹扢㡢㐶㜴㔷搴㌶㙥㌰㈸ㅢ㈹㔷散愲㝢攱昲㠵搳㥥敥㠹ぢㅡ换㙡㥤㌴㌵㥢〶㕢〹㔷㡥㜷㐹㘳戳㘳㝡愹㈲㠶㑦㥢㝥昱挵つ挵搶㤴㔳㥥㙤㕤扡摦ㄱ㈷慢愵㑤㌳ㅡ㠶㔰㕢㤴㝤㌷慤搲㉦昲攷㌵㌰㍡㕦㜶㠵㉤愷㌷㘸㑤㤹㠵ㄳ挲㤹ㄶㄴ㠹愲㈸㤷扡㤹㐵〱搷て㑥摡㔸㈸戸戵㜸㜹㌴搷搸㜷摡〳㌳㡢㈲收扢㈰ㅣ㙦㘹㐶㥦㉤㠹㉤㜵㔵晣㌱㔱戰慤㉥㝢㝦戹㔰㜱㐷换戶攷㤴㑢昵㈵挳挵㐵ㅤ㤲愶㜸愸㕣ㄴ挹㘴㐲ち〵〸摣㡥づ㐵㐹㕣摦㥡ㄷ㈴㈲㈲㈸㈶㈳㥦㕦㑦㜶戹㈳㔸ㅤ㔶㔱ㄲ愴㐹昵捡ㄵ㍡攳㝣愵㡣㠹攱挰挸㥡愸㍦㌸攸戵㉢㜴㕢挵摣㈷㕢㔹㔵晢㠳搵敦㕢ㄴ戶㜷㔰户㡢㈵攱挴㙡㍦㠵㌳搲㝡〱㔲㘷㈱㄰㕡敥ㅥ㔵㥤㜲㕡㔹㑡㥤㌲㡢摥㝣㝡㕥㤸㜳昳ㅥ昲愰㈱㌳ㄹ㙥㙤搳愳㥤㠷㉣㙤㈳㐱㍦㐰㌶㥢㐸㙦㘲愵㜴ㄶ㑦㈲㐵改ㄴ挳换㜵㠲㥣敤敡㜸戹摢搸㙦㤶㍣攱ぢ攵㕥〳ㄸ昱戵㥡㐴㕦て㐹搴搱ぢ扥挲搸㘴㡣㠲㑡㜵搳昶㤶㙡㝣摢挴㈵㍥ㄱ慤换㠲㌵㈷ぢ㈸ち敡攵㐱っ慦㠱㘸ㅡ愴㐱㝣攵〸ㄱ㤱つ㘲㌴㍢㝡慥㈷㌲搶㡦㤱ㄱ愸ㅦ㈵㐲搶摥搱㕡㐶㤰搸㥢㠹㤴㡤㕡昲攳扡㌴㕢捥㤶昷愵搹㘶㙣㥣戶㠵㘰㉢挱昹〴摢〰㤴扦㐱挲㔱捡㈱㕤晦㘸ㄷ攲㕤扢㠸攰㘲〰挸㈷㡤㌲㈷㄰㔵戴愱㔶㘳㐷戲㕥て散㘴㘹ㄴ晢愲㠸㤶㜱搵捥散戱㈴愲〳慢㜳㙤攸摡愴搴戱㔷户愶捤攸㜲㐸㤱㌱㔵愳㙢㕤愱㙡㜴㈳㔸戵㑤扤㜵㈹㥡㙡〳〴㤷〱昸㡡㠵挶敥敡慣㜹㥡㤳㥦ち㤳挸㌷㠴摡㔴敥〱ㄱ搳晣㡦ㄱ㜰㑤㐷㤷㜵晢㤹愶攰愰昱愹户㥦户户收敤〰改つ㍡㜳㕤攷搰㔷㜴㡥ㄶ昴攵㘰㉦攵捦㉤昵换㤵㈸搶慥㈲戸ㅡ愰㐱扦昰攴㝤慥㕥〲㘹ㄲ㕢ㄱ捣㙤愴挷㐵㕡戸㌳㑢ぢ㐲㙡㥦㙥㘳㐶㜷收㠴〷敦挵昸ㄸ散攰戲攳㠸ㄲづ戴㐵㤹挱戳换搶晡㑣㜷扦㔳戶㤸扦㙥ㅦ扢㥦ち挵㤰㑣慡ㅤ㠹〶晢㌸挶捥㡣昸㥢㈲㤴㐳晤㝢㘳㙢㈱ㄱ㘹㔴㑦㕥㙣ㄷ㝦戶㕣㤷㈴㙤㐸㤲㙢戱慤摡㜵〰㤰ㄲ捡ㅦ㕢㑡㤴㐱㔶摢㉥慢搵㕢慢昴敥挵㥣㑣ㅡ晣㠷㑤㜲愴换㜷搶㡥挰㜷攰昶㔸搳愶㔵ㄵㄶ㕤搶㤴㜰ち昰㉢㤸㈵㤱昵㕤戲ㄴ㌵敢戲攲㔳㈲㉢㍡㍡㥡捥搲㌱扥㌵㐹㈷つ㔲㈲㤶摢㘳ぢ㘳捥攱㌵愲愲ぢ㤲㐲㈵挶㉤㔴㤵㐰愴㍣搶㕤ㄷ㌱㙤㠸㤸ㅣ㌶㑥扢㠱㘰〷挱㄰㐰敡㑤㐸㥡搵㙥㍣㐳㘱㥤㡢㜴㘷攷昳㠹っ搱㈰摤㠳㙦戴ㄴ㔶扢㌸捣㙥㠲㥢〰ㅡ捣ㅦ㍡ㅦ㘳〸㔱愲㍣㐲㠸戴㤶㌴攳㤸㈹㑥㤱〶㌶ㄸ〸㉡㡤㔶㕣慦㙣㌱慡搴㘳㡣㤵て㤷扤㌱搳㕤㐰ㄴ慡摦〸ㄲ㜷捦ぢㅢ搴攵挰昶㘹挸㉢㉦㉣㠸愲㘶㑣㤷㉢㄰㙤攳㘳㙢攱㔰㡥昵挱㤶㤴攷㜲㔵挱搳摥搹ㄸ㕤㈸昲㐴っ㕦㉢㍤戱慢昲㝣昳搰搷㕢摢搱ㄹ搳㉢㠹㉥挳㘷㍡愶㌳〶㜶ㄱ㔱㠳㘲愷㌱㌳敦〸㌱搶㘳ㅣ㜰捣㘲挹戴〵㤱〱ㅢ㤳㠱扡〹㌱㠷〸挱㔴㤹昱扦戲摤㘳捣㌸扡敤㉥攸っ㈶㉥㙤慣㝢㤳㈱㤱㤴㌱㘲摡㉥㠶㤱㔸㘴扡搷㤸㥥㉦㥦㐲戴戶㘲搹〷昴〵㜷㑤㘰㠵㐴敦㍦ㄲ㌵㡡慡愸慡㤲㔱㌳敤攲㠷〷昲㐴㘲㈷㝥㐹〲㠹慢㐴㡡晥昲ㄸ敤㑤扢㍥㠸捦搰㑥攷㥣扡ㄱ㌹慡㘶㜶挴㑡㘱㜲慡㜶ぢ摢摣ち㜰挷㠱愳攳戵愸摣㐷㡡㔷愷攸攱㡦㤱昱㤲㉣慡㐱㄰晡攷㌶昸愴挲㍣㔲づ㌸㄰ㄸ攷㕢㈳昹㘵つ㔹㠷搴户愱㤶摣㡦㈸㔲户㌱愱捦㡡ㄲ㘲搱㤶敥㙤昰㕦㘸挶㕡㝡挹つ捡㐶换㤶愵㤳戴㐸㤶搳〵㥤ㄴ㍣㕣昱捡㠷㑣㕢㌳〰㈴晤〵㔹晡㘹㘴改愷㘵㔶户㜱㠴㘱㐱㤹㘶㕦攵㌹摤㌱扤㜹换㉣㘴昸挲搰摤㥡愰㐹㌰㌹㈵㙦昸㠴㌲㘳愰挱㥡㍦ち㤳捤捤〱摤㌹挸㔱㙥ㅤ搱て捡㔵㤵㌴晥㈸㙤㍡㤶㈰㘰愴㤷㔴扢つ扤愵攴捤〸㠸ㅣ昹㥣つ敦㕦㥣㝤〸㌹扥㕦㡥㔸㡦㈱ㄱ㜸〴㈳㐲㥥敥敤戴㜱搴㌶㍤㘰㡦ㄸ摢㙦㝡㘳㉥㔰づ㠰愴㍣摥㕥㈰戱ㅡ㘹㌴㔸搵ち㤷㌶ㄷ搵愹㠹㑢㥡换愳㝡攳捡㘵㡡㝤㡤ㄲ㔱㈴㉢㔵㤲㥡㘵㤹㌹慥㈵㔵愳㐸挵ㅤ㙡ㅢ㈵捥㙤㕡摢㜷㑡㤱㡦愰㤸㈴捤㈴戴㍤㤲㔰㄰攴㈵㜵㐰㐷搱㕦ㅦ㑦ㅥ㤱㘸つ㙤㠰㉣昵㤴㥦搷ㄳ㠴〳挷㜱攵愴㈸戲挱ㅢ昸㝢㐳㤰㥣慣㜸㜵㈵晡改晥愰㘴戸㔴㥡戴㘱㈵ㄴ㜴愷戸㐶㔸ㅡ㙢昳㌵㡣攴捥㜶戵扦扦扤ㄱ㐶っ搸㤰㈱㤱ㄸ㍦㌰搸㄰捣ㄵ㠹愶搲㍡敢攱㔶㔷戳㌳㝣㍢㈴㜴㕢㘲㘰摡㉢㡥㠹㐵㘹㠶搵㉣昹㝥搹愰㝡㕡㤴㜲㔴㌳㠶㘷㕤愸㜴㡦㜲㍣㐸㐹〶搷㡣㈳㜴㑢攱〲〳挴㙥㤰㥡㉡㜸〸敢㔶㍢攰挹㘰敤㘰〷㍢攲㠷㑤㘸㥤㔱㠲愶㘳〸户㝥ㄱ攴㥤㌶㌱ち㐱㙡挸攷㕦㝢㤵愷㥦攲昳挲摥㐴㤸〸㤸㠸愱慥ㄸ敢〱挸㡤㐶㈵挹㐵晤㘱戰摣㤷㙣㔲㘸㜵㠷㜹㌴㌱㝡㘸昲㌹ㅥ㙥昰㌰㡥搵㑢戶㈹攱㡥㥢㘷㐲㥢㤶㤶㌶ㄸ攳㜶愱㔴㈹ち愹㡡㐳㔹㉤㌵昲㥡挰㤷扣晥攷㜳㔳捣扥〴㥢㌲㡥愳ㄴ㤷㑣㈴戵㙦㜷㙢㥦㐳㜳㈹攴搰㠷㉦摢ㄸ㝣㡣㜱换挹㘰㔸搳ㅤ〵摡㠷ㅢ㙢㤷ㄷ攴挵㌹㠸戴愶㉣捡戲〹摣挵慢㐶㤰㈵户㐵慡㑤㤴㈷捡戴搹㈳㔹〷㑤㍦㙢㑤攰〸敢昴〵㕥㍡つ㘳愴㑤敥㘰㈷㠹戳㐱㘴昷散㐳昲㌵㜱㜶㙦㘰㝣㈸㡣敦昲ㄴ㤴挰慥㠲㤱㘸㜰慢㌵慢㕢㘱攴㤷㤶户㜶㍢㠰挲㄰㌰つ㕡搴昴つ㥣ㄱ愴㔷㌶㜰ㄸ㡣㡣㠹㡥㐶〳愹㡣㔱昶挳㘱て愴㠱㥢㜸㤰㥥㈹㐳〹㜹㥢攴愵戰昰㕥攲愰㠵㈳㔰搹搹搲㤰㌹愵㝢戸晡㘲㙦㙢挸ㅥ㉥ㄶ㘹敥挲㍦户㈶戰㡡㙢ㅢ扥㌹扡愹攱㐲㤶㕣ㄳ敤扢㉢ㅡち㠲㡢㠲㍢挷㜲〷㜵慦㌰㍦敤㉤昹㤷戶摡㈵㠹搴慦攱㡦㔸㜶㜴摡捣㐹㥢㤷㔰ㄷ戹昷搹ㄳ㜶昹㤴㉤攷㤵㜲㜹攳㡦㔶慣搶搹挹㐹㘶ㄳㅦ攲㡦㝣搴㐴敡㌵昴戸㥡㘹戳㠳㥡㠳㠴晤挸挷㤷〶〳㐸挷搰〹㙣昷敡㡤〱搲挹愶〶㍡㤱㠲㘰㥤㔰散戹㡦㡤㔰㤴㔷㠱㔶ㄲ㡢㝦㈴挷㥥㍦て搶㔷㝥㠵ㅣ㈲ㅣ敦㠱ㄸ㐹㕤㠶㔴っ敡愴㈰て慥㜷昰㌲挸晦て㤶㐲㙥㕥㤶㥤晥ぢ捣慣扣搲㠸愲㑢㠸愲㤷㥢㔱挴㐰散㌹㠵扣㌹晢昵愳收㈷㝥慤昷㝦㜸搴扣〳ㄸ收㈳慤㌱〴搵ㄸ㡣慦ㅡ〳ㅤ㑤挶挰㔵㈸㤶挶挰㥤㙣挳㜸扤㙦っ〴摥㡥㐳挸㔸搹ㄸ㘰ㄴ㉦挶攴㡢〴㔵㈳づっ㥥戵戶㔸昴㠴ㅤ挴昵㕡攱㈲㜲て昵攴㡥挲昷戴戵㌹㝢㑡㜷㜴㙢㥢捣㍦攰〸愸㉤㘷〶昷戵㘵ㄳ戶戸㘰搹ㄲ搹㘸ㄹ慦㐴攸㑦㕦昷㥣慣敥㤶㍡㌰攵㍦扥愳㕥挹㈸改㡦攰ㄳ㔱㜸㐲㐸㝣㘹搳㉦づ晣昵㠱㐷昶昲㕥㕡㐰慢㈹〶㠲摢〹捥搳㜲㐰昸㌶㜲㈵㘴㌳㍦扦㌹㠴て㤱捣㠵㤲ㄸ搱ㅤ㘹敦戸㥡ㄵ㈶㝤挲㡢㄰愶㑦㝣㙢挱㤸挴つ〷摦㤸捣㌵㌸㌶攵攷㑢搲ㄹ㤸㡢㑣㕣㝡敦挲〰愱搲㔲㘵戵㘹㔷愶㝥〹愵㜳㡥ㄳ愹户〷㜹扥攴愳㈸㉦㌶㙡戵摤搴㙡搲㑣㔴〶㔱㈳㤴㔲㠸㌴㤰㐲愲㐷ㄶ㠶晥愵㤴㥡㐲㈲㤵〳㠸㠹愱㌵〶㜳㜹昲㕦ㄷ〲愲㝡扤慦捤㑦㔵戰㡢挰㘲攸㜵㙦昷散㑡慢㌳㔴㑤っ捡捡搳挷㕤㐸挸㘳ち㌳ㄸ愵㤵戹㐷㤰〸㥦搴㄰㔲慢㜶㍣㜱㤰ㅥ换て戱昹㡣㥤戲攸㔵换㕡晢散ち敥㜸㐰捦愴愵挲戰㌷㌲ㅢ㐷㑦ㄹ㡤昳慢㘶晤㉣挲㕥㍦㔹㙤搴ㄵㄴ㐱㘷搹摢㜰晥㐴㤸㡦摦〳戱㝣戰搶昵收挶ㄲ敡㌸扢ㄳぢ攴て昶搷㈵㌱㡣㡤㔱挹㌱㤰戰慢慡㤵昱㉦㠱㑦愳㠹戴攷ㄵ慤㤶攴㔸㡡挲㘸㜴挸㔹ㅤ㙡㤳晥㘷㥣㕡㜲搶っ㙢㌳㘰㕤愷晦㡦㈱㘳㐵晤慦㌰捡㈶㔱㜶㜷㤰攰㑢㡡㤱㤲ㄵ㠳㌳摣ㄱ昸戰ㄱ愶㤱㐷㘰㑤㈶ㄹ摣昶㔳搳昸㐴搵㉦㤶ㄲㅣㅥ慥㘴攳㈵㠸㙡㕢摡戶㕤㉤〵㈰愳㐰愹㥦㐳〴戵㙣捦㐹㌷㥦㘳搳昷㈰㝢搳㈱戳攰㤴摤戲攱つ㑣㈳扣㍢挰㉦捣っ搸㍣挳捡昳㡤㐲敤ち散㐴昷扤㘸㜳㜸ㄲ〲晢戰昰㍥慥愸㈳㘳〸慢㡢㔹昰㙢愳扥㐸㈰㠹摡挱㍤捦戸慢愲㤷昰㠱敡㈴扣㥡ㅥ戳搶㠴戲昳㝤换㡤㜷㌱戸㜵戸㡤㜵㈷㍣㍦愲㤴㐳ㄸ㑣㉥攱摥晢戸慦㡤㝢㔰㕦㌷㔸㥢换㥡敤㜹搷戲愹㥦〲愷慢ㅢ愵㥥㘴㌸㈶扦㍢捥㙡昷ㄱ㈲捥㐳敦攸敡㕤戱散慤ㅦ㜴ㅥ㝣戶㑤㤷搷㘰〹㡥戲㔵挴戹扦㠸愶捡敤〴昸㘹昹㈰挱ㄷ㠵晥扣摢㤸㜸ㄶ换㈲〳㈰㥤㐸敢〰慤愹晡挷换㔱戵挲愳〵愹㌰慢晣〸攵摣㈵㝦戵㐵收攱愸㈱㡦㄰㐸㙢㔱挹慤昰〸㈱挷㝦ㅡつ慡攳捦㈱户昵昸㍦㔸㜶㝣㉡㝦戹扥㘸晦㝤愱昲搰㡥㜳攸ㄳ〴㈵〲ぢ愰㉦慣搹㑢戱㐸㔹㤳昶㠳〸慦散㐵ㅡ捦㕢挱扦敦散㝤攳㜵㍥晦摣慢㐸㐱㠸愲晡㔵㔰㄰捡㔵㍣ㄱ㕤挵〲㜲㕢慦攲扢换慤愲㡦㌲㤲㌳搱ㅣ㠰㥥づ㠵戴㈲㔷攵㈲挱つ攵㑦㤱〸㐵愲㙥ㄶ㝤㐴慣㙣㕢㐱〲㙤戹昳戲敤㈲ㄲ㘱摢ㄴ㌷㈲收ㄳㅥ㘹ㅦ昱捡㈳扤㌶㘹摦敤㥡昶戵㘲挶ち晣慤㙢㐲㌶㘰㐹晣㈶戶愵㐸㑦户ㄹ换㔷ㅥてㄱ㜳昰㘰昸㝤㤴ㅡ㐴㤷㐰ㄸ扥㐵㑡㐲攲㐶㉡摦〸㉢扦昸㔲捤㌹㡡〲㍣愰ㅥ扦㌲〹㑥㔶㝥㉣慣扣ㄳ摦㕥挹㍡〹摥ㄵ攰昳㑥㔸㤹㠴㈹㉢㍦ㅡ㔶晥挷捥㙤搵捡㈱ㅤ晡㍤愷㐸㈴㌱戶慥戴晥㈳摦㘱昳㔰㥤㌲愸㍦扢っ㍦㥢㤲㔳〶㠹㑢㔲㠳㜶攳摡㠷㠳㉦愱㈷㜰㡢〹㤷㍤㈰㘴晤晦㄰㘱ㅣ户㥢挶㜴㑦挷㠷捥㡢〸㉢㍢㥡㝣㘳攳戴㌱改㈰愳搳ㄸ㜷㜱愶㉡慥㈹ㄲ㠱㌹㤰昴昷㜷〵昷㝢㡣改㔸摢㡦㌰ㅣ愶昲戶㐸㝢捡㐳㠶㔰㤲捡㈳㈱㘶ㄳ㘷㙡㌴愳㝤ㄹ挸㠱㤸〴㘴㐲晢ち愰ㅦ㜲搹挴㡣㍥昲扦㘴敥㌳㐸㘸てㄳ㝣ㄵ㈰慢㤰搹㐹〷改慦〱昴㠶晦ㅤ挵挰愲昴㤷愸捡㠳攱㘰㔱㌲搲扥捥〶㡦〲㜴挰㔱慢〴㐴㤸搵ㅥ㐳㑥㜴㔰ちづ㌹攸攳㉣昸㈶挱户〰戲㈹㑥㜶搵扢挶㌵戵愹戹扥㡤愶ち户㐲捡戱敦〴〹扥愴捥〰摣搶摡㔶收㔱㌸晣㝣ㅦ㐱捤扡敦昴昷攱扢晢㈵㉥扡〳晦敤㐸㑡ㅡ昶㐹昵㌳敤昵㐵㈶愰㑤㉥㝦づ㌶晢㈳昴挳㜵搵㙣㑣昶昸㔹晣㌲㙡㕡㜹ㄸ晦㥥挱㑦㌹㠹ㄱ㌸ち㌵㙤〶㙥ㄶ搲㠰㉣㔸〸ち愸戲戴㈷〰ㄴ攲㤸㜸搲㥥攴ㅢ㔱换晥戵敦〵〹扥㈸挴敢ㄹ㈶㑡㐱昳㜰㐰攲㕡ㄶ㥣㘸ㄸ㤰昸㤷〵挷愳〳㝥ㅦ戹㡡㐴ㄶㄲ昵㕡㠹㐸㑢㌲昷㈹㠰㥥㡥㕥捥㡤㕡㑥㍤慤ㄴ敥㉦摥㝦晦晢扤挹㠱ぢ㤲㥦扦扤晢愹㜷晥昰敥㤳㙦㝦㘱捦摦㍦㜸收㤹户摦㝢昲昵て㕥㥢摤昳扢攷㥥晢敤ㅤ㍦㜹晤摤㡤挶戳敡㑢敦㑦㍣晢攰搰㠹〷㑦ㅡ㐷慦㍦昰攰㍤挷敦ㅡ㥡㍡㙦戰愳愳戳昳㥡晥摦㥦㝦㙤摦㤹㤳㉦㉢扦昹搳㔶㕢㤱换攵㠰㐷〰挲愷㡦换㤶搳昸㈱ㄲ㤸〶㘷晣㠹㑥㠳换㍤㠳㥦㔲っ㌶㙡〴㉦ㄹ昸㌴㌸〱㔹㔰愸㉦攸晡て〳戸戳ち","㜸〱捤㔹㕢㙣ㅣ㔷ㄹ摥戳扢㌳摥㔹摦㌶㤷搲搲ぢ摤㤶㔴㌴㜵戴搸㡤㥤㑢慢㈸昱㈵㑥摣摡㜱㥡㜵㤳ㄶ摡㙥挷扢㘷散愹㘷㜶摣㤹㔹㕦愰愲㜹慡㡡㄰戴慡㄰㠲㕥㈸㤷㑡㐸㠰搴㈷〴㉦ㄴ愹扣昰㠲〴〲〹〱ㄲ攲つ愹攲愱㤵㈸㐲扣㠴敦㍢㌳㙢敦㡥搷㡥㤳〶㈹㈷搹㝦晥㌹㤷㝦捥昹㙦攷㍢挷㈹㤱㑡愵慥愰昰挹㤲㈵㜳㘷㜹㍤〸愵㕢ㅡ昷ㅣ㐷㔶㐳摢慢〷愵㔱摦㌷搷愷敤㈰捣愰㠳㕥戱搱ㅥ㘸㤵挰晥㤲捣㔵㔶愴ㅦ愰㤳㤶㑡攵㜲㐶ㅡ敤捤㕦愱挹ㄸㅣ㘵㘴㐱㝡搰㉢㌵㌷㍥㌶㍢晦ㅣ㐴㤷㐳捦㤷㠷㡡ㄷ㈳〱㈷㠶㠶㑡㐳愵攱愳㐳㐷㑡㠳㠷㡡攳つ㈷㙣昸昲㐴㕤㌶㐲摦㜴づㄵ捦㌷收ㅤ扢晡愸㕣㥦昳㤶㘴晤㠴㥣ㅦ㍣㍣㙦づㅦㅢㅡㅥㄹ戱㡥ㅦ㍦搶愳㐳昲戹昱戱昳扥戴㠲ㅢ㈵戳㡢㌲㘷挷挷㑡攷㘴㜸愳㘴收㈰ㄳ㈲㈷㍣搷戴敢㌷㐸愸㐶〵㡦㑣挸慡㑤㑢㐸改摢昵㠵ㄲ愶摤愶㘸扣ㅤ㉤㡤〶㐱挳㕤愶㔱挷愵攳㕣㤰ㄶ愷㘳戸ㄳ㐱㜸摥昴摤愰挷愵晥愴㉦敢㔵ㄹ昴戹愷搷慡搲㠹㍢〶㌹昷愲改㥦㌳㕤㤹㈵搳敦㐶㌶㥣慡挹㝡㘸㠷敢扤敥攳㠱扣㘰搶ㄷ㈴扢㘸敥㤹㠶㕤ㄳ搹㉣晥愷㌲㥦敢㌴㌳㘵㈸捣挷ㅤ㕦㌴晤㔰扤搱㠴㐳㥤晡戶戸㡢㕡㐵摢扣攸㔲挵挴㈸摡慣㙣扢㡦㑡扦㉥ㅤ㝥㠴㤶ㅣ㐸㜴㔲ち㡡散戰愱愹收㜲愸ㄶ搱ㅤ㐷〲搷挲慦攸〶挸〳㜳扥㡤㘵㌶ㅣ搳㍦㌴㘳搷㑦っ㤵づ㡦ㅣ㥡戶㤷愴㘳换㈰挴敢挸愱ㄹ㜳つ捦㈳㈳㐶ㅥ晤㡤㙥㡥散〱挹㑣つㅤ㌱㝡㔹搵〷㈲戲ㅦ㈱昲㕡㍦挱㡥改㡡㤹慥捣愷㉢搵㜴愵㤶慥挸㜴挵㑡㔷ㄶ搲㤵挵㜴挵㑥㔷㥥㑢㔷㤶搰愷㔹㜲㕤㕤改戸摣晢挱攱扦捣晣昵㈷㘷㝦昵挲て敥㝦戹㜶攰㈳挱㘰㔳戱㕡〰㜳㉣㌱攵攱搲昰㔰换㤴㠷㑢挷搵㤴㐷㑡㠷㡦て戶㤶㈳挶ㅥ㡣㌶昶㠲攸晢㐰扡㑦搷愵扦戰㕥㝣晦攷挵㈳挶㝥㌶摤〲㈲挴〷㔸〸ㄷ昳摢敦晤㑥㥢っ㥦㤸晤挵挱愹㥦扤晢搶㍢敦昶摣㡡收挷㘲㈵㑥昸收㉡摣㜲搳攳ㅦ㉣つ昲摦搵㐳ㅤ㤱㙥㡤㔸㐷慤愱愱摡挸愰㜹搸搴愸搶摤晡ㄴ搷摦㘳㕤戲敢㌵㙦㔵㌹搹㥤㘳㘶㈰㌷㝤㙥㈰㙥ㅢ昳ㅡ昵㕡㜰㐷攷挶㜲㘸㠶昲昶㘴摢愶㤰㉤挳捡〸㐱ㄹ愸敦㝤㈶㌹散愲改㌴攴攸㥡ㅤ㌵摦㤵㘸㐶〰㝡昳摢户㑥晡昲昹㡤搶㉤㌳ㅡ㐵扡㕥㔱戲户慣㌲㙡㡡收㔵ㅣ㕦昴〲㔹㔷搳ㅢ㜰捦摢搵㈵改㤷㈵㤳扤慣愹愵摥挲愶㌸ぢっ捣搶戱㔰挴㜵敤摥搶㕡敢昴㕡㈸敢㌵㔹挳㝣㤷愵ㅦ慥捦㤹昳㡥晣㔴㕢㤷攸㥢㘸昸㜴㕢昵愴㔷㙤〴攳㕥㍤昴㍤愷扤㘵戴戶㘲㈲昳搴㘶扣㥡㐴攲挸戲愴㐴㉡㤳ㄱ㈲昵㐰愷攸愵摣愰愴っ搱㘲㘲收㤱摢摡摤慥㜴〱慢挳㉡ㅣ㐹㥦㑣ㅦ戸㡡㌰㈵㤷㘲づ㙥摦戱㘵㑤摣ㄹ搹晢晥敤㝢慢㌹㙥㔸敥晦摢㌹㥤摥ㄷ慦晥昴ち戲昳㔹戳㕥㜳愴扦攳扥㉥㌸㈳攳㌶㄰敤ㅦ㠸攴㙤戵挷扣㈲搶挴扡戶㙡搷挲㐵㝤㔱摡ぢ㡢㈱敡戰昷攷㜲㔴敤㤶㘲摣㡥㉡攳づ㤲㍢㐱昲昹㤴㝥ㄷ㍢改㜹攳㌳搱扢挶挴㜷敤㜹㥦攸挲㔰晢っ㐰㐱愰戹㤳㥥ㅦ㘴㌲㥤㔶㜹搶っㄶ㐳扡攷㡥㡤捣昰挶摤㈴㐵㄰㡤㠹晡慡摢㑡㍦㍡㘵戹㝢昶扡ㄳ搲㌲㠱㔹㔴㜴ぢ㔳㜳愳㙤㜰㐲〶㔵㠳晢攵ㄴ㘲㘵㑤〷㠷攰敦㜱改晤㜲㉤㥣㌰㐳戳换挵捥ぢ㉢ㄹ攸㌴愰㐶㐵ㅣ㐷昶慡扡收攸㝣晣〶〹〵挵戶㐸改㔶ㄵ㤱㈴〴づ攲㈵㤵㠹改捥㡢挰摣戹㌷敡㐹㐷㙦摦㐱戱戱搷捥挸晡摣晡戲っ搸㍤愷敦愸捡㘴㜸㔱搸㙣㜵晥昱搰㜶㠲ㄲ㘶㝡挶昷ㅡ换㌷㔲づ㘵ㄹ昷㠰㌴㡢昶㌷㜸昱敥搷㐴摣摢戵㐲摢㔴㉡愹ㅣ愵戱挶攰慥㙤搰㕢㈱散ちㅥ慡ㄸ昷攱㤱摦愹㑤攳晥㝥㉤㘸㠳慥搷攳㐲㐳㜳扥㔴昸㈹愷㕥愰敤㕥昷㤲攷㉦捤㝢摥ㄲ晤愹㑦扤〵㡢㔲㠶挴㈴摤㌱〶㔳㔸㑢㠸㑣愶つ㑤戴㠰ㄷ愲ㄹ晤㈰㐸敦愸攳ㄴ㥢ㄲ〳晤〱㔴㘵㠰㡥昴〱㌰〷换㡤㈰〴㈶㌵攷㙤〷㠰慥㘸昹昸攲㉡扥㕥㥣㤹㥤慢挸㌵搳㕤㜶㘴㘹捤〹㕣昱㐷愸㠳ㅢ晥㐳晦扥晤挹㤷㝥昴敢㔳㍦㝤敦慢〷晥昵攷挶攷挵ㅦ攲㠶㉤㜸㠴㐰㐲愱愱ㄲㄸ昱㝢㜴㘳㥡〱摦㕥㡣㐱扣ㅢ㐳㈴て㠲㈰㔹㈸昵㈳㔷っ㐷慦㠲㘰㠴昹挲ㄸ㈱㌹〲㈲㠸㐴ㄴ慣㍡ち愶㔹挴㙦㈰㥦㑥愰っ㐹昴戲搵㤰て愳㌶㙦散搰㈶㠸㙦㘸㑣㠳捡㌳愸㉥㠳慡ㄲ敦㐱㜰㐷〵晣㌲㙥㐸㐲㈱㡤愹昵ㅡ戶㌰戵㐴敢愲㉤㔷ㄹ㜳㝤ㄶ挰昵㌸捣攳愹〴搱㙢㑤㜸攷扣㜰挲づ㤶ㅤ㜳㝤㥦ㄵ㌳㤷ㄶ㘵ㅤ摢户㡦㕤㍣㔱攷㉤㉦换㥡㘱㤵扤㠶㕦㤵㔳ㄳ㌷挳昶づ㜵㐰㡦㙡㘷㑦ぢ㤴敢摢戱㈰㐲挰㑢㔰㔲ㅡ昷㤹㘴攲㔱㄰扦〵㈴㈸㤶㤰戰㝦㔳愳㜳㜶攸挸㙥㑢㙤搰㡡捦㔹搰㈲㌰㔱慤换㥡㕢㐴㐰㑥昴㕡㘷㝣扢收搸㜵㐹㘳散㡦扡㑥换〵攰㥦昳㕥㘰昳㌴搵㙢捤昹㘶㍤㔸㘶㉡慦慥敦㙤㝢㔳㌹㕦戳挶散㝡㠰捦㈸㉢㤲敦户捡㡢摥㉡㑥搹つ户㝥挶㕣づ㙥ち慢㌰㕡愲愲㑣㈳搲㈲㥤ㄶ戹㜴敥㝡敤愳㑦㐰摡慤㥢攷㡦㈲㝣㌵昴敤昹〶㤵愶㍥挴㌸捦㤲㈸㍢愶㌴㈲㠵㘴攲㙥㌱㘳〲㜵㜱扥㙤㠷搶㡥〰㘰攳晡㐲愱㥣搳ㅣ㌳〹昲挸㤹挷愷㌶捦㈳㥦攸晡㐱㈳戶搹㌵晣㔳㘹㈵㜲㈳㐲㐲㝡ㄵ愲ㄳ摥挰户愴㙢收㉤搵㠷㕥摡户挹㑥〲㐱昴㔸搳收扣㜴〰㝣㕣㌳散㡢㕥㠸㐰㕤搳〹攲戶㜱捦㜵㑤扡ㅤて搹攵慡改挸㥣㌵摡〸㍤㥣㕣つぢ㐴昹㘶㕣㘵慥愱捡㕣㡢㈰㡡㜵㠱〷㈲挵㔳㤶户㘰晡㜶戸攸摡搵ㅣ㕦㜸㘸戹㈹晣ㄵ〹㠰㤰戴㔹㥡昹㈴㠹㜹㈲攴〱㜳㤷㜰㑣愰敡㘸㝥㜸㜵㕡攸昸㈷慥ㄳ㉦㈳昹愸㑤挵㌸ぢ㘹ㅡ昱㈸ㄲ㔹㌴㤵て㥢㜷㙡ㅦ扥㠸ㅡ㤵愰〴攱㉥㥢㡤愹愸㡦愲㔹㈲捥ㅤ挱ㄴ搱㐸㝥摡㌳㙢㤳㘶ㄵㄷ㘶㕤昱㜵㔹づ愶㘵扡昱ぢ㠴户攳㌸㌱攱㈴戶㘲搷愴㥦㘳㐵ㄹ㜷㜳㔹〲㘳㍤戲㈱㌶晡㑣㑡搳扡㜳㥤扥㌵搵㤴㜵㈰〶つ慤㜷㝦㔳㕢攴晦昳戱㘳㈷㌹昹㝣㕥㕤散㍤〲搶㜸ㄴ㐴ㄴ㐱戸㥥㐴㠷㘹㔴ㄹ㌳㈰摡㍤㈰㐹摢戴㈳㑤攰㔱摥戲㘴搵㐵ㄳ㌱㜰づ㜸㔱㠱㘷㑤㉤愴扢〵昴敡ㄱ摥捤㌵㙦慦昴㌲扣㕣搶昲㔱㡥㈵戸愶㌹搲改㉣㑣慤㈷㉦っ戶㝣ㄶ挲摣戲㔴㘸㔸㔰攷晡㌹㤰㙥〶ぢ攴㔷㜸㜷㤳㐴㠲昹扣㜱ㅥ㝤㔲㜹㐱㐸搸㕣㌸㜳㑣㍥慦㄰改㘳㘰㡤ぢ㈰㠲戰㠷㄰㐰㜹㐸戴㘱〹㘲ㅤ㙥㕡㈹扤っ㜲㉤㐹㔲㄰㈱愹㈳搵ㅣㄸ挱散挹晣戳攱㡦ㄷ挱㕦摤ㅦ〹愹㤴㍦㕥㡡ㄹ扥〸攲慡收㔲挰㌶㡤晣〴㔸攳㐹㄰㐱捣搵愱挳ㄷ搸攱㡢散㐰ㄸ㐶㐳敢㑦㠱散㙢㉡戰昵敥愸㠳㈲㥦㐱㕦㈸㤲㤰慣㈹扣㐵㤱ㄵ㔴ㅢ捦㠲〸㈶㙦㌵㘹㌳㘶攸㠲ㅡ〳㌰改㔷㕢㘲㥥㠹㈲㙦㌱晡换攱扡㠳㡣㑢㤶㝥ㄶ㜱㡣㤸愸ㄹ摥敦昹戸ぢ捦㈶㡦挱ㅢ㘳㜹搲敤摥㥦戸㘲㔰挳搸挲攴愲㝤ㄷ㐸㜰摢昱㕣挱收㜹㠳㘳㔸昴㉡挸晥ㄹ扢敡㝢㠱㘷㠵挵㌲㄰㐵㤱㔷㌶㔶㉡㌵㌸慡扤〹㠹ㅤ扦挹㠵㘵敢扣㜶㕤攱ㄱ㈶扦㔴昷㔶敢㙡㌶ㅡ㄰㝤㈸㤵扥扡扡昸ㄹ㘲㜰㔵㍥ぢ㉤ㄶ㥡㠹愸挰㄰㘶㈹㌰㡣㔹ち㡣㔹㤶〲攳㤶㐵愳慢敦㌶㠸㌸㈳㌱㉦慡愲㈶㘴戶慢㑢摣㤷戸ㄸ搹ㄲ㝣ㅢ㈷㑢㕤㘷攴㘸㙦㘰慤扢ㅢ搴慥㑡づ㔶ㄷ〳㔰㔹捡㔸〰挹ㄷㄸ㠵㥣㤰扥〸戲㜷㝣慣㠲ㄳ㑦昳っ㐴昳敢㌶敡㝢㔰慦ㄲっ敥挴〳晤㌹搴散㐱㑤晢ㅤ户扥㠴敡㍥㔴户㠰㤰〲挳㥢搲搵挱㐰㕤昶ㅡ〴㌶敡敥㔷愸昰攴摢㌲〸㘷㑡㙦ㄵっ㑦㝡慣㜸〵慢愴㥦㠰㑦ㄹ㌴㍥敤㉣扥㡥ㅡ摡扡摤㔶㤷搰愸扥ㄳ㠲改捤ㄴㄸ㤰㉣〵〶㈵㑢㠱ㄱ挸㔲㘰ㄴ戲〸〶ㄵ捤㈶扥〶㜱㔴愹㔲捤ち㙡㡣㔵㤰㝣㠱㜱愵㠴㔲㌵〶昵㘰㜰改〶ㄷ㕡㜸ㄶ㘴㜳㘵㝢㔹晦ㄵ㤲㍤㈰〵戳搹㜸ㄹ㑣㙦愶㥦晡搶攳ㅦㅥ捤昲攱挹㤸㍢ㄵ㍤㜳昱戳㄰㍦昷㥦敡愷㤱搴挸愷挵㍤慦㡤㙡㝦㝦昱敤㡦㝥晣昰㝤㙦扤㝢㈵㝥扥昸晡㜷㔸㍥㡥㈵晤攷愴愵捡㝦㑦ち敡戹て扦攴改散〵慣戴攳改散换㜱㐳昲㜸㕡愰㜹搴㔲㕦〲搳㥢搱愸攳㠷ㄳ㍥摢ㄹ㠴づ㈴敦㐱㑦攳㕥㜳㥤㝡捥㘰昷㡤昶慣㙣晡愱敢㤳挵愸㘸㉡㔵㕢挷攴㍦㠱㥣昶㌸愱搴扢昱㌳㕥〶改愷㐷㌴扦〳戶㔹㜶㘱㍣扡㤱ㅡ戹㥤昱摥㔹㍥㤱晦搳て昷㥣㡡㡣戸敦搴慢敦㝦㝣晦㔳慦摣㜲㑡搰㤵㍡ㄹ㉦摣捥㜸㐱摣戰攵㘸㝤ㄹ㤲慥㜶戴㙥戹㤰攷㥤㥤㘶㌱昰扢慤愸㥡㙡㐶收户ㅤ㐷㈵捤ㅥ愰㘰ㅦ㔷攲搳㌸昰〱晢攲敦㐸㜱ㅡ挰㐱㤰愰愲㠹戳っ昵愶㙣㘴捤晡〰㕥㕤搶㔴㠰㠳㝡㉤㠷㉢扤㌰挴摦㥥㙥〶㠸㡣㙤㉣㑢㜷㈴〰〴ㅣ㑡㜷摣㐱戸㌵散㜰㝡搹搴㐷昳愶㍢㑤昰㝣㝤㘷㜶晤ㅢ昸㔸㉢摡愹戵ㅣ〹戳攲㜹㤸㌹捡㝥㤷㔳㔷㌸㙤㈶㜴攳㔵㍣搴晤㡢捡愲㈰㜹攳㌵㔶ㄱ㐹㈸㤲ㄲ㉦㠱扤㡣㥦晥㑤㤰敤攵㉦㜵㤴晦㉤㡣㐹挸晦㌶慢㌶攵㙢㡣㤴愴昲㠸ㄹ㈶愹摤挴㝤㜸㜷㌷㌵摡㉣ㅡ㘷扦㙢昵㌲㔰昷挱ㄱ攳㍦扥昳愸㌵攰昰㑦敦㥤㤰㝢晢挹昶㜵っㄵ搴ぢ㘵ㄸ㙦挴っ㕦〴ㄷ愸㤴昸㈶摦戸㌶搵攷慤㤸㔱㝤搴㜰㔴戴ㅤ㔰ちㄴ愳㜲攳摢㘰㝡㌳㐲〹搸搲㡢㠲㔴慦敦㐷扤搸㤹㔹㔴㍣〳㝤㌳㜵㡤攱㈵㈷㔲㠲敤慡攱改昶㠶敥晦〱㉤㜳㍣㘵","㜸〱捤㔹㕢㙣ㅣ搵ㄹ摥㤹摤㔹敦慣搷昶收挲㉤㐰㔸㉥㈱㠰挳㌶㈶㠴〴㘸ㄴ摢敢㌸㜱㜰㘲㈷敢㈴㔰㡡㤶昱捥㤹㜸挸㕣捣捣慣㘳㔷愸昴愹慡晡㔲㠹㤷㡡ちち㐲㝤㠱ㄷ㥥㝡㐳扣ㄴ戵㙡㔵愵敡ぢ㔲摢㤷慡㐵㤵慡ち㕡搱昶㠵〷愴昴晢捥捣摡扢敢昵㈶㤸㔴昲戱晣敦戹晥㜳捥㝦㍢晦晦㥦㤴㤲㑡愵慥愲昰㤷㈵挳捡ㅤ搵㤵㌰ㄲ㙥戹攲㍢㡥愸㐷戶敦㠵攵戱㈰㌰㔶愶敤㌰㑡㘳㐲戶㘶㘳㍣搴㙡愱晤つ㤱慢㉤㠹㈰挴㈴㉤㤵捡攵㜴ㄵ攳㐴挲晦㘲戳愱㜳㔵㈱〳㌰㔷ㄹ㥦㤹㝦〱㔸慢㤱ㅦ㠸㝤愵昳昱摡㈳㈳㈳攵㤱昲愳㠷㐶ㅥ㉢敦摦㔷慡㌴㥣愸ㄱ㠸㈳㥥㘸㐴㠱攱散㉢捤㌶收ㅤ扢晥㤴㔸㤹昳㉦〹敦㠸㤸摦㝦㘰摥㜸昴昰挸愳〷て㕡㡦㍦㝥戸㠰㑦愷㑥㔷挶㘷〳㘱㠵㌷ち㘷㤶㌸㘷㉡攳攵搳㈲扡㔱㌸晢㠰ㄳ㈸㈷㝣搷戰扤ㅢ㠴㔴㈳㙤て㑣㠸扡㑤㈶〸ㄱ搸摥挵㌲戶摤㐶㘸戴づ㤵㈷㐱昱扡ㄱ㐶ㄵ攱㌸㘷㠵挵捤ㄴ㕣搲㑣〴挲慢㡢㜰搰㍤戶㕣ㄷ㑥㌲ㅣ收摣昳㐶㜰摡㜰㐵㠶㤵㈱㌷收摢㤴㈹扣挸㡥㔶〶摣㜳愱㌸㙢㜸ㄷ〵愷㘸敥昱㠶㙤㘶㌲㑡㈶㤳㑡敦敤戶ㄹ挹㥢昲㘴㔰慦㉣ㄸ㐱㈴㕢攴摡㐸户戹㉤ㄲ㈲㌷摥戶㉤㑡㔱愹㘳ㄵ搹㔴戵摤愷㐴攰〹㠷ㅦ㈱昳㠶㍢㈶㐹㥡挴愴㕦㈵㑥昳㌴愴㠵搲㥦挸扤㍣ち㍡昴ㅣ㠱づ㤰捤〳摣㌳㉤㤶㠴〳㠹㌷㑢㜵㍦㡣㑡扥㔵㕡っ㝣戳㔱㡦㑡ㅦ晣戴㜴摥㜰ㅡ㐲敦攷㡡〲㠰㤲昹㉦搴慡ㄵ㈳㠷搴㥡愱搶收搵㕡㕤慤㤹㙡㑤愸㌵㑢慤㕤㔴㙢ぢ㙡捤㔶㙢㉦愸戵㑢㤸搳㉣戹扥㍥㌵㈹ㅦ㕦晤昳昹㠷户晤㙡昴昵挹摦㝦慦㜸㙡捦㝢㠵㐱㑣㍡㤳散㜶㈲㌰㉥㠳攵㙢搲昴㐸㜹㍦晦慥慤㐶搰㈲敢愰㜵挸ㅡㄹ㌱て敥㌷づㄸㅡ捦㝢扤捣摢㠹戹〵敢㠲敤㤹晥㘵挹捤㠲㌵㘹㍢㤱〸㘴㘳挸挲㑦㉣㤱戲㍤㘰ㅤ㕢㠶㉡搷㘳挶敦戴㉡㈲㠸愰〲搱捡㥡㌴摣㌱㙥㠴㘲慤㌹㥣攰ㅥ昷ㅢ㥥ㄹ摥摥㝤戰ㅡㄹ㤱搸搵㌹戶㠶㘴摤戲㉡搴㐳㠴㜲㑢扢㍢㤷㐹づ㡥㉤摢昱昰㥤ㅤ挳㔰ㄴ㝦㝥攳搱挹㐰扣戸㍡扡㙥㐷㘳戰愲㑢㠲攳敢㑥ㄹて挵晢㉡㔵ㄶ晣㔰㜸㜲㝢挳敥慣㕤扦㈴㠲慡愰つㄶ愶㍣敡㑤ㅣ㑡戴㜵㜸挶挳㐱愱㝦收㍤慤扤㈴戴昰㑣㘱㘲扦㡢愰昲捡㥣㌱敦㠸㥢摢愶挴摦挴挰㙤㙤摤㤳㝥扤ㄱ㔶㝣㉦ち㝣愷㝤㘴捣㕣㌲㘰㈱捣㔳扥㈹㌲戲愴㘲愸愴搲㘹㐵㐹㍤搰㑤搵㠸㍢愴㌲戶〸〹㔵扥昷攴ㄶ㈱攲攴慥㑡扣㡡ㄹ㤵ㄶ㈱攳晣〷㝢敥愴㔵〸㌹㝢㝦捦搹㕤㠴㤴㡢㙥㙤㔷扣昲㔹昰〷㝣㜰〴戵㔲扤㙦㘳㤴㙢㜲㜹㡤㥤戶㜰㠵㔷㉥㘷昷㈰㥡㐴扢㉡㝢晦摦挹慡扡㈳㌹晤戱㈵摣〳㈷っ捦㜴㐴搰搳㘱㔰戸㈳㝤㠸愰㐸戰㡤㘰㍢挱づ〰敤ㄳ㤸挹つ㈹㑡㕢慦㉣㉢㉢摡㘵摢㡣ㄶ戲ぢ挲扥戸㄰愱て㡥㐶㉥㐷㜲㝦〲㤳昵㙤戸ㅡ摢㌱戳㐱㙦㐳扦㠹攰㘶㠲㕢〰昲昹㔴昶㔶晣挲㠲敢户昱㘷ㄷ挰㔰昳㈲㉣挵㤲㤹㑦㘹㌴昲㕦晣㉡㤲ㅦ㤴㌷ㅦ㕣㤳㔰㜳㠱㌷㑣愷扢㔱攳㠴ㄱ㉥㐴㔴挴㥥㠳㍣慥㝥㍢挱ㅤ〰㠵㍢〱㑥㥦㄰づ搴昸㐶㜹㌵ㅡ㙦愱㙢摥㥥攴捥捤㙥㜵挵慢㉦〴扥㠷ㅢ㙦挲㠸㡣戱㍡㕣㠴㔰㌱戲敥戴㕦㘹㐴㔹昷㠴㡤㥦㠲㝢㔶㉣ち㈳慡挰㑣㐷〳敥㌴摣ぢ㘹㐷愷捣㘵捤㡤㍤㠳〹ㄱ搶㜵扡㄰㔳㌰㑢换㔹搴㜰㔳ㄶ㕣ㅡㅡ戱ㅣㄱ㜵㥦㍢㙢挰〵㠹㜴㑣ㅡ㤶慢攲ㅡ㔷づ挸扥收敡㝣搲〲㠶愲慣戶㘰改㤷ㅤ㌱愶ㄴ㐹㤹㠲㘵㑡愵㌳〹散搴愰㜳㤱敤㠴攵㠴扣攵〹ㅦ㉥愶㤰㕥㉥挹㥥捤㐲挰戲㍤㤹搵愹攸昴㐱㘶敡昳㌱㕡㙣攵㜸攰㌷ㄶ改㠷摣㈸㍣挴㤵搲㜷〳扣昱敦㜷㥥摣昳晡扢㔷㤳摦㤷愱㐲戲攸㜴㔳㜴捡㍢㥢昸㤱㐵扦ㅢ㍦昹㕥㘳ㅡ㍤㤶慥㤶㜶〳㜷㠹㉡㕤㜰㜱摡戹㐰㐸晦㉦㈷ㅢ㉢㡢㘲挰扤攰〷㤷收㝤晦ㄲ㤹㍦㈸㕢攱㠲㄰ㄱ㥤慡晥挴㠷㘴㕤㔱㤴㜴扡捤㍦㙡昱扥攸㡥㘵昷〰っ㡣㌹㑥愹㠹㌱捣摥㡦慥㌴摤扢扤愸㍣㔸㙤㠴㜴㈲㡣㜹摢㠱㐳㕡戲〲㝣昱㌲扥㕥㍡㌵㌳㔷ㄳ换㠶扢攸㠸昲戲ㄳ扡捡ㅦ㐱づ晡㘳晦晣慢㔹晡昹挹晦㔴㕥昹昱㔷㠲㝢㈷扥戳㕢昹㐳㌲搰改㘱㘹戴㔷㥤ㄲ㈳ㅤ挸搵扢愷攵㔶愳㈵捡㕡攷㍣㍢ち晢慤戱㐶攴㑦摡搱㐴ㄸㄵ㉣〰㔴攵㤲㕤搲㑣户㉣ㅡ戶捥摢攲昲ㅣ㘸㜶搷晡㈱昸搶ㄵ㥣捥㤷捡戰㝢晤昸㠴㝦摡㡦㈶散㜰搱㌱㔶敥敢㌲ㅣ㡦㕣㔸㄰ㅥ晣㠶〰敥挳戵㈶昹㡢㡢挲散戲挷慡摦〸敡㘲㙡㘲㉢㜸ㅥ㑡慣搵㈹〸づ㜴㕡搹戳昱㑤摢㐲㜷㡡慡ち㘱㔳㌶㜹㜱挹摢㐳ㅦ〶ㄶ㠴戴ち㉥ㄴ㝤ㅦ慡戸㔷㌴摥㘶扤㐵愴挵㤷愱摤捤㕢㘰㙢摣㌷㤰㌸换㔳㕥㘸㥢㈲㥦戴㑥搹摥㘰㔲㥤㘹㐴㙤㈳挶昲㡥㘴〴ㅡ㌱攳㠱昵㜵㈳㌰户〲㔷㜰㌰㤴㤸㈵㑡ㄶ㝦㥢㈳㜴㡣㈶㤵晡戴㤹㡢昸昴㘵ㄸ慤㠷搱㑤㕡搳㘹攸㙡愰㔶搵ㄱ㤵ㄶ㔷㤰敡㍢㐰㜲慦㜶攷搸㍡㈵っ㑦㜲愱ㅡ㤹ㄳ㘲㘹㔰捥㄰㄰㜰㠴戴㡥搸搱摥㡣㈳㍡㙢㙣㍥昴㥤㐶㈴〶㔷㙢㔲搱㜵敢慣㜰っ扡昵㠵搵摡㙣㍤㐲攰戳㡡㡦㉥晢搶攱㄰㈸㤲㐹戸愴㐸㍥㘵㝢〸㙦晢㈱愸㐳㥢攴㉡㙥㘰㑢㤶㝦ㅤ㔵㝥昰㉡换摢㐷㔳捤㑡㥥㈵愵搱摤戸㝥扦㥤㥡戴愳ㄹ㑥挶ㄶ㑥ㅡ慦㐲戳㡦㉥昳㠰㈵敤ㅥ攲㘲㘶㌳㠶愸㍡づ㔲㑤㤱㕤㌷ㅣ㘷㘵搰㥡昲敡㑥挳ㄴ搳挶扣㜰㥡㌶摢て摣㉤挲㉦㤹㠵㡢㜹搵㠳㉥㐹㌰㌳㠵㔴㕣㌳㑡搸戴㤹㑢改㘵㤰㔵扡づ挰㤱搷昷愳㐵搶搰㐵晦挲㐱ㄲ扤㤰敤㙢㈱扥㑣ㄲ挱戴慤敢愲㑤愳挳戸ㅡ㘷㐹㡤㙢㤹㌶敤㑦晢㠸㠱捤㤶慥ㄳ㜶摣戵㘵昴㑡戲㈹㥢捤㙥昶㠲〱慤㔰㍥㑤扣㌵ㄸ扤戸㝤㤴昴㈷〷ㄸ捦㜴扡㥡㉤㡥㠸扣晢愵ㄱ攴㜵㌴㐴ぢㄶ㍢づ㜳㜶攴㠸㝥㑢㡥换㝡㡥㉡㐱㙡昶㔹㜳ぢ㜰摢㈶〶慣攳㠱㙤㍡戶㈷攸㠴㈰㈷挳挴摣戴戸㠸散挱慣ㅦ摡捣晢づ㔸㜳㠱攱㠵㡢昴捥敢㉢摢摢㕡㤲㔹㥡㌵㙥㝢㔰愰昸㥢慣て㔹搵〵晦㌲㔲挷つ搷㍢㙥㉣㠶㕢㠲㔱戰㐲㐹㠹戵㑡㔵㔴㔵挹愹戹捤摥㔵搲㤹愶㐳㤰㝡〴㜸㔵㠲㠴㕤㡣㍣㝢攸㉣㌹㤵攴㙦愸戳摣㔷㕢ち戶㙢昰戸㥡㝢愷ㅤ搶昹戱挲〱㠰㤳挷捦㑤慤㘵晤扥㔴〲㕤㘳慣摣攳㍡㤰愲戱㥡㘲愰㐸づ挶攲挲㍥㑡㡦㉥戹捥㔶愷〸收㉤㌹㠷搲㠸ㅢ㤴搳㔹㥤㐴昰㔷㠰昲挳晣㈲㘸㠶摤ㅤ㡣ㅢ㜴改㕣挳〹㤳戱㡡敦扡〶挵㡢愲㔹㠵敤ㄶ㌹改㕦挳㥡攸ㄶ㠰㤴挱愴换㔸㐶㤷戱㉣扢㜰㈵㌳㙤㈸敢挴攵㕦㌴〲㍢㕡㜰敤㝡㡥つ愶昶戶㠴㕣㐲㠴㘴愰ち㠲戲㐸攱㠴戳摡ㄹ愰挷㌱㈵搸㕤㐶晣㐰搲㤱晤㤰㕥㔵摥攳捡㈶㜳㌲㄰㕦㘹昰昵㠳挰愶挹愷ㅡ㠶捡㉣㉤㑥ㄸ㝡愴㈱㔲㤸㍥攱戰晥㔸㔲㘱㈳挳㙣㐵捦㌰㤹愱㕣㝥摡㌷捣㐹㘴㝦晤愰㉦㜹昰挹㠱戵㌴㉢㐱㤱愹㤱ち昲㡡挸㔷㉥挱ㄷづ㜲散愸㈲改㤰㘱㔲㈵ㅢ昳㤰戴㐹㘹㕡㝦慥摢户愶㥡戸敥㑢㐲挸搶㠷慢愹㜵昸㍦㌹㜳ㄸ搶㤵挷攲换㠹㝥㠸攰㌰㠰挲愴ぢ捦搳㌱攱㜱㑥㜸〲㐰㘳散摤愹㈵ㅢ愶ㄱ㠸㕣㜳㤹摥挸戹㍣づ㕣㡥㉣㤲ㅥ㐸㤳㠰㈴搹晥ㅣ搳っ晡㤳〰扦扢㜲攵〸㝥㔲捡摤〰捤敦㔳搵昳㜹ㄲ㑦晦㉡〱㘷㘸㡣㐲慥㉦敡攱挲㘲㑢㈸㑡ㅤつ户㔹㘷ㅡ〶㐳攵ㄹ昸㐳ㄱ扢戶㠲ㄲ㘴㘲慦戴昳摤愱晤㐹〷〱㥤㍣挲戳捦㌱ぢ搲㐹㠳昶戹挹搹㐲捥摣㥣搷㥡搷㍥㐰㕥攰晡扥㐲㉤攸㕢㘲㑡慢㔶㐳慡〷㉤㌲㍥慦㔳挴㜰㝦㉢㡣ㄶ愵摡㡣愲搲㉣ち攳㥡㜵扤ㅡ㝤戰ㅥ㤷㐷㠷挳挷昵㍢搶㐴㥤㐶㙤搸攱ぢ㙤㌷ㅤ㘹扦㐳挶昸㜹晡㜸敢昶愰昰㝡㤱扤㤵愴㈲攵㤸㈶攲㥡㔶㠹愶っ愱㉣散㔳㌵㕡㜱㜰㈷戰捡㌴㔰㕣愳ㄲ挴挳搸戴ㅦ挰挹捤㜴㈶㝥㔷搷㌲愳搲扦戳㈳搱㉥㤷㜱㠴收㑦㝢ㅦ㉣摡㜰㍤㑦戰挶ㄵ慥㘱挹ㅥ〳搸㜹捡慥〷㝥攸㕢㔱愹ち摦愶挴愷ㄷぢ㕥敥㤸昶ㅥ㌰㜶晤㈶て㤶昱昸捣㈹ㄹ㥤扦攴昹㤷㍤戹ㅢ㉤攴ぢ㤴愴㔷㕦ㅦ㍦㐳摦㔷㤶㝢㐱挵㈲㑤㈵ㄷ敢挷〱〶搲㐵摡ㅡ㤶㈲敤つ㑢㤱挶㠵愵㐸〳挳㌲㐴㤳㐰㉣ㄴ愵ㅢ㕡㡡㌴㈴攴㘶昶〴㐰愱㌲㕥㤳戶昵㉣㕥㘹戲㔳攸搹㠶㥥昶㌷摥散㐹㜴て愲扢挵㙤㈹搲ㄲㄱ㡢㝣ㄸ搵愷㔹攳扢愱㐲㠱㤷㠴㌸㡤ち㈷昰扦㌸ち挰愲㡣ㄱ攰㕦ㅦ〵㘰㘱愳㔸〱㤰〴㥡㐵㘵㈰慤㤱㑥㑦㙥㥣搷㘹搹挷㌰戴愱敤㥤敢ㄸ摥慤㔶㜸㡢愵㜱㙦㘸昲㘸ㄹ昵㠹捤攱愲慤愱〵㤶晦敦㐲㉣扥〴ㅥ㥥㜳㑤ㄴ㠹昱㉥晣敢㘷〱ㄴ㔲慦挰搶ㅥ㠲晢〹昶〲㈸敦攰㤳㕤昳㤵㙦㈷〳㥤昹捡㈲㠹㉥〹昹㌴㤱㍣㐳昰㌵㠰扣㐶挲㍥戴㌱ㄵ㘲捦㙡敤㔵㤴㠹ㄳ捤愲搲昶㕢昱愳㈴㘹㈱ㄳ㔴㡥㤴昸〲㥣慣〰敦㤲搳㠸ㅢ攰㕡攱搵㍤㤱ㄹ挴ㄳ扣散㥡搷戸㉥㕢㕣㥣戵㘶〲摣敢㝤搶㔴㠸攸挴捣㈱搹ㅦ攱㥤搸摢ち㤷て㙣㔰㠶㌲〳愹㘱㑥㔱敤慡晥搴敢捥㙢扦㈵〴㕢愳㐷㌳っ㔷改㥢㙤敥敡挹㍥㡢㡦慤㍤㔰㐹㝢ㄳ慡捡㡦挰㜷㥡愷晣挷㡦摣㜶㤵摢㠵晦㤷搲㥦挳㡦㤴ㅡ㐵㥥〱搹㐹扤挶㉥收㉣㈵㐸㘹ㄴ戳捥㐳搱㄰㑦㜲㐵挷戳㕡㝦㍦㑦晡昶搱㝦㡣㝥㜳昴扢㘳ち㈵㠹晡愸扣㠱て㔳〹㘸㍦㜲㙡㔶愱㜴挹㠱ㅦ㈶〳㌴〹㌹昸慤㤴㌸㌹昰㝡㌲㐰㥢愰㥢〰ㅡ户㝡摤㌴愴捡㙣昲㘶ㄳ㔸慡㤰〸搲搶挰慥换ちㅢ㐳摣挷〵晣慢换㑡晤㜹昳昹攷㍦ㅢ捡㤴㜶㘵㥥ㅥ㉤扣晡㤷摦㝥昴捡㠷㕦㍦昲昷捦㕦㝢敤挳扦扤㜲攵昳昷攷㡦晣晡慤户㝥㜹昲㡤㉢ㅦ㙤户摥㔴㝦昲搹昴㥢㉦㡤㕣㝡改㐵敢摣㐳挷㕦㝡收㠵㌳㈳戳摢㠶搳改扥扥扤㍢㝥㜳敢〳挵㙦扤昸㌳攵ㄷ㝦扡挵㔳攴户昱㠱㔵ㄳ㠷㍡扣㌰〰愹㤹ぢ愸っ愴ㄵ晥㐸㈲㝤㍦㈱搲㌸㍡㜲㑡慡晦㝦换㜲㝣戸"]
["Decisioneering:7.0.0.0","Decisioneering:7.0.0.0","Decisioneering:7.0.0.0"]
["CB_Block_7.0.0.0:1","CB_Block_0","CB_Block_0"]
["㜸〱捤㔸捤㙦ㅢ挷ㄵ攷㉥戹攴㉥㐹搹㡣㍦㘳挷㜶㠸搴㙤攳捡愱挵搸㡡㥤ㄴ㠶㈴㤲㤶慣搴晡㜰挸挸扤㙤㤷摣㔹㜱慤晤㘰㘷㤶愲㤸〶㍤昵㔰愴㠷〲㍤ㄵ〵ち昴ㄶ昴㔲愰㠷愲㘸㡥〱㝡㈸㡡戶㝦㐰㍦㔰摦ㅡ愴扤昴搰ㅥ搳摦㥢㈵㘵㤲愲ㅢ㕢㔵〱㡦慤搹㤹㜹㌳㙦摥扣㜹敦昷摥㌰愱㈴ㄲ㠹捦㔰攸㑢㈵㐵㡤ぢ昵扥㠸㤸㕦慡㠶㥥挷㕡㤱ㅢ〶愲戴挴戹搵扦攷㡡㈸㠹〹㘹搳〵㕤㘸愶㜰摦㘳扡戹换戸挰㈴㉤㤱搰㜵㐳〵㥤㤸搰㕦㘱搸㌱㘸㔵㍥㠵慡㔱慤㙣㌴ㅦ㠲㙢㍤ち㌹扢㕡摣㡡搷摥㉥㤷㑢攵搲㡤㥢攵㌷㑡㜳㔷㡢搵慥ㄷ㜵㌹扢ㅤ戰㙥挴㉤敦㙡㜱戳摢昴摣搶搷㔸扦ㄱ敥戰攰㌶㙢捥㕤㙦㕡㌷㙥㤵㙦捣捦㍢㙦扥㜹㉢㡦慤ㄳ㥢搵捡㕤收㜵挰敦愸戸愶挱㜵扤㕡搹攴捣㌹㉡㥥ㅡ㈹愲㕣㘳㉤㤷㌴挶ㄸ㜷㠳敤㔲戵㠲晦㈳㕡㐱敦㘶㘹愳㕥㘷㠱㜰㈳㜷搷㡤晡㜴㍥挳摦㘸㌵户㉣慦换搲扥ㄴ㐹昷户㉣扥㙥昹㙣挶㝦㔷戰㜷慣㘰㥢㔱㑦昳㔷扡慥㥤挲㑤㈶慦㑣摢㘸愰愴搲㐶戵㔲㙤㕢㍣㤲㉣㘹㠳㙢搳㘶换㥤㑡㈳愲挸㌵㜲㤴搴愳攴〶戶㈲昷㈴㈹㌳㔴改愸搲〶慡㤳㈳㉢㡢㜲㘹戱慣愴晥〵㡢ㅢ㕤㤸挳㑣搵戴㔴戳愹㥡㉤搵戴㔵㤳愹愶愳㥡摢慡搹㔶㑤㔷㌵ㅦ慡收づ收っ㡢㥥挹愸㠳㜲㜱攱晤㍦扢㤷搷ㄶ㍦晣挶愷㝦㍢扢昰挱捦昳挴㙢ㅤ㘷㉢慤戳攸㠸っ㐱愳㌳㍤扤㉥昳㤸慤昹昱㔵搴㤸㘸ㄹ㜴㑦慢㠱捤昶搲㘸攱晥昲㝥㌵っ㈲戶ㄷ搵慣挸捡昸㥢ㄶ㘷㐱㘴㘰搲慣㕣ㄵ户㘸攵㡣ㅣㅢ慥捥づ㝡攰㔰㤰捤ㄱ㉥㌹㌹㄰㜳㔲攰㝡挹㔴㕣敢改㘹捥㝣搷ㄲ敤挸㙡㝡散昲挴㤵㤳摥㘰㘵敦㐶慥㈷㑡㘰戹挲挳㙥㠷㌴㝡㔴㝣愴㈱㤳㘱愴㘷㔰㐹攸愱㉦㌶㔸㌴㡥攱㤳㌵㠸㘸㄰㤱㘰〹ㅦ㤴㈱㉤㝦〲ㅤ㠸㔸ぢ㝤换つ㡥攸㜲昳㈷挱昴晥挰㡡㙢摣敡挱㈳ㅦ戳㝥扤㌴㐷晦㍥ㅦ㤲㠰㐸捥扣㜳搳㈹㤷敤昹㌹敢扡愵㤱ぢ㍣慢㐷㥤挲㥡扣晦挰つ散戰㈷㕤散㠴て晦㤱㙥搳攸㜷㤸ㅣ捡㍢つ㡢㙦㌳戸㉤㕦慤㥤㜲慡㈱攷捣戳㈲㘶换〱㐲攸戳攳㠳㘲㤹㠷㍥㡤㕦愸㔸㠲㍤㜶摦㔹㈷摥愸ㄲ㜶〳㕢扣㌴㥤㔸㡦挰晡晣㈴敤㌱㤳〳换敡㠰㌴㈶愴愴㤷㈶㤷㐹攳㕦摡㜳㘳昲挵〹㌲㐰㉤㙣㍥㤹扡捣搹㌷昷愹〷㈴㕡㐲㤸摡㘵㐴㍦㜰捡㤸ㄴ换〵〸ち〵ぢ愴㜸戳晥愶摢摡㘱扣捥㈸挸㌱㕢ㅥ昵㌴㤱ㄸ晣戱挵挴散〶愹ㅥ愸㙡扦㌲㍡敡摣搹㡢ㄸ扣搹㠶扣㠸㌶㔱扦㐱㥥㜴㘶㙣㑡扣㈷〸攷挶㠶㤷挳㔶㔷㤰搷昲搰ㅢ愷㉣搹扢ㄶ昶戴搷㐲㥢愵㔲㙡㌲㤱㑡愴愸㈰㡣㈶㤳㜰攵戹〹㐷㤵㈱㠳㜸㡢㔱㙣ㅥ戱ㅣ〲攷敢㑦戵㘸摣扣㘸摤㌴挸搸㡦晦捡㡢攳扥㔲㝡〷摡㠳㤶㍣㐶㡥愴㑥㈲捡㠸愰㡦慤㠶㌶㤹㡡愷昱㠹㐶㜴㐶㜶㑢戳㕦㝤昲㔱㈴摢㝤换昸晦㑥㔶搵㤳㠳搳摦搹〵㘶摦戵〲摢㘳晣扦敢㡢㈴㌲挸戳㡤搳㔴㥤㐱㤵㑤㘸㥦〰摤㥥愸㐹㑡㤴㤴㍤愵慦昵㕣㍢㙡愷摢捣摤㙥㐷ㄸ㐳㝥愵敢愴收つ愰攴㍣㘰晥㈷㐸戰摥愷㈴换㜸㤱慡㜳愸戲搹㙣㡣㥦改慣昱㤲散㈷㔲㠴慣搳㠴摣㡦〳ㄴ攰戲昷㐲换㕥戶㕡挸换㌲㠳慣㑣慦㠶㝥〷搱㠹ㄷ㘸㘶ㄵ戶〹㥢摦㜵㙤挶㜵ㅡ愸㈳晢㑢㈱㈹ㄳ㘹改搹〲㘱㈷㤹搰戴㥣㍥㙤慦搵㈱慦换〳つ㡥㘶㤷慢〷昸晦晤晥慤〵㍡㔸㌶㑢ㄹ㤳㜱㠱慡㡢愸㌴搲攴㌳㝢挳㜱㉣㍡攳搷摢㘱敦㉥㔴挹㐴㥣昴㠸㉡㜷愳戳〷㠷ㄱ㐶㉤晦㥣ㅣ㕦攱っ〰挸ㅢ挰〱㜹㐶㕡㜱㝥㉡㐵㉥㍡㉦㡤㜱挴つ㘷㥤㉤㤷昵〸扣㕦㍥㐸㐲搶㔶敤㡡㈸㤴㔱晦搲㐱㝡㉤㕣て愳㥡㉢㍡㥥搵扦㍣㠵ㅣ㔳ㅥ戴㔹〰散攲㠰戰捦㥢ㄴ㜶㍡捣㥥㈲㘳㍤散昲ㄶ㕢慤㍤て攸㠷㥢㡡㡢㈲㠱㑦搱㤵戴慡愰ㅣ捥昱ㄴ㜲㠹挴户㑥晤㙣攵搱㝢摦㔹愰㤸慣㘴戳挶㈵㝣攱㈶ㅡ㌹攴㘱㐰㤲㜲㤴㤹戱搰㝣㥡㔲昰㌵㍣㕢摣㡥挷㉡ㄶ㠷㜱㠷㕣ㄸ晥戰ㄹㅢ摦㐸㌲ㅣ㝢捣昳愰㜰㐴㥡㌸挶㤴㥥㡣戱㈳㠲㑢㍢㈴㠳㈶㕣㔳㑥㑤〴〳㜹㙥㐲愸㐳摥㤷昶〸戸昸㡣㠲搰㑢㌳戳㑢㠹戵㘹㈲㔱㐵㡦㡡愲晤ㄵ慣愶捡㐷昰㥡ち攸愹㈴㔷㘵㜷㠲戰ㄷ㐸挹㌵㐱昹づ㌱㌴㌲ㄹ㍡㐶ㄶ㝦戲捣㈳ㄲ挳㜴挸㙡〸挱㘷愷改㉡捥㑢昷摦㜲慢㌶㐲挴攰昱㤶愷挷㕢㠳㌳昹㐲搳㘵〷㉡㥣昱ㅦ㠴㝣愷ㄹ㠶㍢昴㕡㌸㈶㝢愲捤㔸㐴慦愹㥣ㅦ㍦〹愹つ晢㑦㈶挷㕥㑣〳扤ㄳ㤱戲㘲㤹㌱愷㕦㐱㉢戹捣㕢戲愷晣〹攷愷㤷搶㍦ㅥ搹挵㕦扤晤捦敡て㝥㜱㡤㝦愱昶摤㑢捡ㅦ〷㠴㑦㍦晢换搶㙢㉦晣㝡昱挷换㝦昸㝥㘱敤㡢ㅦ㘹ㄴ㐴㥥㉡㠰ㄷ㌰昱戸戳㡦㕦つ㌷昲㔸捥㠹㑤㠳摡扡〳㐴㐲㜲㘵㘷㥣㐶ㅢ愷慥捤㌸㉢摣戵㍤㌷㘰㘴㍡㐸㕢改攵㜹㡦㙤㈳㤱摡っ改㤵ㅢ〶㌳㑥㠳㕢㠱愰㜸ㄳ戴晡㈷挶㝡搲㕢㌴愷攲〶〲摢㐸捣愴昶㜱㠷㈰ㅤ㌷搷昵㠳ㄵ慢㈳㥥〷㜷㤲㍦㝣㐰㍤㈸㌱㠰愹㡡慡㉡扡慡ㅦ搲㈳ㄲ改㉦㠱搵戵ㄱて㝣慢㜸㡦敤㌲て挱搷㉥戶㐲ㄱㄵ㐳愷搸攱愱摤㙤㐵挵㡦㝦㔹㤴扡㐲㈶愶㑡散㔳㕦㈷㐹㘲挳㈵㉣㝣晡戴㡢扣㈰㉦㝦㘹ㄸ攴挳挹㘹㘱㝤㍦㉦㤴㘹捥㤷戱㐶愱慣㐳扡搰慢㠳〶㜵ちㄴ挱㈹愰愷慦愰㝡愱㕡㌱㘳敢ㅥ㍡㐹晡㉢ㄸ㍥㠶攱㤱攴慦㐰〱㕦㘶㌷戳㘸挸ㅦㄵㄴ㠲㙥挹晣戵㐱㠳㍡㡡摣㤷收㤴㔰つ㑢㠱昶㈷㕦㌷慥愱㥡㐹㉡挴㠵㥣㌷㍤㐷晤㈵捦㉢づ摤㑦ㄸ㌴㤴㉥愳扡㔲㠷㜹攱㜹㘹㌵㕤て捥㕢㜴㤰ぢ戰ㅥ摣戴戸戶搱㌰搹㥥攵〳攱㑢㝢㥥昰㤵摦て晣㠸㍤晣㘱扤昳敦晢㙦㝦慦㈷㌶㝢㐹昷㐷捡敦〶㠴挹ㅦ㈷ち㈴戴㤴攸〶㐹㤰㉣っ挵搵㐸挲慦㑥挳㤴〳ㄹ昱散攴昳攳づ㥥ㄳ㝤搲㔲ㄲ愹㤸㈶㙦㍦愵扥㜵㌸㕥㐳㕣愷换搴㝥㡢㔳晣て㝣攸㘲挶㘱昹㘵㡣ㄸ㙦愰㔲攸昸㜴㘴攵㌷搸㠳昶昹㍡㍡扡慡㘸㐴㥤挴㙣㑡㌳㤷改㠰ㄳ改㜰㉥㐷〸晤搳㠵㑦ㄶ扦扤昸挱㔲敥㍦㙤㠲㡣捦","㜸〱敤㕣㕢㙣ㅣ搵ㄹ摥ㄹ敦慥㜷搶㜶㙣㘲㤳㤰〰挱摣㉦㡥㤶㌸㈴㕣㑡搳攰㑢㙥攰㈴㈶㜶㐲ㄱ愵换㜸昷㡣㍤挹捥慣㌳㌳敢挴㌴戴愱愵㔰㝡㔱〵㤵摡㐲㘹㡢㔰㠵攸㐳㉢搱〷〴㉤㝤愸㔴㠹慡㠲慡て愸㔲ㅦ㉡㔱㔴戵慡㕡㔵㤱晡挲〳ㄲ晤扥㌳㌳扢戳扢摥戱搹㐰敢㔴㥥㘴晦㥣㌹昷㜳晥敢昹晦㌳㐹㈸㠹㐴攲〳㍣晣㤷㑦㤲㠹换愶ㄶ㕤㑦㔸戹戱㜲愹㈴ち㥥㔹戶摤摣㠸攳攸㡢ㄳ愶敢㜵愰㐲㍡㙦愲摣㑤攵㕤昳㘱㤱挹㉦〸挷㐵愵㔴㈲㤱挹㘸㉡捡搹〹㝦㝤攱㡢挶㔶摤㐹㠰改戱搱挳㌳挷搱敢㤴㔷㜶挴搶挱㘳㝥摢㕤挳挳戹攱摣㡥摢㠶㙦捤㙤摢㍡㌸㔶㈹㜹ㄵ㐷散戲㐵挵㜳昴搲搶挱挹捡㑣挹㉣摣㈳ㄶ愷换㈷㠴扤㑢捣㙣扢㘵㐶摦㜱晢昰㡥㥤㍢㡤㍢敥戸扤ㅢ㐳㈷づ㡤㡤㑥㍡挲㜰㍦愲㍥㔳㥣昲㡥㜱㔱㌰戹㌶㈱ㅣ搳㥥捤㡤㡤攲㙦㘴晥㜸扢㉤㌷㌵㈷㠴挷愱㠵㈳散㠲㜰㌵㌴散戲㐶㕣户㘲捤㜳昳㌴㙢㉦㤶㕡搰㕤㉦㘵㡤㠹㔲㐹戳挲㕥㌳搶㘱散㕤㐹㕦散戶愶㠴敤㥡㥥戹㘰㝡㡢㘹㙢ㅡㅤㄵ㝢慣愳慥㌸愲摢戳攲㤰㙥㠹㤴戵慦㘲ㄶ㤳晥㤳攸戸㍥散㈲㍡㌱戹晣摣㠸㙢㡤捤改㡥㥣㤱换㡤㠹愹扢搷㈹搴搷扤扡㜵扦㥣扡ㅣ㠱㝤㕥摢扡ㅥ㑡㡥改㑥戵收㔰敢㥡挱攲敢㘷㜰㜳敢晡㤱㍤慡㙦㜳㘳敢㌶㜲㉢敢㙢㉢㕤〱㝤换ㅤ挵㘲戴㌴㐱㈷㐱㠶㠰〸搴戲〴㕤〴摤〰㑡昲摦攰㤲㘸㐳ㄶ愹㜹㕤捤捦愸昹㠲㥡㉦慡㜹愱收つ㌵㍦慢收攷搴扣愹收㡦慢昹ㄳ愸ㄳ㍥㤹捥㑥㌵㜸㥥㝤改㤱扦㑦扣㜱㙡捦户㌷㍥戴攱敤つ㍦ㄹ散㕥㠷㑡昷〶㤳ㅡ㜷昴㔳㈰戵ㅡㄵ㙦捦㙤攳㥦攵戹〲㑣㘱散㌴㙥㌳㠶㠷㡢㍢户改户攸㈹㉥㉢〶昹㜵㠴搲㠷扡摤挶㝤愶㕤㉣㥦㤲戸扢㙣㔴㜷㐵㙤攳㠶㠲戲搱㜲挵㉥扡㤷㉥㕤㌸攵改㥥搸摣㔸㔶敢愴愹搹ㄴ搸㑡戸㜲扣㉤㡤捤㡥改愵㡡ㄸ㌹㙤晡挵㤷㌷ㄴ㕢㤳㑥㜹愶㜵改㕥㐷㥣慣㤶㌶捤㘸〴㐲㙤㐱昶摤戴㑡扦挸㥦搷攰搸㕣搹ㄵ戶㥣摥㤰㌵㘹ㄶ㑥〸㘷㑡㔰㈴㡡愲㕣敡挵㉣ち戸㝥攸戰㡤㠵㠲㕢㡢㔷㐵㜳㡤㍤愷㍤㌰戳㈸㘲扥昳挲昱ㄶ愷昵㤹㤲搸㔰㔷挵ㅦㄳ〵㥢敡戲昷㤶ぢㄵ㜷慣㙣㝢㑥戹㔴㕦㌲㔲㕣搰㈱㘹㡡〷换㐵㤱㑣㈶愴㔰㠰挰敤攸㔰㤴挴㑤慤㜹㐱㈲㈲㠲㘲㌲昲㈵昵㘴㤷㍢㠲搵㘱ㄵ㈵㐱㥡㔴慦㔹愶㌳捥㔷捡㤸ㄸづ㡣慣㠹晡㠳㠳摥戰㑣户㔵捣㝤扣㤵㔵戵㍦㔸晤㥥〵㘱㝢晢㜵扢㔸ㄲ㑥慣昶㔳㌸㈳慤ㄷ㈰㜵づ〲愱攵敥㔱搵㈹愷㤵挵搴㈹戳攸捤愵攷㠴㌹㍢攷㈱てㅡ㌲㤳攱搶㌶㍤摡㐵挸搲搶ㄳ昴〳㘴戳㠹昴〰㉢愵戳㜸ㄲ㈹㑡愷ㄸ㕥慥ㄳ攴㙣㔷挷换摤挶㕥戳攴〹㕦㈸昷ㅡ挰㠸慦搵㈴晡㝡㐸愲㡥㕥昰ㄵ挶㠰㌱〶㉡搵㑤摢㕢慣昱㙤ㄳ㤷昸㐴戴㈶ぢ㔶㥤㉣愰㈸愸㤷〷㌱扣〶愲㘹㤰〶昱㤵㈳㐴㐴㌶㠸搱散攸戹㥥挸㔸㍦㐶㐶愰㝥㤴〸㔹㝢㕢㙢ㄹ㐱㘲㙦㈶㔲㌶㙡挹㡦㙢搲㙣㈹㕢摥㤷㘶ㄷ㘳攳戴つ〴ㅢ〹㉥㈱搸〴愰晣ㄵㄲ㡥㔲づ改晡㐷扢ㄴ敦摡㘵〴㤷〳㐰㍥㘹㤴㌹㠱愸愲つ戵ㄲ㍢㤲昵㝡㘰㈷㑢愳搸ㄷ㐵戴㡣慢㜶㘶㡦㈵ㄱㅤ㔸㥤慢㐳搷㈶愵㡥扤慥㌵㙤㐶㤷㐳㡡㡣愹ㅡ㕤敢㌲㔵愳ㅢ挱慡㙤敡慤㉢搰㔴ㅢ㈴戸ㄲ挰㔷㉣㌴㜶㔷㘶捤搳㥣扣㈰㑣㈲摦㄰㙡㔳戹〷㐴㑣昳㍦㐶挰㌵ㅤ㕤搶散㘷㥡㠲㐳挶〵㙦㍦㙦㙤捤摢〱搲ㅢ㜴收㥡捥愱慦攸㐳㕡搰㔷㠱扤㤴㍦戵搴㉦搷愰㔸扢㤶攰㍡㠰〶晤挲㤳昷㠷昵ㄲ㐸㤳搸㡡㘰㙥㍤㍤㉥搲挲㥤㕥㥣ㄷ㔲晢㜴ㅢ搳扡㌳㉢㍣㜸㉦づ㡣挳づ㉥㍢㡥㈸攱㐰㕢㤴ㄹ㍣扢㙣慣捦㜴昷㍡㘵㡢昹㙢昶戱㝢㐱㈸㠶㘴㔲敤㐸㌴搸挷㌱㜶㘶挴摦ㄴ愱ㅣ敡摦㕢㕡ぢ㠹㐸愳㝡昲㘲扢昸戳攵㥡㈴㘹㐳㤲摣㠰㙤搵㙥〴㠰㤴㔰晥搰㔲愲っ戱摡㔶㔹慤摥㕡愵㜷㉦收㘴搲攰㍦㙣㤲㈳㕤扥戳㜶ㄴ扥〳户挷㥡㌲慤慡戰攸戲㈶㠵㔳㠰㕦挱㉣㠹慣敦㤲愵愸㔹㤳ㄵㄷ㠸慣攸攸㘸㍡㑢挷昸搶㈴㥤㌴㐸㠹㔸㙥㡦㉤㡣㌹㠷搷㠸㡡㉥㐸ち㤵ㄸ户㔰㔵〲㤱昲㔸㜷㑤挴戴㈱㘲㜲搸㌸敤㘶㠲㙤〴挳〰愹摦㐱搲慣㜴攳ㄹち敢㕣愰㍢㍢㥦㑦㘴㠸〶改ㅥ㝣慢愵戰摡挱㘱㜶ㄲ摣ち搰㘰晥搰昹ㄸ㐳㠸ㄲ攵ㄱ㐲愴戵愴ㄹ挷㑣㜱㡡㌴戰捥㐰㔰㘹慣攲㝡㘵㡢㔱愵ㅥ㘳扣㝣愸散㡤㥢敥㍣愲㔰晤㐶㤰戸㙦㑥搸愰㉥〷戶㑦㐳㕥㜹㝥㕥ㄴ㌵㘳慡㕣㠱㘸㍢㌰扥ㅡづ攵㔸ㅦ㙣㐹㜹㉥㔷ㄵ㍣敤㥤㡤搱㠵㈲㑦挴昰戵搲ㄳ扢㈲捦㌷て㝤扤戵ㅤ㥤㌶扤㤲攸㌲㝣愶㘳㍡㘳㘰ㄷㄱ㌵㈸㜶ㅡ搳㜳㡥㄰攳㍤挶㍥挷㉣㤶㑣㕢㄰ㄹ戰㌱ㄹ愸㥢㄰戳㠸㄰㑣㤶ㄹ晦㉢摢㍤挶戴愳摢敥扣捥㘰攲攲晡扡㌷ㄹㄲ㐹ㄹ愳愶敤㘲ㄸ㠹㐵愶㝢㡤愹戹昲㈹㐴㙢㉢㤶扤㑦㥦㜷㔷〵㔶㐸昴晥㈳㔱愳愸㡡慡㉡ㄹ㌵搳㉥㝥㜸㈰㑦㈴戶攳㤷㈴㤰戸㑡愴攸㉦㡦搱摥戴敢㠳昸っ敤㜴捥愹ㅢ㤱愳㙡㘶㐷慣ㄴ㈶愷㙡户戳捤ㅤ〰㜷敦㍢㝡愰ㄶ㤵㍢慦㜸㜵㡡ㅥ晥ㄸㄹ㉦挹愲ㅡ〴愱㝦㙥㥤㑦㉡捣㈳攵㠰〳㠱㜱扥㌵㤲㕦搶㤰㜵㐸㝤敢㙡挹扤㠸㈲㜵ㅢㄳ晡㡣㈸㈱ㄶ㙤改摥㍡晦㠵㘶慣愵㤷摣愰㙣慣㙣㔹㍡㐹㡢㘴㌹㔵搰㐹挱㈳ㄵ慦㝣搰戴㌵〳㐰搲㕦㤰愵㥦㐶㤶㝥㕡㘶㜵ㅢ㐷ㄸㄶ㤴㘹昶㔵㥥搵ㅤ搳㥢戳捣㐲㠶㉦っ摤慤ち㥡〴㤳㔳昲㠶㑦㈸㌳〶ㅢ慣昹愳㌰搹摣ㅣ搰㥤㠳ㅣ攵搶ㄱ晤愰㕣㔵㐹攳㡦搲愶㘳〹〲㐶㝡㐹戵㍢搱㕢㑡摥㡣㠰挸㤱捦戹昰晥挵戹㉦㈰挷昷换ㄱ敢㌱㈴〲㡦㘰㐴挸搳扤㥤㌶㡥摡愶〷散ㄱ㘳㝢㑤㙦摣〵捡〱㤰㤴挷摢捤ㄲ慢㤱㐶㐳㔵慤㜰㐵㜳㔱㥤㥡搸搲㕣ㅥ搵ㅢ搷㉣㔱散㙢㤴㠸㈲㔹慥㤲搴㉣㑢捣㜱㌵愹ㅡ㐵㉡敥㔰摢㈸㜱㙥搳摡扥㔳㡡㥣㠷㘲㤲㌴㤳搰㜶㐹㐲㐱㤰㤷搴〱ㅤ㐵㝦㝤㍣㜹㐴愲㌵戴〱戲搴㔳㝥㕥㑦㄰づ㍣㠰㉢㈷㐵㤱つ摥挰摦敢㠲攴攱㡡㔷㔷愲㥦敥て㑡㐶㑡愵挳㌶慣㠴㠲敥ㄴ㔷〹㑢㘳㙤扥㠶㤱摣搹慥昶昷户㌷挲㠸〱ㅢ㌲㈴ㄲ攳〷〶ㅢ㠲戹㈲搱㔴㕡㘷㍤摣敡㙡㜶㠶㙦〷㠵㙥㑢っ㑣㜹挵㜱戱㈰捤戰㥡㈵摦㉦ㅢ㔴㑦㡢㔲㡥㙡挶挸㡣ぢ㤵敥㔱㡥〷㈹挹攰㥡㜱㠴㙥㈹㕣㘰㠰搸つ㔲㤳〵て㘱摤㙡〷㍣ㄹ慣ㅥ散㘰㐷晣戰〹慤㌳㑡搰㜴っ攱搶㉦㠲扣搳㈶㐶㈱㐸つ昹晣㙢户昲散㌳㝣㝥扣㍢ㄱ㈶〲㈶㘲愸㉢挶㝡〰㜲愳㔱㐹㜲㔱㝦ㄸ㉣昷㈵㥢ㄴ㕡摤㘱ㅥ㑤㡣ㅥ㥡㝣㡥㠷ㅢ㍣㡣㘳昵㤲㙤㑡戸攳收㤹搰愶愵挵㜵挶〱扢㔰慡ㄴ㠵㔴挵愱慣㤶ㅡ㜹㔵攰㑢㕥晦昳戹㈹㘶㕦㠲㑤㌹㠰愳ㄴ㤷㑣㈴戵㙦㜷㙢㥦㐲㜳㈹攴搰㠷㉦摢ㄸ㝣㡣㜱换挹㘰㔸搳ㅤ〵摡㠷敢㙢㤷ㄷ攴挵㌹㠸戴愶㉣捡戲〹摣挵慢㐶㤰㈵户㐵慡㑤㤴㈷捡戴搹㈳㔹晢㑤㍦㙢㔵攰〸敢昴〵㕥㍡つ㘳愴㑤敥㘰㈷㠹㜳㐱㘴昷摣ㄷ攴㙢攲摣敥挰昸㔰ㄸ摦攵㈹㈸㠱㕤〵㈳搱攰㔶㙢㔶户挲挸㉦㉤㙦敤㉥〰㠵㈱㘰ㅡ戴愸改ㅢ㌸愳㐸㉦㙦攰㌰ㄸㄹㄳㅤ㡤〶㔲ㄹ愳散㠷挳ㅥ㐸〳㌷昱㈰㍤㕤㠶ㄲ昲〶攴愵戰昰㕥攲㤰㠵㈳㔰搹搹搰㤰㌹愹㝢戸晡㘲㙦㙡挸ㅥ㈹ㄶ㘹敥挲㍦户㉡戰㡡㙢ㅢ扥㌹㍡搰㜰㈱㑢慥㠹昶摤搵つ〵挱㐵挱敤攳戹晤扡㔷㤸㥢昲ㄶ晤㑢㕢敤㤲㐴敡㤷昰㐷㉣㌹㍡㙤收愴捤㑢愸ぢ摣晢散〹扢㝣捡㤶昳㑡戹扣昱㐷㉢㔶敢散攴㈴戳㠹て昰㐷㍥㙡㈲昵㍡㝡㕣挹戴搹㐱捤㐱挲㝥攴攳㑢㠳㐱愴㘳攸〴戶㝢昵挶〰改㘴愰㠱㑥愴㈰㔸㈳ㄴ㝢昶㈳㈳ㄴ攵ㄷ㐰㉢㠹挵㍦㤲㘳捦㕦〴敢㉢㍦㐷づㄱ㡥昷㐰㡣愴慥㐴㉡〶㜵㔲㤰〷搷㍢㜸ㄹ攴晦〷㑢㈱㌷㉦挹㑥晦〵㘶㔶㕥㙢㐴搱ㄶ愲攸搵㘶ㄴ㌱㄰晢愱㐲摥㥣晤摡㔱昳㘳扦搶晢㍦㍣㙡摥つっ昳㤱搶ㄸ㠲㙡っ挶㔷㡤㠱㡥㈶㘳攰㕡ㄴ㑢㘳攰ㅥ戶㘱扣摥㌷〶〲㙦挷㐱㘴㉣㙦っ㌰㡡ㄷ㘳昲㐵㠲慡ㄱ〷〶捦㕡ㅢ㉣㝡挲昶攳㝡慤㜰ㄱ戹㠷㝡㜲挷攰㝢摡搸㥣㍤愹㍢扡戵㐹收敦㜳〴搴㤶㌳㡤晢摡戲〹㕢㙣㕥戲㐴㌶㕡挲㉢ㄱ晡搳搷㍣㈷㉢扢愵づ㑣昹㡦敦愸㔷㌲㑡晡㍣㝣㈲ち㑦〸㠹捦つ晣㜴摦㥦ㅦ㝥㙣㌷敦愵〵戴㥡㘲㈰戸㥤攰㍣㉤〷㠴㙦㈳㔷㐲㉥收攷㌷〷昱㈱㤲㌹㕦ㄲ愳扡㈳敤ㅤ㔷戳挲愴㑦㜸ㄱ挲昴㠹㙦㌵ㄸ㤳戸攱攰ㅢ㤳戹〶挷愶晣㝣㐹㍡〳㜳㤱㠹㑢敦㕤ㄸ㈰㔴㕡慡慣㌶敤捡搴捦愰㜴㍥攴㐴敡敤㐱㥥㉦昹㈸捡换㡤㕡㙤㈷戵㥡㌴ㄳ㤵㈱搴〸愵ㄴ㈲つ愴㤰攸㤱㠵愱㝦㈹愵㈶㤱㐸攵〰㘲㘲㘸㡤挱㕣㥥晣搷㠴㠰愸㕥敦㙢昳㔳ㄵ散㈲戰ㄸ㝡摤摢㍤扢搲敡っ㔵ㄳ㠳戲昲昴㜱㉦ㄲ昲㤸挲っ㐶㘹㘵敥ㄱ㈴挲㈷㌵㡣搴㡡ㅤ㑦ㅣ愴挷昲㐳㙣㍥㘳愷㉣㝡搵戲搶ㅥ扢㠲㍢ㅥ搰㌳㘹愹㌰散昵捣挶搱㔳㐶攳晣慡㔹㍦㡢戰搷㑦㔶ㅢ㜵〵㐵搰㔹昶㈶㥣㍦ㄱ收攳昷㐰㉣ㅦ慡㜵㝤㜱㘳〹㜵㥣摤㠹〵昲〷晢㙢㑢っ㘳㘳㔴㜲っ㈴散㡡㙡㘵晣㑢攰㔳㘸㈲敤㜹㐵慢㈵㌹㤶愲㌰ㅡㅤ㜲㔶㠷摡愴晦ㄹ愷㤶㥣㌵捤摡っ㔸搷改晦㘳挸㔸㔶晦㉢㡣戲㐹㤴摤ㄷ㈴昸㤲㘲愴㘴搹攰っ㜷〴㍥㙣㠴㘹攴ㄱ㔸㤳㐹〶户晤搴ㄴ㍥㔱昵㡢愵〴㠷㠷㉢搹㜸〹愲摡㤶戶㙤㔷㑢〱挸㈸㔰敡㈵㠸愰㤶敤㌹改收㜳㙣晡㝥㘴てㅣ㌴ぢ㑥搹㉤ㅢ摥攰ㄴ挲扢㠳晣挲捣㠰捤㌳愲扣搸㈸搴慥挶㑥㜴㍦㠰㌶㠷づ㐳㘰ㅦㄲ摥㐷ㄵ㜵㘴っ㘱㘵㌱ぢ㝥㙤搴ㄷ〹㈴㔱㍢戸ㄷㄹ昷㔶昴ㄲ㍥㔰㍤っ慦愶挷慣㔵愱散㝣摦㜲攳㕤っ㙥ㅤ㙥㘳摤〳捦㡦㈸攵㄰〶㤳㑢㜸攰㐱敥㙢攳ㅥ搴搷つ搶收戲㘶㝢摥戵㙣敡㐷挰改捡㐶愹㈷ㄹ㡥挹敦㡥戳摡㠳㠴㠸昳搰㍢扡㜲㔷㉣㝢敢〷㥤〷㥦㙤搳攵㌵㔴㠲愳㙣〵㜱敥捦愲愹㜲ㄷ〱㝥㕡㍥㐸昰㐵愱㍦敦㑥㈶㥥挷戲挸〰㐸㈷搲㍡㐰㙢慡晥挱㔲㔴慤昰㘸㐱㉡捣㉡摦㐷㌹㜷挹㕦㙤㤱㜹㌸㙡挸㈳〴搲㕡㔴㜲㉢㍣㐲挸昱㥦㐵㠳敡昸戳挸㙤㍤晥㜷㤷ㅣ㥦捡㕦慥㉦摡㝦㕦愸㍣戴攳ㅣ晡〴㐱㠹挰〲攸ぢ㙢昶㔲㉣㔲搶愴晤㈰挲㙢扢㤱挶昳晢攰摦㜷㜶扦昵㈶㥦㝦敥㔶愴㈰㐴㔱晤㉡㈸〸攵㉡㥥㡡慥㘲ㅥ戹慤㔷昱捤愵㔶搱㐷ㄹ挹㤹㘸づ㐰㑦㠷㐲㕡㤱慢㜲㤱攰㠶昲愷㐸㠴㈲㔱㌷㡢㍥㈲㔶戶慤㈰㠱戶摣㜹搹㜶〱㠹戰㙤㡡ㅢㄱ昳〹㡦戴㡦㜸攵㤱㕥㥢戴敦㜶㑤晢㕡㌱㘳〵晥搶㔵㈱ㅢ戰㈴㝥ㄳ摢㔲愴愷摢㡣攵㉢㑦㠶㠸搹扦㍦晣㍥㑡つ愲㑢㈰っ摦㈲㈵㈱㜱㈳㤵慦㠴㤵㕦㝥愵收ㅣ㐵〱ㅥ㔰㡦㕦㤹〴㈷㉢㍦ㄱ㔶摥㡥㙦慦㘴㥤〴敦ち昰㜹㈷慣㑣挲㤴㤵ㅦて㉢晦㘳晢愶㙡攵㤰づ晤㥥㔳㈴㤲ㄸ㕢㔷㕡晦㤱敦戰㜹愸㑥ㄹ搴㥦㕤㠶㥦㑤挹㈹㠳挴㈵愹㐱扢㜱敤挳挱㤷搰ㄳ戸挵㠴换ㅥ㄰戲晥㝦㠸㜰〰户㥢挶㜵㑦挷㠷捥ぢ〸㉢㍢㥡㝣㘳攳戴㜱搸㐱㐶愷㜱挰挵㤹慡戸慡㐸〴收㐰搲摦摦㘵摣敦㌱愶㘳㙤㍦挲㜰㤸捡摢㈲敤㈹てㄹ㐲㐹㉡㡦㠵㤸㑤㥣慤搱㡣昶〸㤰〳㌱〹挸㠴昶㜹㐰㍦攴㌲挰㡣㍥昲扦㘴敥戳㐸㘸㡦ㄲ㝣ㄱ㈰慢㤰搹㐹〷改㉦〱昴㠶晦ㅤ挵攰㠲昴㤷愸捡㤹㜰戰㈸ㄹ㘹㕦㘶㠳挷〱㍡攰愸㔵〲㈲捣㙡㑦㈰㈷㍡㈸〵㠷ㅣ昴㐹ㄶ㝣㤵攰㙢〰搹ㄴ㈷扢攲㕤攳㥡摡搴㕣㕦㐷㔳㠵㕢㈱攵搸㌷㠲〴㕦㔲㘷〱敥㙣㙤㉢昳㈸ㅣ㝥扥㡦愰㘶摤㜷晡㝢昰摤晤㈲ㄷ摤㠱晦㜶㈴㈵つ晢愴晡㠹昶晡㈲ㄳ搰㈶㤷㍦〷㥢㝤ㅥ晤㜰㕤㌵ㅢ㤳㍤㝥ㄲ扦㡣㥡㔶ㅥ挵扦㘷昱㔳㑥㘲〴㡥㐲㑤㥢㠱㥢㠵㌴㈰ぢ收㠳〲慡㉣敤㈹〰㠵㌸㈶㥥戴愷昹㐶搴戲㝦敤㕢㐱㠲㉦ち昱㝡㤶㠹㔲搰㍣ㅣ㤰戸㤶〵㈷ㅡ〶㈴晥㘵挱昱攸㠰摦㐱慥㈲㤱㠵㐴扤㔶㈲搲㤲捣㝤〶愰愷愳㤷㜳愳㤶㔳㑦㉢㠵㠷㡡て㍤昴㕥㙦㜲㜰㜳昲搳㜷㜵㍦昳捥㙦摦㝤晡敤捦散晡摢晢捦㍤昷昶㕦㥥㝥昳晤搷㘷㜶扤昱挲ぢ扦扥晢㠷㙦扥扢摥㜸㕥㝤攵扤㠹攷捦っ㥦㌸㜳搲㌸㝡搳扥㌳昷ㅦ扦㜷㜸昲愲愱㡥㡥捥捥敢晢㝦㜳挹つ㝤㘷㑦扥慡晣敡㡦ㅢ㙤㐵㉥㤷〳ㅥ〱〸㥦㍥㉥㕢㑥攳㝢㐸㘰ㅡ㥣昱挷㍡つ㉥昷㉣㝥㑡㌱搸愸㔱扣㘴攰搳攰〴㘴㐱愱扥愰敢㍦挲㐲戱慣","㜸〱敤㕣㕢㙣ㅣ㔷ㄹ摥ㄹ敦慥㜷搶㜶散挶戹㌴改捤扤㕦ㅣ戶㜱㥡昴ㅥ㔲㕦㜲㙢㜳㜱㘲㈷愵㉡敤㜶扣㝢挶㥥㘴㘷搶㤹㤹㜵攲ㄲ㘸ち愵愵㕣㠴ㅡ㠴愰愵㐰㔵愱ち㕥㤰捡㐳㘹㘹㜹㐰㐲〲愱ㄶ昱㔰㈱昱㠰㔴㉡〴て㈰ㄴ㠹㤷㍥㔴㉡摦㜷㘶㘶㜷㜶搷㍢㜶㌶㉤㌸挸㤳散㥦㌳攷㝥捥㝦㍤晦㝦㈶〹㈵㤱㐸㝣㠴㠷晦昲㐹㌲㜱昹挴扣敢〹㉢㌷㕡㉥㤵㐴挱㌳换戶㥢ㅢ㜶ㅣ㝤㝥㥦改㝡ㅤ愸㤰捥㥢㈸㜷㔳㜹搷㝣㕣㘴昲㜳挲㜱㔱㈹㤵㐸㘴㌲㥡㡡㜲㜶挲㕦㕦昸愲戱㔵㜷ㄲ㘰㜲㜴攴攰搴㌱昴㍡攱㤵ㅤ戱㘹攰愸摦㜶晢搰㔰㙥㈸户昵㡥愱摢㜳㥢㌷つ㡣㔶㑡㕥挵ㄱ摢㙤㔱昱ㅣ扤戴㘹㘰扣㌲㔵㌲ぢて㠸昹挹昲㜱㘱㙦ㄷ㔳㥢㙦㥢搲户摥㌹戴㜵摢㌶攳慥扢敥散挶搰㠹〳愳㈳攳㡥㌰摣㡦愹捦ㄴ愷扣㜵㑣ㄴ㑣慥㑤〸挷戴愷㜳愳㈳昸ㅢ㤹㍦摥敥挸㑤捣〸攱㜱㘸攱〸扢㈰㕣つつ扢慣㘱搷慤㔸戳摣㍣捤摡㠵愵ㄶ㜴搷㑢㔹愳愲㔴搲慣戰搷㡣㜵㄰㝢㔷搲攷扢慤〹㘱扢愶㘷捥㤹摥㝣摡㥡㐴㐷挵ㅥ敢㠸㉢づ敢昶戴㌸愰㕢㈲㘵敤慥㤸挵愴晦㈴㍡㙥っ扢㠸㑥㑣㉥㍦㌷散㕡愳㌳扡㈳㘷攴㜲㘳㘲敡敥㜲ち昵㜵慦㙤摤㉦愷㉥㐷㘰㥦搷户慥㠷㤲愳扡㔳慤㌹搸扡㘶戰昸晡ㄹ摣摡扡㝥㘴㡦敡摢摣摣扡㡤摣捡晡摡㑡㔷㐰摦㜲㐷戱ㄸ㉤㑤搰㐹㤰㈱㈰〲戵㉣㐱ㄷ㐱㌷㠰㤲晣㌷戸㈴摡㤰㐵㙡㕥㔷昳㔳㙡扥愰收㡢㙡㕥愸㜹㐳捤㑦慢昹ㄹ㌵㙦慡昹㘳㙡晥㌸敡㠴㑦愶戳㔳つ㥥挱㙦㥦扢昷敥户㕥摣昳收敥㐷㜳㍦㍦扢改㔳摤慢㔰改㔰㌰愹㌱㐷㍦〹㔲慢㔱昱㤶摣㘶晥㔹㥣㉢挰ㄴ挶㌶攳づ㘳㘸愸戸㙤戳㝥㥢㥥攲戲㘲㤰㕦㐷㈸㝤愸摢㙤㍣㘸摡挵昲㐹㠹扢换㐷㜴㔷搴㌶㙥㌰㈸ㅢ㈹㔷散愲㝢搹挲㠵ㄳ㥥敥㠹㡤㡤㘵戵㑥㥡㥡㑤㠰慤㠴㉢挷扢戲戱搹㔱扤㔴ㄱ挳愷㑣扦昸㡡㠶㘲㙢摣㈹㑦戵㉥摤攵㠸ㄳ搵搲愶ㄹつ㐳愸捤挹扥㥢㔶改ㄷ昹昳ㅡㄸ㥤㈹扢挲㤶搳ㅢ戴挶捤挲㜱攱㑣〸㡡㐴㔱㤴㑢㕤换愲㠰敢〷て摡㔸㈸戸戵㜸㑤㌴搷搸㜹捡〳㌳㡢㈲收㍢㉢ㅣ㙦㝥㔲㥦㉡㠹㜵㜵㔵晣㌱㔱戰愱㉥㝢㔷戹㔰㜱㐷换戶攷㤴㑢昵㈵挳挵㌹ㅤ㤲愶戸扦㕣ㄴ挹㘴㐲ち〵〸摣㡥づ㐵㐹摣搲㥡ㄷ㈴㈲㈲㈸㈶㈳㕦㕡㑦㜶戹挳㔸ㅤ㔶㔱ㄲ愴㐹昵扡㐵㍡攳㝣愵㡣㠹攱挰挸㥡愸㍦㌸攸㑤㡢㜴㕢挵摣㈷㕢㔹㔵晢㠳搵敦㥣ㄳ戶户㐷户㡢㈵攱挴㙡㍦㠵㌳搲㝡〱㔲攷㈰㄰㕡敥ㅥ㔵㥤㜲㑡㤹㑦㥤㌴㡢摥㑣㝡㐶㤸搳㌳ㅥ昲愰㈱㌳ㄹ㙥㙤搳愳㕤㠲㉣㙤㌵㐱㍦㐰㌶㥢㐸慦㘱愵㜴ㄶ㑦㈲㐵改ㄴ挳换㜵㠲㥣敤敡㜸戹摢搸㘵㤶㍣攱ぢ攵㕥〳ㄸ昱戵㥡㐴㕦て㐹搴搱ぢ扥挲㔸㘳㡣㠲㑡㜵搳昶收㙢㝣摢挴㈵㍥ㄱ慤挸㠲㘵㈷ぢ㈸ち敡攵㐱っ慦㠱㘸ㅡ愴㐱㝣攵〸ㄱ㤱つ㘲㌴㍢㝡慥㈷㌲搶㡦㤱ㄱ愸ㅦ㈵㐲搶摥摣㕡㐶㤰搸㥢㠹㤴㡤㕡昲攳㡡㌴㕢挸㤶昷愵搹㕡㙣㥣戶㡥㘰㍤挱愵〴ㅢ〰㤴扦㐱挲㔱捡㈱㕤晦㘸㤷攱㕤扢㥣攰ち〰挸㈷㡤㌲㈷㄰㔵戴愱㤶㘲㐷戲㕥て散㘴㘹ㄴ晢愲㠸㤶㜱搵捥散戱㈴愲〳慢㜳㜹攸摡愴搴戱㌷戴愶捤攸㜲㐸㤱㌱㔵愳㙢㕤愴㙡㜴㈳㔸戵㑤扤㜵ㄵ㥡㙡〳〴㔷〳昸㡡㠵挶敥搲慣㜹㥡㤳ㄷ㠵㐹攴ㅢ㐲㙤㉡昷㠰㠸㘹晥挷〸戸愶愳换㡡晤㑣㔳㜰搰戸攸敤攷㑤慤㜹㍢㐰㝡㠳捥㕣搱㌹昴ㄵ㥤愷〵㝤つ搸㑢昹㜳㑢晤㜲ㅤ㡡戵敢〹㙥〰㘸搰㉦㍣㜹㥦慦㤷㐰㥡挴㔶〴㜳慢改㜱㤱ㄶ敥攴晣慣㤰摡愷摢㤸搴㥤㘹攱挱㝢戱㜷っ㜶㜰搹㜱㐴〹〷摡愲捣攰搹㘵㝤㝤愶扢换㈹㕢捣㕦戱㡦摤㡢㐲㌱㈴㤳㙡㐷愲挱㍥㡥戱㌳㈳晥愶〸攵㔰晦摥搶㕡㐸㐴ㅡ搵㤳ㄷ摢挵㥦㉤㔷㈴㐹ㅢ㤲攴㈶㙣慢㜶㌳〰愴㠴昲挷㤶ㄲ㘵㤰搵㌶挹㙡昵搶㉡扤㝢㌱㈷㤳〶晦㘱㤳ㅣ改昲㥤戵㈳昰ㅤ戸㍤搶㠴㘹㔵㠵㐵㤷㌵㉥㥣〲晣ち㘶㐹㘴㝤㤷㉣㐵捤㡡慣戸㐸㘴㐵㐷㐷搳㔹㍡挶户㈶改愴㐱㑡挴㜲㝢㙣㘱捣㌹扣㐶㔴㜴㐱㔲愸挴戸㠵慡ㄲ㠸㤴挷扡㉢㈲愶つㄱ㤳挳挶㘹户ㄲ㙣㈶ㄸ〲㐸晤ㅥ㤲㘶愹ㅢ捦㔰㔸攷ㅣ摤搹昹㝣㈲㐳㌴㐸昷攰㍢㉤㠵搵㔶づ戳㡤攰㜶㠰〶昳㠷捥挷ㄸ㐲㤴㈸㡦㄰㈲慤㈵捤㌸㙡㡡㤳愴㠱㔵〶㠲㑡愳ㄵ搷㉢㕢㡣㉡昵ㄸ㘳攵〳㘵㙦捣㜴㘷ㄱ㠵敡㌷㠲挴㠳㌳挲〶㜵㌹戰㝤ㅡ昲捡戳戳愲愸ㄹㄳ攵ち㐴摢摥戱攵㜰㈸挷晡㘰㑢捡㜳戹慡攰㘹敦㙣㡣㉥ㄴ㜹㈲㠶慦㤵㥥搸㈵㜹扥㜹攸敢慤敤攸愴改㤵㐴㤷攱㌳ㅤ搳ㄹ〳扢㠸愸㐱戱搳㤸㥣㜱㠴ㄸ敢㌱㜶㍢㘶戱㘴摡㠲挸㠰㡤挹㐰摤㍥㌱㡤〸挱㜸㤹昱扦戲摤㘳㑣㍡扡敤捥敡っ㈶捥慦慥㝢㤳㈱㤱㤴㌱㘲摡㉥㠶㤱㔸㘴扡搷㤸㤸㈹㥦㐴戴戶㘲搹扢昵㔹㜷㔹㘰㠵㐴敦㍦ㄲ㌵㡡慡愸慡㤲㔱㌳敤攲㠷〷昲㐴㘲ぢ㝥㐹〲㠹慢㐴㡡晥昲ㄸ敤㑤扢㍥㠸捦搰㑥攷㥣扡ㄱ㌹慡㘶㜶挴㑡㘱㜲慡㜶㈷摢摣〵㜰晦敥㈳㝢㙢㔱戹ぢ㡡㔷愷攸攱㡦㤱昱㤲㉣慡㐱㄰晡攷㔶昹愴挲㍣㔲づ㌸㄰ㄸ攷㕢㈳昹㘵つ㔹㠷搴户慡㤶摣㠵㈸㔲户戱㑦㥦ㄲ㈵挴愲㉤摤㕢攵扦搰㡣戵昴㤲ㅢ㤴㡤㤶㉤㑢㈷㘹㤱㉣㈷ち㍡㈹㜸戸攲㤵昷㥢戶㘶〰㐸晡ぢ戲昴㔳挸搲㑦挹慣㙥攳㌰挳㠲㌲捤扥捡搳扡㘳㝡㌳㤶㔹挸昰㠵愱扢㘵㐱㤳㘰㜲㑡摥昰〹㘵挶㐰㠳㌵㝦〴㈶㥢㥢〳扡㜳㤰愳摣㍡愲ㅦ㤴慢㉡㘹晣㔱摡㜴㉣㐱挰㐸㉦愹㜶て㝡㑢挹㥢ㄱ㄰㌹昲㌹ㄷ摥扦㌸昷〴㜲㝣扦ㅣ戱ㅥ㐳㈲昰〸㐶㠴㍣摤摢㘹攳㠸㙤㝡挰ㅥ㌱戶换昴挶㕣愰ㅣ〰㐹㜹扣摤㈸戱ㅡ㘹㌴㔸搵ち㔷㌵ㄷ搵愹㠹㉢㥢换愳㝡攳扡〵㡡㝤㡤ㄲ㔱㈴㡢㔵㤲㥡㘵㠱㌹㉥㈷㔵愳㐸挵ㅤ㙡ㅢ㈵捥㙤㕡摢㜷㑡㤱ぢ㔰㑣㤲㘶ㄲ摡㜶㐹㈸〸昲㤲㍡愰愳攸慦㡦㈷㡦㐸戴㠶㌶㐰㤶㝡捡捦敢〹挲㠱㝢㜱攵愴㈸戲挱ㅢ昸㝢㔵㤰㍣㔸昱敡㑡昴㔳晤㐱挹㜰愹㜴搰㠶㤵㔰搰㥤攲㌲㘱㘹慣捤搷㌰㤲㍢摢搵晥晥昶㐶ㄸ㌱㘰㐳㠶㐴㘲晣挰㘰㐳㌰㔷㈴㥡㑡敢慣㠷㕢㕤捤捥昰㙤扦搰㙤㠹㠱〹慦㌸㈶收愴ㄹ㔶戳攴晢㘵㠳敡㘹㔱捡㔱捤ㄸ㥥㜲愱搲㍤捡昱㈰㈵ㄹ㕣㌳づ搳㉤㠵ぢっ㄰扢㐱㙡扣攰㈱慣㕢敤㠰㈷㠳攵㠳ㅤ散㠸ㅦ㌶愱㜵㐶〹㥡㡥㈱摣晡㐵㤰㜷摡挴㈸〴愹㈱㥦㝦敤㔰㕥㜸㥥捦㑦㜶㈴挲㐴挰㐴っ㜵挵㔸て㐰㙥㌴㉡㐹㉥敡て㠳攵扥㘴㤳㐲慢㍢捣愳㠹搱㐳㤳捦昱㜰㠳㠷㜱慣㕥戲㑤〹㜷摣㍣ㄳ摡戴㌴扦捡搸㙢ㄷ㑡㤵愲㤰慡㌸㤴搵㔲㈳㉦ぢ㝣挹敢㝦㍥㌷挵散㑢戰㈹㝢㜱㤴攲㤲㠹愴昶敤㙥敤搳㘸㉥㠵ㅣ晡昰㘵ㅢ㠳㡦㌱㙥㌹ㄹっ㙢扡愳㐰晢㜰㜵敤昲㠲扣㌸〷㤱搶㤴㐵㔹戶て㜷昱慡ㄱ㘴挹㙤㤱㙡晢捡晢捡戴搹㈳㔹㝢㑣㍦㙢㔹攰〸敢昴〵㕥㍡つ㘳愴㑤敥㘰㈷㠹㜳㐱㘴昷摣ㄳ昲㌵㜱㙥㐷㘰㝣㈸㡣敦昲ㄴ㤴挰慥㠲㤱㘸㜰慢㌵慢㕢㘱攴㤷㤶户㜶ㅦ㠰挲㄰㌰つ㕡搴昴つ㥣ㄱ愴ㄷ㌷㜰ㄸ㡣㡣㠹㡥㐶〳愹㡣㔱昶挳㘱て愴㠱㥢㜸㤰㥥㉣㐳〹㜹㙢攴愵戰昰㕥攲愰㠵㈳㔰搹㔹搷㤰㌹慥㝢戸晡㘲㙦㘸挸ㅥ㉥ㄶ㘹敥挲㍦户㉣戰㡡㙢ㅢ扥㌹扡愶攱㐲㤶㕣ㄳ敤扢㙢ㅢち㠲㡢㠲㕢挶㜲㝢㜴慦㌰㌳攱捤晢㤷戶摡㈵㠹搴㉦攱㡦㔸㜰㜴摡捣㐹㥢㤷㔰攷戸昷搹攳㜶昹愴㉤攷㤵㜲㜹攳㡦㔶慣搶搹挹㐹㘶ㄳㅦ攱㡦㝣搴㐴敡㉤昴戸㤴㘹戳㠳㥡㠳㠴晤挸挷㤷〶〳㐸挷搰〹㙣昷敡㡤〱搲挹㥡〶㍡㤱㠲㘰㠵㔰散改㡦㡤㔰㤴㌷㠱㔶ㄲ㡢㝦㈴挷㥥扦〲搶㔷㝥㠱ㅣ㈲ㅣ敦㠱ㄸ㐹㕤㡤㔴っ敡愴㈰て慥㜷昰㌲挸晦て㤶㐲㙥㕥㤰㥤晥ぢ捣慣扣搱㠸愲㉢㠹愲搷㥢㔱挴㐰散㜹㠵扣㌹晢㤵愳收㈷㝥慤昷㝦㜸搴扣ㅦㄸ收㈳慤㌱〴搵ㄸ㡣慦ㅡ〳ㅤ㑤挶挰昵㈸㤶挶挰〳㙣挳㜸扤㙦っ〴摥㡥晤挸㔸摣ㄸ㘰ㄴ㉦挶攴㡢〴㔵㈳づっ㥥戵搶㔹昴㠴敤挱昵㕡攱㈲㜲て昵攴㡥挲昷戴扥㌹㝢㕣㜷㜴㙢㠳捣摦敤〸愸㉤㘷ㄲ昷戵㘵ㄳ戶搸戸㘰㠹㙣戴㠰㔷㈲昴愷慦㜸㑥㤶㜶㑢ㅤ㤸昲ㅦ摦㔱慦㘴㤴昴〵昸㐴ㄴ㥥㄰ㄲ㥦㕢昳搳摤㝦㜹晣愹ㅤ扣㤷ㄶ搰㙡㡡㠱攰㜶㠲昳戴ㅣ㄰扥㡤㕣〹㔹换捦㙦昶攳㐳㈴㜳戶㈴㐶㜴㐷摡㍢慥㘶㠵㐹㥦昰㈲㠴改ㄳ摦㜲㌰㈶㜱挳挱㌷㈶㜳つ㡥㑤昹昹㤲㜴〶收㈲ㄳ㤷摥扢㌰㐰愸戴㔴㔹㙤摡㤵愹㥦㐱改㥣攷㐴敡敤㐱㥥㉦昹㈸捡慢㡤㕡㙤ㅢ戵㥡㌴ㄳ㤵㐱搴〸愵ㄴ㈲つ愴㤰攸㤱㠵愱㝦㈹愵挶㤱㐸攵〰㘲㘲㘸㡤挱㕣㥥晣㔷㠴㠰愸㕥敦㙢昳㔳ㄵ散㈲戰ㄸ㝡摤摢㍤扢搲敡っ㔵ㄳ㠳戲昲昴㜱〸〹㜹㑣㘱〶愳戴㌲昷㌰ㄲ攱㤳ㅡ㐲㙡挹㡥㈷づ搲㘳昹㈱㌶㥦戱㔳ㄶ扤㙡㔹㙢愷㕤挱ㅤて攸㤹戴㔴ㄸ昶㙡㘶攳攸㈹愳㜱㝥搵慣㥦㐵搸敢㈷慢㡤扡㠲㈲攸㉣㝢〳捥㥦〸昳昱㝢㈰㤶て搶扡㕥摢㔸㐲ㅤ㘷㜷㘲㠱晣挱晥扡㌲㠶戱㌱㉡㌹〶ㄲ㜶㐹戵㌲晥㈵昰〹㌴㤱昶扣愲搵㤲ㅣ㑢㔱ㄸ㡤づ㌹慢㐳㙤搲晦㡣㔳㑢捥㥡㘴㙤〶慣敢昴晦㔱㘴㉣慡晦ㄵ㐶搹㈴捡ㅥっㄲ㝣㐹㌱㔲戲㘸㜰㠶㍢〲ㅦ㌶挲㌴昲〸慣挹㈴㠳摢㝥㙡〲㥦愸晡挵㔲㠲挳挳㤵㙣扣〴㔱㙤㑢摢戶慢愵〰㘴ㄴ㈸昵㘳㠸愰㤶敤㌹改收㜳㙣晡㈱㘴慦搹㙦ㄶ㥣戲㕢㌶扣㠱〹㠴㜷〷昸㠵㤹〱㥢㘷㔸㜹愵㔱愸㕤㡢㥤攸㝥ㄸ㙤づㅣ㠴挰㍥㈰扣㡦㉢敡挸ㄸ挲搲㘲ㄶ晣摡愸㉦ㄲ㐸愲㜶㜰㉦㌱づ㔵昴ㄲ㍥㔰㍤〸慦愶挷慣㘵愱散㝣摦㜲攳㕤っ㙥ㅤ㙥㘳㍤〰捦㡦㈸攵㄰〶㤳㑢㜸昸ㄱ敥㙢攳ㅥ搴搷つ搶收戲㘶㝢摥戵㙣敡㐷挰改搲㐶愹㈷ㄹ㡥挹敦㡥戳摡㈳㠴㠸昳搰㍢扡㜴㔷㉣㝢敢〷㥤〷㥦㙤搳攵㌵㔸㠲愳㙣〹㜱敥㐷搱㔴戹㡦〰㍦㉤ㅦ㈴昸愲搰㥦㜷てㄳ㉦㘱㔹㘴〰愴ㄳ㘹ㅤ愰㌵㔵晦㘰㈱慡㔶㜸戴㈰ㄵ㘶㤵敦愳㥣扢攴慦戶挸㍣ㅣ㌵攴ㄱ〲㘹㉤㉡戹ㄵㅥ㈱攴昸㉦愰㐱㜵晣㘹攴戶ㅥ晦扢ぢ㡥㑦攵㉦搷ㄷ敤扦㉦㔴ㅥ摡㌱づ㝤㥣愰㐴㘰〱昴㠵㌵㝢㈹ㄶ㈹㙢搲㝥㄰攱㡤ㅤ㐸攳昹㐳昰敦㝢㍢摥㜹㥢捦㍦㜷㈸㔲㄰愲愸㝥ㄵㄴ㠴㜲ㄵ捦㐵㔷㌱㡢摣搶慢昸收㐲慢攸愳㡣攴㑣㌴〷愰愷㐳㈱慤挸㔵戹㐸㜰㐳昹㔳㈴㐲㤱愸㥢㐵ㅦㄱ㉢摢㔶㤰㐰㕢敥扣㙣㍢㠷㐴搸㌶挵㡤㠸昹㠴㐷摡㐷扣昲㐸慦㑤摡㜷扢愶㝤慤㤸戱〲㝦敢戲㤰つ㔸ㄲ扦㠹㙤㈹搲搳㙤挶昲㤵㘷㐳挴散搹ㄳ㝥ㅦ愵〶搱㈵㄰㠶㙦㤱㤲㤰戸㤱捡㔷挲捡慦扥㔶㜳㡥愲〰て愸挷慦㑣㠲㤳㤵㥦〹㉢㙦挱户㔷戲㑥㠲㜷〵昸扣ㄷ㔶㈶㘱捡捡㑦㠷㤵晦戱㘵㐳戵㜲㐸㠷㝥捦㈹ㄲ㐹㡣慤㉢慤晦挸㜷搸㍣㔴愷っ敡捦㉥挳捦愶攴㤴㐱攲㤲搴愰摤戸昶攱攰㑢攸㝤戸挵㠴换ㅥ㄰戲晥㝦㠸戰ㄷ户㥢挶㜴㑦挷㠷捥㜳〸㉢㍢㥡㝣㘳攳戴㜱搰㐱㐶愷戱搷挵㤹慡戸慣㐸〴收㐰搲摦摦㐵摣敦㌱愶㘳㙤㍦挲㜰㤸捡摢㈲敤㈹てㄹ㐲㐹㉡㑦㠵㤸㑤㥣愹搱㡣昶㜹㈰〷㘲ㄲ㤰〹敤ぢ㠰㝥挸㘵つ㌳晡挸晦㤲戹捦㈰愱㍤㐹昰㐵㠰慣㐲㘶㈷ㅤ愴扦〴搰ㅢ晥㜷ㄴ〳㜳搲㕦愲㉡愷挳挱愲㘴愴㝤㤹つ㥥〶攸㠰愳㔶〹㠸㌰慢㍤㠳㥣攸愰ㄴㅣ㜲搰㘷㔹昰㔵㠲慦〱㘴㔳㥣散㤲㜷㡤㙢㙡㔳㜳㝤ㅤ㑤ㄵ㙥㠵㤴㘳摦〸ㄲ㝣㐹㥤〱戸愷戵慤捣愳㜰昸昹㍥㠲㥡㜵摦改敦挴㜷昷昳㕣㜴〷晥摢㤱㤴㌴散㤳敡摤敤昵㐵㈶愰㑤㉥㝦づ㌶晢〲晡攱扡㙡㌶㈶㝢扣ㄷ扦㡣㥡㔶㥥挴扦㘷昰㔳㑥㘰〴㡥㐲㑤㥢㠱㥢㠵㌴㈰ぢ㘶㠳〲慡㉣敤㌹〰㠵㌸㈶㥥戴戳㝣㈳㙡搹扦昶慤㈰挱ㄷ㠵㜸㍤挳㐴㈹㘸ㅥづ㐸㕣换㠲攳つ〳ㄲ晦戲攰㔸㜴挰敦㈰㔷㤱挸㐲愲㕥㉢ㄱ㘹㐹收㍥て搰搳搱换戹㔱换愹愷㤴挲㘳挵挷ㅥ晢愰㌷㌹戰㌱昹㤹晢扡㥦㝦敦㜷敦㥦㝤昷戳摢晦晥攱㡢㉦扥晢搷戳㙦㝦昸搶搴昶摦扣晣昲慦敦晦攱摢敦慦㌶㕥㔲㕦晢㘰摦㑢愷㠷㡥㥦㍥㘱ㅣ戹㘵昷改㠷㡥ㅤㅡㅡ扦㘴戰愳愳戳昳挶晥摦㕥㝡㔳摦㤹ㄳ慦㉢扦晡搳㝡㕢㤱换攵㠰㠷〱挲愷㡦换㤶搳昸ㅥㄲ㤸〶㘷晣㠹㑥㠳换㍤㠳㥦㔲っ㌶㙡〴㉦ㄹ昸㌴㌸〱㔹㔰愸㉦攸晡て㝤搵戱㔱"]
["Decisioneering:7.0.0.0","Decisioneering:7.0.0.0","Decisioneering:7.0.0.0"]

{"sheet":"Data - economic","index":8,"n_rows":112,"n_cols":12,"rows_kept":112,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Economic data inventory"]
[]
[]
[]
[null,null,null,"Parameter","Unit","Indicative value","Range","Data type",{"$f":"'Pathway definition and results'!E13","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!F13","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!G13","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!H13","v":"4. Pathway 4 "}]
[null,"Financial"]
[null,null,null,"Nominal discount rate","%",0.25,"10-30",6]
[null,null,null,"Real discount rate","%",{"$f":"(F10-F15)/(1+F15)","v":0.22549019607843138}]
[null,null,null,"Equity (EV)","%",0.2,null,6]
[null,null,null,"Debt (VV)","%",{"$f":"1-F12","v":0.8}]
[null,null,null,"Intrest rate (loan)","%",0.05,null,6]
[null,null,null,"Inflation rate","%",0.02,null,6]
[null,null,null,"WACC","%",{"$f":"(F11*F12)+(F13*(1-F17)*F14)","v":7.509803921568628E-2}]
[null,null,null,"Corporate tax rate Belgium","%",0.25,null,6]
[null,null,null,"Economic Lifetime/Evaluation period","yr",15,"10-20",6]
[null,"General capital costs"]
[null,null,"Lang factor","Solid processing plant","-",4,"-",6]
[null,null,null,"Solid-fluid processing plant","-",4.3,"-",6]
[null,null,null,"Fluid processing plant ","-",5,"-",6]
[]
[null,null,"Ratio factors","Installation","%direct equipment",0.39,"39-47",6]
[null,null,null,"Instrumentation and controls","%direct equipment",0.26,"18-36",6]
[null,null,null,"Piping","%direct equipment",0.31,"16-68",6]
[null,null,null,"Electrical systems","%direct equipment",0.1,"10-11",6]
[null,null,null,"Buildings","%direct equipment",0.28999999999999998,"18-29",6]
[null,null,null,"Yard improvements","%direct equipment",0.12,"10-15",6]
[null,null,null,"Service facilities","%direct equipment",0.55000000000000004,"40-70",6]
[null,null,null,"Engineering and supervision","%direct equipment",0.32,"32-33",6]
[null,null,null,"Construction expenses","%direct equipment",0.34,"34-41",6]
[null,null,null,"Legal expenses","%direct equipment",0.04,"-",6]
[null,null,null,"Contractor's fee ","%direct equipment",0.19,"17-22",6]
[null,null,null,"Contingency","%direct equipment",0.37,"35-44",6]
[null,null,null,"Working capital ","%direct equipment",0.75,"70-89",6]
[null,null,null,"Total","%direct equipment",{"$f":"SUM(F24:F36)","v":4.03}]
[]
[null,"General operational costs"]
[null,null,null,"Wage rate personnel","€/hr",41.6,null,6]
[null,null,null,"Insurance cost","%I0",0.01,null,6,0.01]
[null,null,null,"Maintenance and repair cost","%I0",0.05,null,6,0.05]
[null,null,null,"Overhead cost","%labor and maintenance cost",0.6,null,6,0.6]
[null,null,null,"Laboratory expenses","%operating labor",0.15,null,6,0.15]
[null,null,null,"Supervision","%operating labor",0.15,null,6,0.15]
[]
[null,"Energy",null,"Electricity purchase cost BE - grid (today)","€/MWh",140,"121-295",6,{"$f":"'1. Pathway 1'!C261","v":140}]
[null,null,null,"Share of renewable energy in grid mix (today)","%",0.12,null,null,0.12]
[null,null,null,"Electricity purchase cost BE - grid (2050)","€/MWh",80,null,6]
[null,null,null,"Share of renewable energy in grid mix (2050)","%"]
[null,null,null,"Electricity purchase cost BE - renewables (today)","€/MWh",50,null,6]
[null,null,null,"Electricity purchase cost BE - renewables (2050)","€/MWh",null,null,6]
[null,null,null,"Natural gas purchase cost","€/MWh",42,"41-74",6]
[null,null,null,"Steam cost","€/ton",25,"20-30",6]
[]
[null,"Solvent",null,"Water","€/ton",{"$f":"VLOOKUP(D56,Table_solvent[],3,FALSE)","v":1},null,6,1]
[null,null,null,"Make selection","€/ton",{"$f":"VLOOKUP(D57,Table_solvent[],3,FALSE)","v":0},null,6]
[null,null,null,"Make selection","€/ton",{"$f":"VLOOKUP(D58,Table_solvent[],3,FALSE)","v":0},null,6]
[null,null,null,"Other solvent not in dropdown list","€/ton"]
[]
[null,"(Catalyst) material ",null,"Platinum Group Metals","€/ton",{"$f":"VLOOKUP(D61,Table_elements[],3,FALSE)","v":41600000},null,6]
[null,null,null,"Make selection","€/ton",{"$f":"VLOOKUP(D62,Table_elements[],3,FALSE)","v":0},null,6]
[null,null,null,"Make selection","€/ton",{"$f":"VLOOKUP(D63,Table_elements[],3,FALSE)","v":0},null,6]
[null,null,null,"Other material not in dropdown list","€/ton"]
[]
[null,"Waste",null,"Waste 1","€/ton"]
[null,null,null,"Wastewater treatment cost","€/m³",1.5,"1-6",6]
[]
[]
[null,"Revenues"]
[null,"General",null,"Profit margin","%",0.05,"3-10",6]
[]
[null,"Targeted product",null,"Current market price Hydrogen","€/ton",2000,null,2,2000]
[null,null,null,"Market price green hydrogen","€/kg",4,null,2,4]
[]
[null,"Byproduct",null,"Market price Oxygen","€/ton",42,"25-70",2,42]
[]
[]
[]
[null,"Raw material extraction"]
[null,"Technology x ","CAPEX","Investment cost "]
[null,null,null,"Lifetime","yr"]
[null,null,"OPEX"]
[]
[null,"Technology x","CAPEX","Investment cost "]
[null,null,null,"Lifetime","yr"]
[null,null,"OPEX"]
[]
[null,"Processing"]
[null,"Electrolyser (PEM)","CAPEX","Investment cost ","€/kW",1200,null,2,1200]
[null,null,null,"Investment cost stack","% total cost",0.35,null,2,0.35]
[null,null,null,"Lifetime electrolyser","yr",20,null,2]
[null,null,null,"Lifetime stack","hr",60000,null,2]
[null,null,null,null,"yr",null,null,null,{"$f":"ROUNDUP(IF(e_ecolifetime_yr<=(F93/'Data - technical'!I24),e_ecolifetime_yr,F93/'Data - technical'!I24),0)","v":8}]
[null,null,"OPEX","Operational costs","%I0",null,null,2]
[]
[null,"Electrolyser (Alkaline)","CAPEX","Investment cost ","€/kW",500,null,2,500]
[null,null,null,"Investment cost stack","% total cost",0.3,null,null,0.3]
[null,null,null,"Lifetime electrolyser","yr",20,null,2]
[null,null,null,"Lifetime stack","hr",60000,null,2]
[null,null,null,null,"yr",null,null,null,{"$f":"ROUNDUP(IF(e_ecolifetime_yr<=(F100/'Data - technical'!I40),e_ecolifetime_yr,F100/'Data - technical'!I40),0)","v":8}]
[null,null,"OPEX","Operational costs","%I0",null,null,2]
[]
[]
[null,"Post-treatment/DSP"]
[null,"H2 compression","CAPEX","Investment cost ","€/kg H2.hr",11000,null,2,11000]
[null,null,null,"Lifetime","yr",10,null,2,{"$f":"IF(e_ecolifetime_yr<=F107,e_ecolifetime_yr,F107)","v":10}]
[null,null,"OPEX","Operational costs","%I0",0.03,null,2]
[]
[null,"H2 storage","CAPEX","Investment cost ","€/kg",400,null,2,400]
[null,null,null,"Lifetime","yr",20,null,2,{"$f":"IF(e_ecolifetime_yr<=F111,e_ecolifetime_yr,F111)","v":15}]
[null,null,"OPEX","Operational costs","%I0",0.02,null,2]

{"sheet":"Data - environmental","index":9,"n_rows":67,"n_cols":12,"rows_kept":67,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Environmental data inventory"]
[]
[]
[]
[null,null,null,"Parameter","Unit","Indicative value","Range","Data type",{"$f":"'Pathway definition and results'!E13","v":"1. Pathway 1 "},{"$f":"'Pathway definition and results'!F13","v":"2. Pathway 2"},{"$f":"'Pathway definition and results'!G13","v":"3. Pathway 3"},{"$f":"'Pathway definition and results'!H13","v":"4. Pathway 4 "}]
[null,"Characterization factors"]
[null,"Greenhouse gases (GHG)",null,"CO2 (fossil-origin)","kg CO2eq/kg CO2",1,"-",6]
[null,null,null,"CO2 (biogenic origin)","kg CO2eq/kg CO2",0,"-",6]
[null,null,null,"CH4 ","kg CO2eq/kg CH4",28,"25-34",6]
[null,null,null,"N2O","kg CO2eq/kg N2O",265,"-",6]
[null,null,null,"HCFC-141b","kg CO2eq/kg HCFC-141b",782,"-",6]
[null,null,null,"HFC-134a","kg CO2eq/kg HFC-134a",1300,"-",6]
[null,null,null,"HCFC-22","kg CO2eq/kg HCFC-22",1760,"-",6]
[null,null,null,"HCFC-142b","kg CO2eq/kg HCFC-142b",1980,"-",6]
[null,null,null,"CFC-11","kg CO2eq/kg CFC-11",4660,"-",6]
[null,null,null,"CFC-12","kg CO2eq/kg CFC-12",10200,"-",6]
[null,null,null,"SF6","kg CO2eq/kg SF6",23500,"-",6]
[]
[]
[null,"Impact factors"]
[null,"Energy",null,"Electricity BE - grid (2018) - medium voltage","kg CO2eq/kWh",0.25,"-",6,{"$f":"'1. Pathway 1'!C285","v":0.25}]
[null,null,null,"Electricity BE - grid (2050)","kg CO2eq/kWh",null,"-",6]
[null,null,null,"Electricity - renewables (NO) - medium voltage","kg CO2eq/kWh",1.7600000000000001E-2,"-",6,0.03]
[null,null,null,"Diesel - average blend ","kg CO2eq/kg",0.73364436,"-",6]
[null,null,null,"Diesel - direct emissions from combustion ","kg CO2eq/kg",{"$f":"3015.65461610738/1000","v":3.0156546161073803},"-",6]
[null,null,null,"Natural gas (production)","kg CO2eq/kWh",3.347E-2,"-",6]
[null,null,null,"Natural gas - direct emissions from combustion ","kg CO2eq/kWh",0.2,"-",6]
[null,null,null,"Heat - NG - high temperature industrial","kg CO2eq/kWh",0.27750000000000002,"-",6]
[null,null,null,"Heat - NG - low temperature industrial, including commercial and domestic ","kg CO2eq/kWh",0.22,"-",6]
[null,null,null,"Heat - oil - average","kg CO2eq/kWh",0.43,"-",6]
[null,null,null,"Heat - gas CHP","kg CO2eq/kWh",0.26,"-",6]
[null,null,null,"Heat - biogas - average ","kg CO2eq/kWh",0.06,"-",6]
[null,null,null,"Heat - biomass - average ","kg CO2eq/kWh",0.05,"-",6]
[null,null,null,"Transport rail ","kg CO2eq/tkm",1.7409999999999998E-2,"-",6]
[null,null,null,"Transport - air, long haul","kg CO2eq/tkm",0.62273408600000002,"-",6]
[null,null,null,"Transport - air, short haul","kg CO2eq/tkm",1.483384086,"-",6]
[null,null,null,"Transport - road (truck)","kg CO2eq/tkm",0.20399999999999999,"-",6]
[null,null,null,"Transport - shipping (see tanker, general)","kg CO2eq/tkm",9.4000000000000004E-3,"-",6]
[]
[null,"Raw materials",null,"Secondary material production (recycling) ","kg CO2eq/kg"]
[]
[null,"Solvent",null,{"$f":"'Data - economic'!D56","v":"Water"},"kg CO2eq/kg",{"$f":"VLOOKUP(D45,Table_solvent[],4,FALSE)","v":1.7699999999999999E-4},null,6,1.7699999999999999E-4]
[null,null,null,{"$f":"'Data - economic'!D57","v":"Make selection"},"kg CO2eq/kg",{"$f":"VLOOKUP(D46,Table_solvent[],4,FALSE)","v":0},null,6]
[null,null,null,{"$f":"'Data - economic'!D58","v":"Make selection"},"kg CO2eq/kg",{"$f":"VLOOKUP(D47,Table_solvent[],4,FALSE)","v":0},null,6]
[null,null,null,{"$f":"'Data - economic'!D59","v":"Other solvent not in dropdown list"},"kg CO2eq/kg"]
[null,null,null,null,"kg CO2eq/kg"]
[]
[null,"Catalyst",null,null,"kg CO2eq/kg"]
[]
[null,"Waste",null,"Waste 1 ","kg CO2eq/kg"]
[null,null,null,"Waste water treatment","kg CO2eq/m³",0.20100000000000001,"-",6,0.20100000000000001]
[null,null,null,"Incineration - Hazardous waste","kg CO2eq/kg",null,"-",6]
[]
[null,"Targeted product",null,"Targeted product","kg CO2eq/kg"]
[]
[null,"Byproduct",null,"Byproduct 1","kg CO2eq/kg"]
[null,null,null,"Byproduct 2","kg CO2eq/kg"]
[]
[]
[]
[null,"Credits (avoided impacts)"]
[null,null,null,"Primary material production ","kg CO2eq/kg"]
[]
[null,"Byproduct",null,"Oxygen","kg CO2eq/kg",0.55000000000000004,null,2,0.55000000000000004]

{"sheet":"Data - general","index":10,"n_rows":77,"n_cols":4,"rows_kept":77,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"General data"]
[]
[]
[]
[null,"CEPCI"]
[]
[null,null,"Year","CEPCI"]
[null,null,2013,567.29999999999995]
[null,null,2014,576.1]
[null,null,2015,556.79999999999995]
[null,null,2016,541.70000000000005]
[null,null,2017,567.5]
[null,null,2018,603.1]
[null,null,2019,607.5]
[null,null,2020,596.20000000000005]
[null,null,2021,708]
[null,null,2022,816]
[]
[null,"General conversion factors"]
[null,"This is just an example. The table can be further extended with other conversion factors that are required for the calculations. "]
[]
[null,"Factor","Value"]
[null,"MWh to kWh",1000]
[]
[]
[]
[null,"General technical parameters"]
[null,"This is just an example. The table can be further extended with other general technical parameters that are required for the calculations. These are put separate as these are fixed and cannot be changed in a sensitivity analysis. "]
[]
[null,"Parameter","Value","Unit"]
[null,"Oxygen density ",1.3540000000000001,"kg/m³"]
[null,"Water density",997,"kg/m³"]
[]
[]
[null,"Electrolyser CAPEX - PEM"]
[]
[]
[]
[null,null,"Capacity ","Investment cost"]
[null,null,"MW","€/kW"]
[null,null,1,2100]
[null,null,2.5,1400]
[null,null,50,800]
[null,null,70,800]
[null,null,100,800]
[]
[]
[]
[]
[null,null,"Constant",1895]
[null,null,"Power",-0.20399999999999999]
[]
[]
[]
[]
[]
[]
[null,"Electrolyser CAPEX - Alkaline"]
[]
[]
[]
[null,null,"Capacity ","Investment cost"]
[null,null,"MW","€/kW"]
[null,null,0.5,2000]
[null,null,1,1800]
[null,null,20,550]
[null,null,40,300]
[null,null,100,300]
[]
[]
[]
[]
[null,null,"Constant",1633]
[null,null,"Power",-0.39400000000000002]

{"sheet":"1. Pathway 1","index":11,"n_rows":319,"n_cols":35,"rows_kept":319,"cut":false,"hidden":false,"merged":[[22,8,22,9],[23,8,23,9],[21,8,21,9],[79,4,79,34]]}
[]
[]
[]
[null,{"$f":"'Pathway definition and results'!E13","v":"1. Pathway 1 "}]
[]
[null,"PFD"]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Electrolyser",{"$f":"IF('Pathway definition and results'!E23=0,\"PEM Electrolyser\",\"Alkaline Electrolyser\") & CHAR(10) & CHAR(10) & \"Installed power:\" & \" \" & IF('Pathway definition and results'!E23=1,ROUNDUP('1. Pathway 1'!E42,0),ROUNDUP('1. Pathway 1'!E27,0)) & \" \" & F27 & CHAR(10) & \"Pressure: \" & IF('Pathway definition and results'!E23=1,ROUNDUP('Data - technical'!I39,0),ROUNDUP('Data - technical'!I23,0)) & \" \" &'Data - technical'!E23","v":"PEM Electrolyser\n\nInstalled power: 7 MW\nPressure: 30 bar"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Electricity",{"$f":"\"Electricity: \" & IF('Pathway definition and results'!E23=1,ROUNDUP('1. Pathway 1'!E40,0),ROUNDUP('1. Pathway 1'!E25,0)) & \" \" & '1. Pathway 1'!F25","v":"Electricity: 55000 MWh/yr"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Water",{"$f":"\"Water: \" & IF('Pathway definition and results'!E23=1,ROUNDUP('1. Pathway 1'!E45,0),ROUNDUP('1. Pathway 1'!E30,0)) & \" \" & '1. Pathway 1'!F30","v":"Water: 16837 m³/yr"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Hydrogen",{"$f":"\"Hydrogen: \"&IF('Pathway definition and results'!E23=1,ROUNDUP(E47/1000000,1),ROUNDUP(E32/1000000,1))&\" \"& \"million\" & \" \" & F32","v":"Hydrogen: 11.3 million m³/yr"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen",{"$f":"\"Oxygen: \"&IF('Pathway definition and results'!E23=1,ROUNDUP('1. Pathway 1'!E50/1000000,1),ROUNDUP('1. Pathway 1'!E35/1000000,1))&\" \"& \"million\" & \" \" & '1. Pathway 1'!F35","v":"Oxygen: 5.5 million m³/yr"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Waste water",{"$f":"\"Waste water: \" & IF('Pathway definition and results'!E23=1,ROUNDUP('1. Pathway 1'!E52,0),ROUNDUP('1. Pathway 1'!E37,0)) & \" \" & '1. Pathway 1'!F37","v":"Waste water: 5613 m³/yr"}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Compressor",{"$f":"\"H2 compressor\" & CHAR(10) & CHAR(10) & \"Pressure: \" & ROUNDUP('Data - technical'!I51,0) & \" \" & 'Data - technical'!E51","v":"H2 compressor\n\nPressure: 200 bar"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Electricity",{"$f":"\"Electricity: \" & ROUNDUP(E58,0) & \" \" & F58","v":"Electricity: 3996 MWh/yr"}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Storage",{"$f":"\"H2 storage\" & CHAR(10) & CHAR(10) & \"Storage size: \" & ROUNDUP('Data - technical'!I59,0) & \" \" & 'Data - technical'!J59 & CHAR(10) & \"Storage capacity: \" & ROUNDUP('1. Pathway 1'!E64,0) & \" \" & '1. Pathway 1'!F64","v":"H2 storage\n\nStorage size: 24 \nStorage capacity: 2997 kg"}]
[]
[null,"Technical "]
[null,"Technology","Parameter",null,"Value","Unit (per year)","Value","Unit per FU","Comments"]
[]
[null,"Electrolyser PEM","Input","Electricity ",{"$f":"IF('Pathway definition and results'!E23=0,IF('Pathway definition and results'!E21=0,'Pathway definition and results'!E14,'1. Pathway 1'!E27*'Data - technical'!I24),0)","v":55000},"MWh/yr",{"$f":"E25/($E$34/1000)","v":55.056179775280903},{"$f":"\"MWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"MWh/ton H2"}]
[null,null,null,null,null,null,{"$f":"G25*1000","v":55056.1797752809},{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Power installation required",{"$f":"IF('Pathway definition and results'!E23=0,IF('Pathway definition and results'!E21=0,'1. Pathway 1'!E25/'Data - technical'!I24,'Pathway definition and results'!E15),0)","v":6.875},"MW"]
[null,null,null,"Number of modules",{"$f":"ROUNDUP((E27*1000)/'Data - technical'!I25,0)","v":5},"#"]
[null,null,null,"Power per module",{"$f":"IF('Pathway definition and results'!E23=0,(E27*1000)/E28,0)","v":1375},"kW"]
[null,null,null,"Water (tap)",{"$f":"IF('Pathway definition and results'!E23=0,'Data - technical'!I16*'1. Pathway 1'!E32/1000,0)","v":16836.734693877548},"m³/yr",{"$f":"E30/($E$34/1000)","v":16.853932584269661},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[null,null,null,null,{"$f":"E30*'Data - general'!C35","v":16786224.489795916},"kg/yr",{"$f":"E31/($E$34/1000)","v":16803.370786516854},{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,"Output","Hydrogen",{"$f":"IF('Pathway definition and results'!E23=0,('1. Pathway 1'!E25*1000)/'Data - technical'!I20,0)","v":11224489.795918366},"m³/yr"]
[null,null,null,null,{"$f":"IF('Pathway definition and results'!E23=0,E32/'Data - technical'!I24,0)","v":1403.0612244897957},"m³/hr"]
[null,null,null,null,{"$f":"E32*0.089","v":998979.59183673456},"kg/yr"]
[null,null,null,"Oxygen",{"$f":"IF('Pathway definition and results'!E23=0,'Data - technical'!I17*'1. Pathway 1'!E25*1000,0)","v":5500000},"m³/yr",{"$f":"E35/($E$34/1000)","v":5505.6179775280907},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[null,null,null,null,{"$f":"E35*'Data - general'!C34","v":7447000.0000000009},"kg/yr",{"$f":"E36/($E$34/1000)","v":7454.6067415730358},{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste water",{"$f":"IF('Pathway definition and results'!E23=0,'Data - technical'!I18*'1. Pathway 1'!E32/1000,0)","v":5612.2448979591827},"m³/yr",{"$f":"E37/($E$34/1000)","v":5.6179775280898872},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[]
[]
[null,"Electrolyser Alkaline","Input","Electricity ",{"$f":"IF('Pathway definition and results'!E23=1,IF('Pathway definition and results'!E21=0,'Pathway definition and results'!E14,'1. Pathway 1'!E42*'Data - technical'!I40),0)","v":0},"MWh/yr",{"$f":"E40/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"MWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"MWh/ton H2"}]
[null,null,null,null,null,null,{"$f":"G40*1000","v":{"$error":"#DIV/0!"}},{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Power installation required",{"$f":"IF('Pathway definition and results'!E23=1,IF('Pathway definition and results'!E21=0,'1. Pathway 1'!E40/'Data - technical'!I40,'Pathway definition and results'!E15),0)","v":0},"MW"]
[null,null,null,"Number of modules",{"$f":"ROUNDUP((E42*1000)/'Data - technical'!I41,0)","v":0},"#"]
[null,null,null,"Power per module",{"$f":"IF('Pathway definition and results'!E23=1,(E42*1000)/E43,0)","v":0},"kW"]
[null,null,null,"Water (tap)",{"$f":"IF('Pathway definition and results'!E23=1,'Data - technical'!I31*'1. Pathway 1'!E47/1000,0)","v":0},"m³/yr",{"$f":"E45/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[null,null,null,null,{"$f":"E45*'Data - general'!C35","v":0},"kg/yr",{"$f":"E46/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,"Output","Hydrogen",{"$f":"IF('Pathway definition and results'!E23=1,('1. Pathway 1'!E40*1000)/'Data - technical'!I36,0)","v":0},"m³/yr"]
[null,null,null,null,{"$f":"IF('Pathway definition and results'!E23=1,E47/'Data - technical'!I40,0)","v":0},"m³/hr"]
[null,null,null,null,{"$f":"E47*0.089","v":0},"kg/yr"]
[null,null,null,"Oxygen",{"$f":"IF('Pathway definition and results'!E23=1,'Data - technical'!I33*'1. Pathway 1'!E40*1000,0)","v":0},"m³/yr",{"$f":"E50/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[null,null,null,null,{"$f":"E50*'Data - general'!C34","v":0},"kg/yr",{"$f":"E51/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste water",{"$f":"IF('Pathway definition and results'!E23=1,'Data - technical'!I34*'1. Pathway 1'!E47/1000,0)","v":0},"m³/yr",{"$f":"E52/($E$49/1000)","v":{"$error":"#DIV/0!"}},{"$f":"\"m³/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m³/ton H2"}]
[]
[]
[null,"H2 compression","Input","Hydrogen ",{"$f":"IF('Pathway definition and results'!E23=0,'1. Pathway 1'!E34,'1. Pathway 1'!E49)","v":998979.59183673456},"kg/yr"]
[null,null,null,null,{"$f":"E55/'Data - technical'!I52","v":124.87244897959182},"kg/hr"]
[null,null,null,"Hydrogen pressure",{"$f":"IF('Pathway definition and results'!E23=0,'Data - technical'!I23,'Data - technical'!I39)","v":30},"bar"]
[null,null,null,"Electricity",{"$f":"E55*'Data - technical'!I50/1000","v":3995.9183673469383},"MWh/yr",{"$f":"E58/((E34+E49)/1000)","v":4},{"$f":"\"MWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"MWh/ton H2"}]
[null,null,null,null,null,null,{"$f":"G58*1000","v":4000},{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,"Output","Hydrogen ",{"$f":"E55","v":998979.59183673456},"kg/yr"]
[null,null,null,"Hydrogen pressure",{"$f":"'Data - technical'!I51","v":200},"bar"]
[]
[null,"H2 storage","Input","Hydrogen ",{"$f":"IF('Pathway definition and results'!E23=0,'1. Pathway 1'!E33*'Data - technical'!I59,'1. Pathway 1'!E48*'Data - technical'!I59)","v":33673.469387755096},"m³"]
[null,null,null,null,{"$f":"E63*0.089","v":2996.9387755102034},"kg"]
[null,null,null,"Hydrogen pressure",{"$f":"'Data - technical'!I62","v":200},"bar"]
[null,null,null,"Number of tube trailers required",{"$f":"ROUNDUP(E64/'Data - technical'!I63,0)","v":10},"#"]
[null,null,"Output","Hydrogen ",{"$f":"E63","v":33673.469387755096},"m³"]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Recycled content","%","-"]
[null,"Renewable content","%","-"]
[null,"Reuse rate","%","-"]
[null,"Recycling rate","%","-"]
[null,"Recycling output rate","%","-"]
[null,"Share of renewable energy","%",{"$f":"IF('Pathway definition and results'!E28=1,100%,'Data - economic'!I48)","v":0.12}]
[]
[]
[null,"Economic",null,null,"year"]
[null,"Group","Technology","Parameter",0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30]
[null,"Investment",null,null,{"$f":"SUM(E83:E89)","v":10822372.44897959},0,0,0,0,0,0,0,2887500,0,1373596.9387755101,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Electrolyser PEM","Investment",{"$f":"IF('Pathway definition and results'!E23=1,0,IF('Pathway definition and results'!E24=0,'1. Pathway 1'!E27*1000*'Data - economic'!I90,('Data - general'!D53*'1. Pathway 1'!E27^'Data - general'!D54)*'1. Pathway 1'!E27*1000))","v":8250000}]
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Pathway 1'!AF81>=e_ecolifetime_yr,0,IF(ROUNDDOWN(('1. Pathway 1'!AF81/'Data - economic'!$I$94),0)=('1. Pathway 1'!AF81/'Data - economic'!$I$94),'1. Pathway 1'!$E$83*'Data - economic'!$I$91,0)))","v":0},{"$f":"IF(e_ecolifetime_yr='Data - economic'!$I$94,0,IF('1. Pathway 1'!AG81>=e_ecolifetime_yr,0,IF(ROUNDDOWN(('1. Pathway 1'!AG81/'Data - economic'!$I$94),0)=('1. Pathway 1'!AG81/'Data - economic'!$I$94),'1. Pathway 1'!$E$83*'Data - economic'!$I$91,0)))","v":0},{"$f":"IF(e_ecolifetime_yr='Data - economic'!$I$94,0,IF('1. Pathway 1'!AH81>=e_ecolifetime_yr,0,IF(ROUNDDOWN(('1. Pathway 1'!AH81/'Data - economic'!$I$94),0)=('1. Pathway 1'!AH81/'Data - economic'!$I$94),'1. Pathway 1'!$E$83*'Data - economic'!$I$91,0)))","v":0},{"$f":"IF(e_ecolifetime_yr='Data - economic'!$I$94,0,IF('1. Pathway 1'!AI81>=e_ecolifetime_yr,0,IF(ROUNDDOWN(('1. Pathway 1'!AI81/'Data - economic'!$I$94),0)=('1. Pathway 1'!AI81/'Data - economic'!$I$94),'1. Pathway 1'!$E$83*'Data - economic'!$I$91,0)))","v":0}]
[null,null,"Electrolyser alkaline","Investment",{"$f":"IF('Pathway definition and results'!E23=0,0,IF('Pathway definition and results'!E24=0,'1. Pathway 1'!E42*1000*'Data - economic'!I97,('Data - general'!D76*'1. Pathway 1'!E42^'Data - general'!D77)*'1. Pathway 1'!E42*1000))","v":0}]
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[null,"Down payment loan ",null,null,null,{"$f":"IF(F81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(G81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(H81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(I81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(J81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(K81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(L81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(M81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(N81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(O81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(P81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(Q81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(R81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(S81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(T81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":577193.19727891148},{"$f":"IF(U81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(V81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(W81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(X81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(Y81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(Z81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AA81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AB81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AC81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AD81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AE81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AF81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AG81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AH81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0},{"$f":"IF(AI81>e_ecolifetime_yr,0,$E$124/e_ecolifetime_yr)","v":0}]
[null,"Taxable base",null,null,null,{"$f":"IF(F118-F123>0,F118-F123,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CF before taxes",null,null,null,{"$f":"F118-F124-F125","v":-5951674.5544217676},-5922814.8945578216,-5893955.2346938765,-5865095.5748299304,-5836235.9149659853,-5807376.2551020393,-5778516.5952380942,-8637156.9353741482,-5720797.2755102031,-7065534.5544217667,-5663077.955782312,-5634218.2959183659,-5605358.6360544208,-5576498.9761904748,-5547639.3163265288,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Taxes",null,null,null,{"$f":"F126*e_taxrate_BE","v":0},{"$f":"G126*e_taxrate_BE","v":0},{"$f":"H126*e_taxrate_BE","v":0},{"$f":"I126*e_taxrate_BE","v":0},{"$f":"J126*e_taxrate_BE","v":0},{"$f":"K126*e_taxrate_BE","v":0},{"$f":"L126*e_taxrate_BE","v":0},{"$f":"M126*e_taxrate_BE","v":0},{"$f":"N126*e_taxrate_BE","v":0},{"$f":"O126*e_taxrate_BE","v":0},{"$f":"P126*e_taxrate_BE","v":0},{"$f":"Q126*e_taxrate_BE","v":0},{"$f":"R126*e_taxrate_BE","v":0},{"$f":"S126*e_taxrate_BE","v":0},{"$f":"T126*e_taxrate_BE","v":0},{"$f":"U126*e_taxrate_BE","v":0},{"$f":"V126*e_taxrate_BE","v":0},{"$f":"W126*e_taxrate_BE","v":0},{"$f":"X126*e_taxrate_BE","v":0},{"$f":"Y126*e_taxrate_BE","v":0},{"$f":"Z126*e_taxrate_BE","v":0},{"$f":"AA126*e_taxrate_BE","v":0},{"$f":"AB126*e_taxrate_BE","v":0},{"$f":"AC126*e_taxrate_BE","v":0},{"$f":"AD126*e_taxrate_BE","v":0},{"$f":"AE126*e_taxrate_BE","v":0},{"$f":"AF126*e_taxrate_BE","v":0},{"$f":"AG126*e_taxrate_BE","v":0},{"$f":"AH126*e_taxrate_BE","v":0},{"$f":"AI126*e_taxrate_BE","v":0}]
[null,"CF after taxes",null,null,{"$f":"-E82+E124","v":-2164474.4897959176},{"$f":"IF(F127>0,F127-F128,F127)","v":-5951674.5544217676},{"$f":"IF(G127>0,G127-G128,G127)","v":-5922814.8945578216},-5893955.2346938765,-5865095.5748299304,-5836235.9149659853,-5807376.2551020393,-5778516.5952380942,-8637156.9353741482,-5720797.2755102031,-7065534.5544217667,-5663077.955782312,-5634218.2959183659,-5605358.6360544208,-5576498.9761904748,-5547639.3163265288,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Total discounted",null,null,null,{"$f":"F129/(1+e_WACC)^F81","v":-5535936.5725973034},{"$f":"G129/(1+e_WACC)^G81","v":-5124270.1823958419},{"$f":"H129/(1+e_WACC)^H81","v":-4743103.7412281623},{"$f":"I129/(1+e_WACC)^I81","v":-4390184.9278718336},{"$f":"J129/(1+e_WACC)^J81","v":-4063427.2609950425},{"$f":"K129/(1+e_WACC)^K81","v":-3760897.9204111351},{"$f":"L129/(1+e_WACC)^L81","v":-3480806.4605700434},{"$f":"M129/(1+e_WACC)^M81","v":-4839341.3014522782},{"$f":"N129/(1+e_WACC)^N81","v":-2981425.2836619923},{"$f":"O129/(1+e_WACC)^O81","v":-3425029.5817920393},{"$f":"P129/(1+e_WACC)^P81","v":-2553428.9169972003},{"$f":"Q129/(1+e_WACC)^Q81","v":-2362962.5145363617},{"$f":"R129/(1+e_WACC)^R81","v":-2186646.0863404577},{"$f":"S129/(1+e_WACC)^S81","v":-2023432.1670272821},{"$f":"T129/(1+e_WACC)^T81","v":-1872350.5843539834},{"$f":"U129/(1+e_WACC)^U81","v":0},{"$f":"V129/(1+e_WACC)^V81","v":0},{"$f":"W129/(1+e_WACC)^W81","v":0},{"$f":"X129/(1+e_WACC)^X81","v":0},{"$f":"Y129/(1+e_WACC)^Y81","v":0},{"$f":"Z129/(1+e_WACC)^Z81","v":0},{"$f":"AA129/(1+e_WACC)^AA81","v":0},{"$f":"AB129/(1+e_WACC)^AB81","v":0},{"$f":"AC129/(1+e_WACC)^AC81","v":0},{"$f":"AD129/(1+e_WACC)^AD81","v":0},{"$f":"AE129/(1+e_WACC)^AE81","v":0},{"$f":"AF129/(1+e_WACC)^AF81","v":0},{"$f":"AG129/(1+e_WACC)^AG81","v":0},{"$f":"AH129/(1+e_WACC)^AH81","v":0},{"$f":"AI129/(1+e_WACC)^AI81","v":0}]
[null,"Cum.Sum",null,null,null,{"$f":"E129+F129","v":-8116149.0442176852},{"$f":"F131+G129","v":-14038963.938775506},{"$f":"G131+H129","v":-19932919.173469383},{"$f":"H131+I129","v":-25798014.748299316},-31634250.663265303,-37441626.918367341,-43220143.513605438,-51857300.448979586,-57578097.724489793,-64643632.278911561,-70306710.23469387,-75940928.53061223,-81546287.166666657,-87122786.142857134,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663,-92670425.459183663]
[null,"Cum.Sum discounted",null,null,null,{"$f":"E129+F130","v":-7700411.0623932211},{"$f":"F132+G130","v":-12824681.244789064},{"$f":"G132+H130","v":-17567784.986017227},{"$f":"H132+I130","v":-21957969.913889062},-26021397.174884103,-29782295.095295239,-33263101.555865284,-38102442.857317559,-41083868.140979551,-44508897.722771592,-47062326.639768794,-49425289.154305153,-51611935.24064561,-53635367.40767289,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873,-55507717.992026873]
[null,"PBP",null,null,null,{"$f":"IF(F131<0,1,-E129/F129)","v":1},{"$f":"IF(G131<0,1,-F131/G129)","v":1},{"$f":"IF(H131<0,1,-G131/H129)","v":1},{"$f":"IF(I131<0,1,-H131/I129)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,"DPBP",null,null,null,{"$f":"IF(F132<0,1,-E129/F130)","v":1},{"$f":"IF(G132<0,1,-F132/G130)","v":1},{"$f":"IF(H132<0,1,-G132/H130)","v":1},{"$f":"IF(I132<0,1,-H132/I130)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[]
[]
[null,"Results","Unit","Value"]
[null,"NPV","€",{"$f":"NPV(e_WACC,F129:AI129)+E129","v":-55507717.992026873}]
[null,"IRR","%",{"$f":"IRR(E129:AI129)","v":{"$error":"#NUM!"}}]
[null,"PBP","yr",{"$f":"SUMIF(F133:AI133,\">0\")-SUMIF(F133:AI133,\">1\")","v":30}]
[null,"DPBP","yr",{"$f":"SUMIF(F134:AI134,\">0\")-SUMIF(F134:AI134,\">1\")","v":30}]
[null,"Total manufacturing cost","€/yr",{"$f":"F91","v":9250278.8265306111}]
[null,"Levelized cost of product","€/ton H2",{"$f":"SUM(D144:D145)","v":10698.319835472179}]
[null,"CAPEX","€/ton H2",{"$f":"((((E83*(1-'Data - economic'!I91))/((1-(1+e_WACC)^(-e_ecolifetime_yr))/e_WACC))+((E85*(1-'Data - economic'!I98))/((1-(1+e_WACC)^(-e_ecolifetime_yr))/e_WACC))+((E83*'Data - economic'!I91)/((1-(1+e_WACC)^(-'Data - economic'!I94))/e_WACC))+((E85*'Data - economic'!I98)/((1-(1+e_WACC)^(-'Data - economic'!I101))/e_WACC)))+(E87/((1-(1+e_WACC)^(-'Data - economic'!I107))/e_WACC))+(E89/((1-(1+e_WACC)^(-'Data - economic'!I111))/e_WACC)))/((E34+E49)/1000)","v":1438.592307382291},{"$f":"D144/D143","v":0.13446899415106126}]
[null,"OPEX","€/ton H2",{"$f":"F91/((E34+E49)/1000)","v":9259.7275280898884},{"$f":"D145/D143","v":0.86553100584893883}]
[]
[]
[null,"Environmental"]
[null,"Technology","Parameter",null,"Total ","Unit","Comment"]
[null,"Impacts"]
[null,"Electrolyser PEM","Chemicals","Water",{"$f":"IF('Pathway definition and results'!E23=1,0,G31*'Data - environmental'!I45)","v":2.9741966292134832},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"IF('Pathway definition and results'!E23=1,0,IF('Pathway definition and results'!E28=0,G26*'Data - environmental'!I24,G26*'Data - environmental'!I26))","v":13764.044943820225},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Electrolyser Alkaline","Chemicals","Water",{"$f":"IF('Pathway definition and results'!E23=0,0,G46*'Data - environmental'!I45)","v":0},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"IF('Pathway definition and results'!E23=0,0,IF('Pathway definition and results'!E28=0,G41*'Data - environmental'!I24,G41*'Data - environmental'!I26))","v":0},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"H2 compression ","Energy","Electricity",{"$f":"IF('Pathway definition and results'!E28=0,G59*'Data - environmental'!I24,G59*'Data - environmental'!I26)","v":1000},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment ",null,null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"H2 storage","Equipment ",null,null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Credits"]
[null,"Electrolyser PEM","Materials",null,null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals","Oxygen",{"$f":"IF(OR('Pathway definition and results'!E23=1,'Pathway definition and results'!E26=0),0,G36*'Data - environmental'!I67)","v":4100.0337078651701},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Electrolyser Alkaline","Materials",null,null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals","Oxygen",{"$f":"IF(OR('Pathway definition and results'!E23=0,'Pathway definition and results'!E26=0),0,G51*'Data - environmental'!I67)","v":0},{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[]
[null,"Results ","Unit"]
[null,"Total impacts",{"$f":"\"ton CO2eq/\" & IF(Technology!C32=\"\",\"FU\",Technology!C32)","v":"ton CO2eq/ton H2"},{"$f":"SUM(E151:E161)/1000","v":14.767019140449438}]
[null,"Total credits",{"$f":"\"ton CO2eq avoided/\" & IF(Technology!C32=\"\",\"FU\",Technology!C32)","v":"ton CO2eq avoided/ton H2"},{"$f":"SUM(E163:E169)/1000","v":4.1000337078651699}]
[null,"Net total climate change impact",{"$f":"\"ton CO2eq/\" & IF(Technology!C32=\"\",\"FU\",Technology!C32)","v":"ton CO2eq/ton H2"},{"$f":"D173-D174","v":10.666985432584269}]
[null,null,"ton CO2eq/yr",{"$f":"D175*((E34+E49)/1000)","v":10656.100753571427}]
[null,"CO2eq avoided compared to benchmark",{"$f":"\"ton CO2eq/\"& IF(Technology!C32=\"\",\"FU\",Technology!C32)","v":"ton CO2eq/ton H2"},{"$f":"Technology!D15-D175","v":0.53301456741573006}]
[null,null,"ton CO2eq/yr",{"$f":"D177*((E34+E49)/1000)","v":532.47067499999969}]
[]
[null,"Results combined indicators","Unit"]
[null,"Carbon abatement cost ","€/ton CO2eq avoided",{"$f":"D143/D177","v":20071.346055966078}]
[null,"Energy use per avoided CO2eq","MWh/ton CO2eq avoided",{"$f":"(E25+E40+E58)/D178","v":110.79655864118146}]
[]
[]
[null,"Contribution analysis"]
[]
[]
[null,null,"€/year","€/ton H2"]
[null,"CAPEX electrolyser",{"$f":"((((E83+E85)*(1-'Data - economic'!I91))/((1-(1+e_WACC)^(-e_ecolifetime_yr))/e_WACC))+(((E83+E85)*'Data - economic'!I91)/((1-(1+e_WACC)^(-'Data - economic'!I94))/e_WACC)))","v":1101032.3613661032},{"$f":"C189/(($E$34+$E$49)/1000)","v":1102.1570113777132}]
[null,"CAPEX compressor",{"$f":"(E87/((1-(1+e_WACC)^(-'Data - economic'!I107))/e_WACC))","v":200203.3352387232},{"$f":"C190/(($E$34+$E$49)/1000)","v":200.40783302752683}]
[null,"CAPEX storage",{"$f":"(E89/((1-(1+e_WACC)^(-'Data - economic'!I111))/e_WACC))","v":135888.65944340068},136.02746297705076]
[null,"Electricity electrolyser",{"$f":"F99+F103","v":7700000},7707.865168539327]
[null,"Water electrolyser",{"$f":"F104","v":0},0]
[null,"Electricity compressor",{"$f":"F108","v":559428.57142857136},560]
[null,"Insurance",{"$f":"F92","v":108223.7244897959},108.33426966292134]
[null,"Maintenance and repair",{"$f":"F93","v":541118.62244897953},541.67134831460669]
[null,"Labor",{"$f":"F94+F96+F97","v":0},0]
[null,"Overhead",{"$f":"F95","v":324671.17346938769},325.002808988764]
[null,"Oxygen",{"$f":"-F114","v":-312774.00000000006},{"$f":"C199/(($E$34+$E$49)/1000)","v":-313.09348314606751}]
[null,"Total ",null,{"$f":"SUM(D189:D199)","v":10368.372419741841}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"kg CO2eq./ton H2 "]
[null,"Electricity electrolyser",{"$f":"(E155+E152)","v":13764.044943820225}]
[null,"Water electrolyser",{"$f":"(E151+E154)","v":2.9741966292134832}]
[null,"Electricity compressor",{"$f":"E157","v":1000}]
[null,"Oxygen production ",{"$f":"-(E168+E164)","v":-4100.0337078651701}]
[null,"Total ",{"$f":"SUM(C214:C217)","v":10666.985432584268}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"One-at-a-time sensitivity analysis "]
[null,"These calculations are done using the Crystal Ball add-in of Excel and are only valid for the selected scenario"]
[null,"Scenario selected: PEM electrolyser, sale of oxygen included. "]
[null,"Options selected: Test range -10% to 10%, simulation done for all precedents with only top 5 variables shown in graph"]
[null,"Target forecast:"]
[null,"Levelized cost of production"]
[null,"Input variables:"]
[null,"Variable","Contribution to variance"]
[null,"Energy electrolyser",0.55375458054236804]
[null,"Electricity price",0.408343163536454]
[null,"Operating hours",3.0841028313476401E-2]
[null,"Maintenance and repair cost (%)",5.5919323652059002E-3]
[null,"Energy DSP",9.6176116642400402E-4]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"The values will not automatically update! "]
[]
[null,"Scenario analysis - Break-even analysis and What-if analysis"]
[]
[]
[]
[null,"Electricity price (€/MWh)",140]
[null,"Operating hours (hr/yr)",8000]
[]
[]
[null,null,"LCOH","Operating hours"]
[null,null,{"$f":"D143","v":10698.319835472179},1000,2000,3000,4000,5000,6000,7000,8000]
[null,"Electricity price",10,18588.11797014391,9597.7668502404958,6600.9831436060231,5102.5912902887867,4277.4972078152969,3729.0473215311595,3319.7034640486277,3021.016464685662]
[null,null,20,19178.67976789672,10188.328647993305,7191.5449413588321,5693.1530880415958,4868.0590055681059,4319.6091192839685,3910.2652618014363,3611.578262438471]
[null,null,30,19769.241565649529,10778.890445746114,7782.1067391116412,6283.7148857944048,5458.620803320915,4910.1709170367776,4500.8270595542454,4202.1400601912792]
[null,null,40,20359.803363402338,11369.452243498923,8372.6685368644503,6874.2766835472139,6049.1826010737241,5500.7327147895858,5091.3888573070544,4792.7018579440883]
[null,null,50,20950.365161155147,11960.014041251732,8963.2303346172594,7464.8384813000221,6639.7443988265331,6091.2945125423958,5681.9506550598635,5383.2636556968973]
[null,null,60,21540.926958907956,12550.575839004541,9553.7921323700684,8055.4002790528311,7230.3061965793422,6681.8563102952048,6272.5124528126726,5973.8254534497064]
[null,null,70,22131.488756660765,13141.13763675735,10144.353930122878,8645.9620768056411,7820.8679943321513,7272.4181080480139,6863.0742505654816,6564.3872512025155]
[null,null,80,22722.050554413574,13731.699434510159,10734.915727875687,9236.5238745584502,8411.4297920849604,7862.979905800823,7453.6360483182907,7154.9490489553245]
[null,null,90,23312.612352166383,14322.261232262967,11325.477525628496,9827.0856723112593,9001.9915898377694,8453.541703553632,8044.1978460710998,7745.5108467081336]
[null,null,100,23903.174149919192,14912.823030015776,11916.039323381307,10417.647470064068,9592.5533875905785,9044.1035013064411,8634.7596438239088,8336.0726444609427]
[null,null,110,24493.735947672001,15503.384827768585,12506.601121134116,11008.209267816877,10183.115185343388,9634.6652990592502,9225.3214415767179,8926.6344422137518]
[null,null,120,25084.29774542481,16093.946625521394,13097.162918886925,11598.771065569686,10773.676983096195,10225.227096812057,9815.883239329527,9517.1962399665608]
[null,null,130,25674.859543177619,16684.508423274201,13687.724716639734,12189.332863322496,11364.238780849004,10815.788894564866,10406.445037082336,10107.75803771937]
[null,null,140,26265.421340930428,17275.07022102701,14278.286514392541,12779.894661075305,11954.800578601813,11406.350692317676,10997.006834835145,10698.319835472179]
[]
[]
[]
[]
[null,"Electricity impact factor (kg CO2eq/kWh)",0.25]
[]
[]
[null,null,null,"CO2eq avoided compared to benchmark"]
[null,null,null,{"$f":"D177","v":0.53301456741573006}]
[null,"Electricity impact factor",0,15.297059511235956]
[null,null,0.02,14.115935915730338]
[null,null,0.04,12.934812320224719]
[null,null,0.06,11.753688724719101]
[null,null,0.08,10.572565129213483]
[null,null,0.1,9.3914415337078658]
[null,null,0.12,8.2103179382022482]
[null,null,0.14000000000000001,7.0291943426966297]
[null,null,0.16,5.8480707471910121]
[null,null,0.18,4.6669471516853944]
[null,null,0.2,3.485823556179775]
[null,null,0.22,2.3046999606741601]
[null,null,0.24,1.1235763651685389]
[null,null,0.26,-5.7547230337078759E-2]
[null,null,0.28000000000000003,-1.2386708258426999]
[null,null,0.3,-2.419794421348314]
[]
[]
[]
[]
[null,"This table will not automatically update! "]
[null,"Scenario Summary"]
[null,null,null,"Optimistic scenario","Pessimistic scenario","Neutral scenario"]
[null,"Changing Cells:"]
[null,null,"Electricity price",10,200,60]
[null,null,"Electricity impact factor",0.02,0.24073,0.1]
[null,null,"Operating hours",3000,8000,6000]
[null,"Result Cells:"]
[null,null,"Levelized cost of product",6600.9831436060203,14241.690621989001,6681.8563102952003]
[null,null,"CO2eq avoided compared to benchmark",11.756582634831499,-1.2788879269662901,7.0320882528089896]

{"sheet":"2. Pathway 2","index":12,"n_rows":207,"n_cols":35,"rows_kept":207,"cut":false,"hidden":true,"merged":[[77,4,77,34]]}
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[null,{"$f":"'Pathway definition and results'!F13","v":"2. Pathway 2"}]
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[null,"PFD"]
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[]
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[]
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[]
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[null,"Technical "]
[null,"Technology","Parameter",null,"Value","Unit (per year)","Value","Unit per FU","Comments"]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Recycled content","%"]
[null,"Renewable content","%"]
[null,"Reuse rate","%"]
[null,"Recycling rate","%"]
[null,"Recycling output rate","%"]
[null,"Share of renewable energy","%"]
[]
[]
[null,"Economic",null,null,"year"]
[null,"Group","Technology","Parameter",0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30]
[null,"Investment",null,null,{"$f":"SUM(E81:E85)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[]
[null,"Operational cost",null,null,null,{"$f":"SUM(F87:F107)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[null,null,null,"Labor"]
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[]
[]
[null,null,"xxx","Feedstock"]
[null,null,null,"Solvent"]
[null,null,null,"Catalyst"]
[null,null,null,"Electricity"]
[null,null,null,"Heat"]
[]
[null,null,"xxx","Feedstock"]
[null,null,null,"Solvent"]
[null,null,null,"Catalyst"]
[null,null,null,"Electricity"]
[null,null,null,"Heat"]
[]
[]
[null,"Revenues",null,null,null,{"$f":"SUM(F109:F113)","v":0},{"$f":"SUM(G109:G113)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"xxx","Targeted product"]
[]
[]
[null,null,"Subsidies"]
[]
[null,"Cash flow",null,null,null,{"$f":"F108-F86-F80","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Depreciation cost","xxx"]
[null,null,"xxx"]
[]
[]
[]
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[null,"Taxable base",null,null,null,{"$f":"IF(F114-F120>0,F114-F120,0)","v":0},{"$f":"IF(G114-G120>0,G114-G120,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CF before taxes",null,null,null,{"$f":"F114-F121-F122","v":0},{"$f":"G114-G121-G122","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Taxes",null,null,null,{"$f":"F123*e_taxrate_BE","v":0},{"$f":"G123*e_taxrate_BE","v":0},{"$f":"H123*e_taxrate_BE","v":0},{"$f":"I123*e_taxrate_BE","v":0},{"$f":"J123*e_taxrate_BE","v":0},{"$f":"K123*e_taxrate_BE","v":0},{"$f":"L123*e_taxrate_BE","v":0},{"$f":"M123*e_taxrate_BE","v":0},{"$f":"N123*e_taxrate_BE","v":0},{"$f":"O123*e_taxrate_BE","v":0},{"$f":"P123*e_taxrate_BE","v":0},{"$f":"Q123*e_taxrate_BE","v":0},{"$f":"R123*e_taxrate_BE","v":0},{"$f":"S123*e_taxrate_BE","v":0},{"$f":"T123*e_taxrate_BE","v":0},{"$f":"U123*e_taxrate_BE","v":0},{"$f":"V123*e_taxrate_BE","v":0},{"$f":"W123*e_taxrate_BE","v":0},{"$f":"X123*e_taxrate_BE","v":0},{"$f":"Y123*e_taxrate_BE","v":0},{"$f":"Z123*e_taxrate_BE","v":0},{"$f":"AA123*e_taxrate_BE","v":0},{"$f":"AB123*e_taxrate_BE","v":0},{"$f":"AC123*e_taxrate_BE","v":0},{"$f":"AD123*e_taxrate_BE","v":0},{"$f":"AE123*e_taxrate_BE","v":0},{"$f":"AF123*e_taxrate_BE","v":0},{"$f":"AG123*e_taxrate_BE","v":0},{"$f":"AH123*e_taxrate_BE","v":0},{"$f":"AI123*e_taxrate_BE","v":0}]
[null,"CF after taxes",null,null,{"$f":"-E80+E121","v":0},{"$f":"IF(F124>0,F124-F125,F124)","v":0},{"$f":"IF(G124>0,G124-G125,G124)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Total discounted",null,null,null,{"$f":"F126/(1+e_WACC)^F79","v":0},{"$f":"G126/(1+e_WACC)^G79","v":0},{"$f":"H126/(1+e_WACC)^H79","v":0},{"$f":"I126/(1+e_WACC)^I79","v":0},{"$f":"J126/(1+e_WACC)^J79","v":0},{"$f":"K126/(1+e_WACC)^K79","v":0},{"$f":"L126/(1+e_WACC)^L79","v":0},{"$f":"M126/(1+e_WACC)^M79","v":0},{"$f":"N126/(1+e_WACC)^N79","v":0},{"$f":"O126/(1+e_WACC)^O79","v":0},{"$f":"P126/(1+e_WACC)^P79","v":0},{"$f":"Q126/(1+e_WACC)^Q79","v":0},{"$f":"R126/(1+e_WACC)^R79","v":0},{"$f":"S126/(1+e_WACC)^S79","v":0},{"$f":"T126/(1+e_WACC)^T79","v":0},{"$f":"U126/(1+e_WACC)^U79","v":0},{"$f":"V126/(1+e_WACC)^V79","v":0},{"$f":"W126/(1+e_WACC)^W79","v":0},{"$f":"X126/(1+e_WACC)^X79","v":0},{"$f":"Y126/(1+e_WACC)^Y79","v":0},{"$f":"Z126/(1+e_WACC)^Z79","v":0},{"$f":"AA126/(1+e_WACC)^AA79","v":0},{"$f":"AB126/(1+e_WACC)^AB79","v":0},{"$f":"AC126/(1+e_WACC)^AC79","v":0},{"$f":"AD126/(1+e_WACC)^AD79","v":0},{"$f":"AE126/(1+e_WACC)^AE79","v":0},{"$f":"AF126/(1+e_WACC)^AF79","v":0},{"$f":"AG126/(1+e_WACC)^AG79","v":0},{"$f":"AH126/(1+e_WACC)^AH79","v":0},{"$f":"AI126/(1+e_WACC)^AI79","v":0}]
[null,"Cum.Sum",null,null,null,{"$f":"E126+F126","v":0},{"$f":"F128+G126","v":0},{"$f":"G128+H126","v":0},{"$f":"H128+I126","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cum.Sum discounted",null,null,null,{"$f":"E126+F127","v":0},{"$f":"F129+G127","v":0},{"$f":"G129+H127","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"PBP",null,null,null,{"$f":"IF(F128<0,1,-E126/F126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G128<0,1,-F128/G126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H128<0,1,-G128/H126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(I128<0,1,-H128/I126)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"DPBP",null,null,null,{"$f":"IF(F129<0,1,-E126/F127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G129<0,1,-F129/G127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H129<0,1,-G129/H127)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[]
[]
[null,"Results","Unit","Value"]
[null,"NPV","€",{"$f":"NPV(e_WACC,F126:AI126)+E126","v":0}]
[null,"IRR","%",{"$f":"IRR(E126:AI126)","v":{"$error":"#NUM!"}}]
[null,"PBP","yr",{"$f":"SUMIF(F130:AI130,\">0\")-SUMIF(F130:AI130,\">1\")","v":0}]
[null,"DPBP","yr",{"$f":"SUMIF(F131:AI131,\">0\")-SUMIF(F131:AI131,\">1\")","v":0}]
[null,"Total manufacturing cost","€/yr",{"$f":"F86","v":0}]
[null,"Levelized cost of product",{"$f":"'1. Pathway 1'!$C$143","v":"€/ton H2"}]
[null,"CAPEX",{"$f":"'1. Pathway 1'!$C$144","v":"€/ton H2"}]
[null,"OPEX",{"$f":"'1. Pathway 1'!$C$145","v":"€/ton H2"}]
[]
[]
[null,"Environmental"]
[null,"Technology","Parameter",null,"Unit","Total ","Comments"]
[null,"Impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity ",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Avoided impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Climate change impact",{"$f":"\"ton CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq/ton H2"}]
[null,"CO2 avoided",{"$f":"\"ton CO2eq avoided/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq avoided/ton H2"}]
[null,"Total climate change impact system",{"$f":"'1. Pathway 1'!$C$175","v":"ton CO2eq/ton H2"},{"$f":"D172-D173","v":0}]
[null,null,{"$f":"'1. Pathway 1'!$C$176","v":"ton CO2eq/yr"}]
[null,"CO2eq avoided compared to benchmark",{"$f":"'1. Pathway 1'!$C$177","v":"ton CO2eq/ton H2"},0]
[null,null,{"$f":"'1. Pathway 1'!$C$178","v":"ton CO2eq/yr"}]
[]
[null,"Results combined indicators","Unit","Value"]
[null,"Carbon abatement cost",{"$f":"'1. Pathway 1'!$C$181","v":"€/ton CO2eq avoided"}]
[null,"Energy use per ton avoided CO2eq",{"$f":"'1. Pathway 1'!$C$182","v":"MWh/ton CO2eq avoided"}]
[]
[]
[null,"Contribution analysis"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"One-at-a-time sensitivity analysis "]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Scenario analysis - Break-even analysis and What-if analysis"]

{"sheet":"3. Pathway 3","index":13,"n_rows":207,"n_cols":35,"rows_kept":207,"cut":false,"hidden":true,"merged":[[77,4,77,34]]}
[]
[]
[]
[null,{"$f":"'Pathway definition and results'!G13","v":"3. Pathway 3"}]
[]
[null,"PFD"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Technical "]
[null,"Technology","Parameter",null,"Value","Unit (per year)","Value","Unit per FU","Comments"]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Recycled content","%"]
[null,"Renewable content","%"]
[null,"Reuse rate","%"]
[null,"Recycling rate","%"]
[null,"Recycling output rate","%"]
[null,"Share of renewable energy","%"]
[]
[]
[null,"Economic",null,null,"year"]
[null,"Group","Technology","Parameter",0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30]
[null,"Investment",null,null,{"$f":"SUM(E81:E85)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[]
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[]
[null,"Total depreciation",null,null,null,{"$f":"SUM(F115:F119)","v":0},{"$f":"SUM(G115:G119)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Interest loan",null,null,{"$f":"e_debt_ratio*'3. Pathway 3'!E80","v":0},{"$f":"IF(F79>e_ecolifetime_yr,0,E121*e_interestrate)","v":0},{"$f":"IF(G79>e_ecolifetime_yr,0,($E$121-(F122*F79))*e_interestrate)","v":0},{"$f":"IF(H79>e_ecolifetime_yr,0,($E$121-(G122*G79))*e_interestrate)","v":0},{"$f":"IF(I79>e_ecolifetime_yr,0,($E$121-(H122*H79))*e_interestrate)","v":0},{"$f":"IF(J79>e_ecolifetime_yr,0,($E$121-(I122*I79))*e_interestrate)","v":0},{"$f":"IF(K79>e_ecolifetime_yr,0,($E$121-(J122*J79))*e_interestrate)","v":0},{"$f":"IF(L79>e_ecolifetime_yr,0,($E$121-(K122*K79))*e_interestrate)","v":0},{"$f":"IF(M79>e_ecolifetime_yr,0,($E$121-(L122*L79))*e_interestrate)","v":0},{"$f":"IF(N79>e_ecolifetime_yr,0,($E$121-(M122*M79))*e_interestrate)","v":0},{"$f":"IF(O79>e_ecolifetime_yr,0,($E$121-(N122*N79))*e_interestrate)","v":0},{"$f":"IF(P79>e_ecolifetime_yr,0,($E$121-(O122*O79))*e_interestrate)","v":0},{"$f":"IF(Q79>e_ecolifetime_yr,0,($E$121-(P122*P79))*e_interestrate)","v":0},{"$f":"IF(R79>e_ecolifetime_yr,0,($E$121-(Q122*Q79))*e_interestrate)","v":0},{"$f":"IF(S79>e_ecolifetime_yr,0,($E$121-(R122*R79))*e_interestrate)","v":0},{"$f":"IF(T79>e_ecolifetime_yr,0,($E$121-(S122*S79))*e_interestrate)","v":0},{"$f":"IF(U79>e_ecolifetime_yr,0,($E$121-(T122*T79))*e_interestrate)","v":0},{"$f":"IF(V79>e_ecolifetime_yr,0,($E$121-(U122*U79))*e_interestrate)","v":0},{"$f":"IF(W79>e_ecolifetime_yr,0,($E$121-(V122*V79))*e_interestrate)","v":0},{"$f":"IF(X79>e_ecolifetime_yr,0,($E$121-(W122*W79))*e_interestrate)","v":0},{"$f":"IF(Y79>e_ecolifetime_yr,0,($E$121-(X122*X79))*e_interestrate)","v":0},{"$f":"IF(Z79>e_ecolifetime_yr,0,($E$121-(Y122*Y79))*e_interestrate)","v":0},{"$f":"IF(AA79>e_ecolifetime_yr,0,($E$121-(Z122*Z79))*e_interestrate)","v":0},{"$f":"IF(AB79>e_ecolifetime_yr,0,($E$121-(AA122*AA79))*e_interestrate)","v":0},{"$f":"IF(AC79>e_ecolifetime_yr,0,($E$121-(AB122*AB79))*e_interestrate)","v":0},{"$f":"IF(AD79>e_ecolifetime_yr,0,($E$121-(AC122*AC79))*e_interestrate)","v":0},{"$f":"IF(AE79>e_ecolifetime_yr,0,($E$121-(AD122*AD79))*e_interestrate)","v":0},{"$f":"IF(AF79>e_ecolifetime_yr,0,($E$121-(AE122*AE79))*e_interestrate)","v":0},{"$f":"IF(AG79>e_ecolifetime_yr,0,($E$121-(AF122*AF79))*e_interestrate)","v":0},{"$f":"IF(AH79>e_ecolifetime_yr,0,($E$121-(AG122*AG79))*e_interestrate)","v":0},{"$f":"IF(AI79>e_ecolifetime_yr,0,($E$121-(AH122*AH79))*e_interestrate)","v":0}]
[null,"Down payment loan ",null,null,null,{"$f":"IF(F79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(G79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(H79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(I79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(J79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(K79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(L79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(M79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(N79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(O79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(P79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Q79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(R79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(S79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(T79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(U79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(V79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(W79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(X79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Y79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Z79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AA79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AB79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AC79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AD79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AE79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AF79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AG79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AH79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AI79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0}]
[null,"Taxable base",null,null,null,{"$f":"IF(F114-F120>0,F114-F120,0)","v":0},{"$f":"IF(G114-G120>0,G114-G120,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CF before taxes",null,null,null,{"$f":"F114-F121-F122","v":0},{"$f":"G114-G121-G122","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Taxes",null,null,null,{"$f":"F123*e_taxrate_BE","v":0},{"$f":"G123*e_taxrate_BE","v":0},{"$f":"H123*e_taxrate_BE","v":0},{"$f":"I123*e_taxrate_BE","v":0},{"$f":"J123*e_taxrate_BE","v":0},{"$f":"K123*e_taxrate_BE","v":0},{"$f":"L123*e_taxrate_BE","v":0},{"$f":"M123*e_taxrate_BE","v":0},{"$f":"N123*e_taxrate_BE","v":0},{"$f":"O123*e_taxrate_BE","v":0},{"$f":"P123*e_taxrate_BE","v":0},{"$f":"Q123*e_taxrate_BE","v":0},{"$f":"R123*e_taxrate_BE","v":0},{"$f":"S123*e_taxrate_BE","v":0},{"$f":"T123*e_taxrate_BE","v":0},{"$f":"U123*e_taxrate_BE","v":0},{"$f":"V123*e_taxrate_BE","v":0},{"$f":"W123*e_taxrate_BE","v":0},{"$f":"X123*e_taxrate_BE","v":0},{"$f":"Y123*e_taxrate_BE","v":0},{"$f":"Z123*e_taxrate_BE","v":0},{"$f":"AA123*e_taxrate_BE","v":0},{"$f":"AB123*e_taxrate_BE","v":0},{"$f":"AC123*e_taxrate_BE","v":0},{"$f":"AD123*e_taxrate_BE","v":0},{"$f":"AE123*e_taxrate_BE","v":0},{"$f":"AF123*e_taxrate_BE","v":0},{"$f":"AG123*e_taxrate_BE","v":0},{"$f":"AH123*e_taxrate_BE","v":0},{"$f":"AI123*e_taxrate_BE","v":0}]
[null,"CF after taxes",null,null,{"$f":"-E80+E121","v":0},{"$f":"IF(F124>0,F124-F125,F124)","v":0},{"$f":"IF(G124>0,G124-G125,G124)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Total discounted",null,null,null,{"$f":"F126/(1+e_WACC)^F79","v":0},{"$f":"G126/(1+e_WACC)^G79","v":0},{"$f":"H126/(1+e_WACC)^H79","v":0},{"$f":"I126/(1+e_WACC)^I79","v":0},{"$f":"J126/(1+e_WACC)^J79","v":0},{"$f":"K126/(1+e_WACC)^K79","v":0},{"$f":"L126/(1+e_WACC)^L79","v":0},{"$f":"M126/(1+e_WACC)^M79","v":0},{"$f":"N126/(1+e_WACC)^N79","v":0},{"$f":"O126/(1+e_WACC)^O79","v":0},{"$f":"P126/(1+e_WACC)^P79","v":0},{"$f":"Q126/(1+e_WACC)^Q79","v":0},{"$f":"R126/(1+e_WACC)^R79","v":0},{"$f":"S126/(1+e_WACC)^S79","v":0},{"$f":"T126/(1+e_WACC)^T79","v":0},{"$f":"U126/(1+e_WACC)^U79","v":0},{"$f":"V126/(1+e_WACC)^V79","v":0},{"$f":"W126/(1+e_WACC)^W79","v":0},{"$f":"X126/(1+e_WACC)^X79","v":0},{"$f":"Y126/(1+e_WACC)^Y79","v":0},{"$f":"Z126/(1+e_WACC)^Z79","v":0},{"$f":"AA126/(1+e_WACC)^AA79","v":0},{"$f":"AB126/(1+e_WACC)^AB79","v":0},{"$f":"AC126/(1+e_WACC)^AC79","v":0},{"$f":"AD126/(1+e_WACC)^AD79","v":0},{"$f":"AE126/(1+e_WACC)^AE79","v":0},{"$f":"AF126/(1+e_WACC)^AF79","v":0},{"$f":"AG126/(1+e_WACC)^AG79","v":0},{"$f":"AH126/(1+e_WACC)^AH79","v":0},{"$f":"AI126/(1+e_WACC)^AI79","v":0}]
[null,"Cum.Sum",null,null,null,{"$f":"E126+F126","v":0},{"$f":"F128+G126","v":0},{"$f":"G128+H126","v":0},{"$f":"H128+I126","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cum.Sum discounted",null,null,null,{"$f":"E126+F127","v":0},{"$f":"F129+G127","v":0},{"$f":"G129+H127","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"PBP",null,null,null,{"$f":"IF(F128<0,1,-E126/F126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G128<0,1,-F128/G126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H128<0,1,-G128/H126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(I128<0,1,-H128/I126)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"DPBP",null,null,null,{"$f":"IF(F129<0,1,-E126/F127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G129<0,1,-F129/G127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H129<0,1,-G129/H127)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[]
[]
[null,"Results","Unit","Value"]
[null,"NPV","€",{"$f":"NPV(e_WACC,F126:AI126)+E126","v":0}]
[null,"IRR","%",{"$f":"IRR(E126:AI126)","v":{"$error":"#NUM!"}}]
[null,"PBP","yr",{"$f":"SUMIF(F130:AI130,\">0\")-SUMIF(F130:AI130,\">1\")","v":0}]
[null,"DPBP","yr",{"$f":"SUMIF(F131:AI131,\">0\")-SUMIF(F131:AI131,\">1\")","v":0}]
[null,"Total manufacturing cost","€/yr",{"$f":"F86","v":0}]
[null,"Levelized cost of product",{"$f":"'1. Pathway 1'!$C$143","v":"€/ton H2"}]
[null,"CAPEX",{"$f":"'1. Pathway 1'!$C$144","v":"€/ton H2"}]
[null,"OPEX",{"$f":"'1. Pathway 1'!$C$145","v":"€/ton H2"}]
[]
[]
[null,"Environmental"]
[null,"Technology","Parameter",null,"Unit","Total ","Comments"]
[null,"Impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity ",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Avoided impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Climate change impact",{"$f":"\"ton CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq/ton H2"}]
[null,"CO2 avoided",{"$f":"\"ton CO2eq avoided/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq avoided/ton H2"}]
[null,"Total climate change impact system",{"$f":"'1. Pathway 1'!$C$175","v":"ton CO2eq/ton H2"},{"$f":"D172-D173","v":0}]
[null,null,{"$f":"'1. Pathway 1'!$C$176","v":"ton CO2eq/yr"}]
[null,"CO2eq avoided compared to benchmark",{"$f":"'1. Pathway 1'!$C$177","v":"ton CO2eq/ton H2"},0]
[null,null,{"$f":"'1. Pathway 1'!$C$178","v":"ton CO2eq/yr"}]
[]
[null,"Results combined indicators","Unit","Value"]
[null,"Carbon abatement cost",{"$f":"'1. Pathway 1'!$C$181","v":"€/ton CO2eq avoided"}]
[null,"Energy use per ton avoided CO2eq",{"$f":"'1. Pathway 1'!$C$182","v":"MWh/ton CO2eq avoided"}]
[]
[]
[null,"Contribution analysis"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"One-at-a-time sensitivity analysis "]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Scenario analysis - Break-even analysis and What-if analysis"]

{"sheet":"4. Pathway 4","index":14,"n_rows":207,"n_cols":35,"rows_kept":207,"cut":false,"hidden":true,"merged":[[77,4,77,34]]}
[]
[]
[]
[null,{"$f":"'Pathway definition and results'!H13","v":"4. Pathway 4 "}]
[]
[null,"PFD"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Technical "]
[null,"Technology","Parameter",null,"Value","Unit (per year)","Value","Unit per FU","Comments"]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[null,"xxx","Input","Materials",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[null,null,null,"Electricity use (renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Electricity use (non-renewable)",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Heat use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[null,null,null,"Fuel use",null,"MWh/yr",null,{"$f":"\"kWh/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kWh/ton H2"}]
[]
[null,null,null,"Land use",null,"m²",null,{"$f":"\"m²/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"m²/ton H2"}]
[null,null,null,"Number of installations",null,"-",null,"-"]
[]
[null,null,"Output","Materials ",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Chemicals",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Waste",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[null,null,null,"Emissions",null,"ton/yr",null,{"$f":"\"kg/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Recycled content","%"]
[null,"Renewable content","%"]
[null,"Reuse rate","%"]
[null,"Recycling rate","%"]
[null,"Recycling output rate","%"]
[null,"Share of renewable energy","%"]
[]
[]
[null,"Economic",null,null,"year"]
[null,"Group","Technology","Parameter",0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30]
[null,"Investment",null,null,{"$f":"SUM(E81:E85)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[null,null,"xxx","Investment"]
[null,null,null,"Reinvestment"]
[]
[null,"Operational cost",null,null,null,{"$f":"SUM(F87:F107)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[null,null,null,"Maintenance and repair",null,{"$f":"IF(F$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(G$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(H$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(I$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(J$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(K$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(L$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(M$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(N$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(O$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(P$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(Q$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(R$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(S$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(T$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(U$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(V$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(W$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(X$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(Y$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(Z$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AA$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AB$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AC$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AD$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AE$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AF$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AG$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AH$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0},{"$f":"IF(AI$79>e_ecolifetime_yr,0,$E$80*'Data - economic'!$I$42)","v":0}]
[null,null,null,"Labor"]
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[]
[]
[null,null,"xxx","Feedstock"]
[null,null,null,"Solvent"]
[null,null,null,"Catalyst"]
[null,null,null,"Electricity"]
[null,null,null,"Heat"]
[]
[null,null,"xxx","Feedstock"]
[null,null,null,"Solvent"]
[null,null,null,"Catalyst"]
[null,null,null,"Electricity"]
[null,null,null,"Heat"]
[]
[]
[null,"Revenues",null,null,null,{"$f":"SUM(F109:F113)","v":0},{"$f":"SUM(G109:G113)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"xxx","Targeted product"]
[]
[]
[null,null,"Subsidies"]
[]
[null,"Cash flow",null,null,null,{"$f":"F108-F86-F80","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Depreciation cost","xxx"]
[null,null,"xxx"]
[]
[]
[]
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[null,"Down payment loan ",null,null,null,{"$f":"IF(F79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(G79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(H79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(I79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(J79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(K79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(L79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(M79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(N79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(O79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(P79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Q79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(R79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(S79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(T79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(U79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(V79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(W79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(X79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Y79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(Z79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AA79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AB79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AC79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AD79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AE79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AF79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AG79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AH79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0},{"$f":"IF(AI79>e_ecolifetime_yr,0,$E$121/e_ecolifetime_yr)","v":0}]
[null,"Taxable base",null,null,null,{"$f":"IF(F114-F120>0,F114-F120,0)","v":0},{"$f":"IF(G114-G120>0,G114-G120,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CF before taxes",null,null,null,{"$f":"F114-F121-F122","v":0},{"$f":"G114-G121-G122","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Taxes",null,null,null,{"$f":"F123*e_taxrate_BE","v":0},{"$f":"G123*e_taxrate_BE","v":0},{"$f":"H123*e_taxrate_BE","v":0},{"$f":"I123*e_taxrate_BE","v":0},{"$f":"J123*e_taxrate_BE","v":0},{"$f":"K123*e_taxrate_BE","v":0},{"$f":"L123*e_taxrate_BE","v":0},{"$f":"M123*e_taxrate_BE","v":0},{"$f":"N123*e_taxrate_BE","v":0},{"$f":"O123*e_taxrate_BE","v":0},{"$f":"P123*e_taxrate_BE","v":0},{"$f":"Q123*e_taxrate_BE","v":0},{"$f":"R123*e_taxrate_BE","v":0},{"$f":"S123*e_taxrate_BE","v":0},{"$f":"T123*e_taxrate_BE","v":0},{"$f":"U123*e_taxrate_BE","v":0},{"$f":"V123*e_taxrate_BE","v":0},{"$f":"W123*e_taxrate_BE","v":0},{"$f":"X123*e_taxrate_BE","v":0},{"$f":"Y123*e_taxrate_BE","v":0},{"$f":"Z123*e_taxrate_BE","v":0},{"$f":"AA123*e_taxrate_BE","v":0},{"$f":"AB123*e_taxrate_BE","v":0},{"$f":"AC123*e_taxrate_BE","v":0},{"$f":"AD123*e_taxrate_BE","v":0},{"$f":"AE123*e_taxrate_BE","v":0},{"$f":"AF123*e_taxrate_BE","v":0},{"$f":"AG123*e_taxrate_BE","v":0},{"$f":"AH123*e_taxrate_BE","v":0},{"$f":"AI123*e_taxrate_BE","v":0}]
[null,"CF after taxes",null,null,{"$f":"-E80+E121","v":0},{"$f":"IF(F124>0,F124-F125,F124)","v":0},{"$f":"IF(G124>0,G124-G125,G124)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Total discounted",null,null,null,{"$f":"F126/(1+e_WACC)^F79","v":0},{"$f":"G126/(1+e_WACC)^G79","v":0},{"$f":"H126/(1+e_WACC)^H79","v":0},{"$f":"I126/(1+e_WACC)^I79","v":0},{"$f":"J126/(1+e_WACC)^J79","v":0},{"$f":"K126/(1+e_WACC)^K79","v":0},{"$f":"L126/(1+e_WACC)^L79","v":0},{"$f":"M126/(1+e_WACC)^M79","v":0},{"$f":"N126/(1+e_WACC)^N79","v":0},{"$f":"O126/(1+e_WACC)^O79","v":0},{"$f":"P126/(1+e_WACC)^P79","v":0},{"$f":"Q126/(1+e_WACC)^Q79","v":0},{"$f":"R126/(1+e_WACC)^R79","v":0},{"$f":"S126/(1+e_WACC)^S79","v":0},{"$f":"T126/(1+e_WACC)^T79","v":0},{"$f":"U126/(1+e_WACC)^U79","v":0},{"$f":"V126/(1+e_WACC)^V79","v":0},{"$f":"W126/(1+e_WACC)^W79","v":0},{"$f":"X126/(1+e_WACC)^X79","v":0},{"$f":"Y126/(1+e_WACC)^Y79","v":0},{"$f":"Z126/(1+e_WACC)^Z79","v":0},{"$f":"AA126/(1+e_WACC)^AA79","v":0},{"$f":"AB126/(1+e_WACC)^AB79","v":0},{"$f":"AC126/(1+e_WACC)^AC79","v":0},{"$f":"AD126/(1+e_WACC)^AD79","v":0},{"$f":"AE126/(1+e_WACC)^AE79","v":0},{"$f":"AF126/(1+e_WACC)^AF79","v":0},{"$f":"AG126/(1+e_WACC)^AG79","v":0},{"$f":"AH126/(1+e_WACC)^AH79","v":0},{"$f":"AI126/(1+e_WACC)^AI79","v":0}]
[null,"Cum.Sum",null,null,null,{"$f":"E126+F126","v":0},{"$f":"F128+G126","v":0},{"$f":"G128+H126","v":0},{"$f":"H128+I126","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cum.Sum discounted",null,null,null,{"$f":"E126+F127","v":0},{"$f":"F129+G127","v":0},{"$f":"G129+H127","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"PBP",null,null,null,{"$f":"IF(F128<0,1,-E126/F126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G128<0,1,-F128/G126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H128<0,1,-G128/H126)","v":{"$error":"#DIV/0!"}},{"$f":"IF(I128<0,1,-H128/I126)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"DPBP",null,null,null,{"$f":"IF(F129<0,1,-E126/F127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(G129<0,1,-F129/G127)","v":{"$error":"#DIV/0!"}},{"$f":"IF(H129<0,1,-G129/H127)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[]
[]
[null,"Results","Unit","Value"]
[null,"NPV","€",{"$f":"NPV(e_WACC,F126:AI126)+E126","v":0}]
[null,"IRR","%",{"$f":"IRR(E126:AI126)","v":{"$error":"#NUM!"}}]
[null,"PBP","yr",{"$f":"SUMIF(F130:AI130,\">0\")-SUMIF(F130:AI130,\">1\")","v":0}]
[null,"DPBP","yr",{"$f":"SUMIF(F131:AI131,\">0\")-SUMIF(F131:AI131,\">1\")","v":0}]
[null,"Total manufacturing cost","€/yr",{"$f":"F86","v":0}]
[null,"Levelized cost of product",{"$f":"'1. Pathway 1'!$C$143","v":"€/ton H2"}]
[null,"CAPEX",{"$f":"'1. Pathway 1'!$C$144","v":"€/ton H2"}]
[null,"OPEX",{"$f":"'1. Pathway 1'!$C$145","v":"€/ton H2"}]
[]
[]
[null,"Environmental"]
[null,"Technology","Parameter",null,"Unit","Total ","Comments"]
[null,"Impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity ",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Direct emissions",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Equipment",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[null,"Avoided impact"]
[null,"xxx","Materials",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Chemicals",null,{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,"Energy","Electricity",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[null,null,null,"Heat",{"$f":"\"kg CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"kg CO2eq/ton H2"}]
[]
[]
[]
[]
[null,"Results ","Unit","Value"]
[null,"Climate change impact",{"$f":"\"ton CO2eq/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq/ton H2"}]
[null,"CO2 avoided",{"$f":"\"ton CO2eq avoided/\" & IF(Technology!$C$32=\"\",\"FU\",Technology!$C$32)","v":"ton CO2eq avoided/ton H2"}]
[null,"Total climate change impact system",{"$f":"'1. Pathway 1'!$C$175","v":"ton CO2eq/ton H2"},{"$f":"D172-D173","v":0}]
[null,null,{"$f":"'1. Pathway 1'!$C$176","v":"ton CO2eq/yr"}]
[null,"CO2eq avoided compared to benchmark",{"$f":"'1. Pathway 1'!$C$177","v":"ton CO2eq/ton H2"},0]
[null,null,{"$f":"'1. Pathway 1'!$C$178","v":"ton CO2eq/yr"}]
[]
[null,"Results combined indicators","Unit","Value"]
[null,"Carbon abatement cost",{"$f":"'1. Pathway 1'!$C$181","v":"€/ton CO2eq avoided"}]
[null,"Energy use per ton avoided CO2eq",{"$f":"'1. Pathway 1'!$C$182","v":"MWh/ton CO2eq avoided"}]
[]
[]
[null,"Contribution analysis"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"One-at-a-time sensitivity analysis "]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Scenario analysis - Break-even analysis and What-if analysis"]

{"sheet":"Dropdown list","index":15,"n_rows":58,"n_cols":10,"rows_kept":58,"cut":false,"hidden":true,"merged":[]}
[]
["If you add something to the table, the conditional format will have to be updated as it does not recognize the table name. The dropdown list will be updated automatically. "]
[]
[]
[null,"Solvents","Status ","€/ton","kg CO2eq/kg",null,null,"Critical Raw Materials included in catalysts","Status","€/ton"]
[null,"1,4-dioxane",3,2000,null,null,null,"Aluminium",1,1600]
[null,"Ac2O",2,750,null,null,null,"Antimony",3,7200]
[null,"Acetone",2,900,null,null,null,"Arsenic",3,2000]
[null,"Acetonitrile",2,3200,null,null,null,"Baryte",3,150]
[null,"AcOH",2,800,null,null,null,"Bauxite",3,42]
[null,"Anisole",1,4200,null,null,null,"Beryllium",3,500000]
[null,"Benzene",3,750,null,null,null,"Bismuth",3,6]
[null,"Benzyl alcohol",2,2800,null,null,null,"Borate",3,300]
[null,"BuOH",2,1000,null,null,null,"Cadmium ",1,4500]
[null,"CCl4",3,800,null,null,null,"Chromium",1,10000]
[null,"Chlorobenzene",2,950,null,null,null,"Cobalt",3,40000]
[null,"Chloroform",3,950,null,null,null,"Coking coal",3,160]
[null,"Cyclohexane",3,900,null,null,null,"Copper",3,8500]
[null,"Cyclohexanone",1,1200,null,null,null,"Fluorspar",3,400]
[null,"DCE",3,400,null,null,null,"Gallium",3,250000]
[null,"DCM",3,310,null,null,null,"Germanium",3,1300000]
[null,"Ciethyl ether",3,2800,null,null,null,"Gold",1,60000000]
[null,"Diisopropyl ether",3,3120,null,null,null,"Hafnium",3,1000000]
[null,"DMAc",3,null,null,null,null,"Heavy rare earth elements",3]
[null,"DME",3,500,null,null,null,"Helium ",3]
[null,"DMF",3,800,null,null,null,"Indium",3,210000]
[null,"DMPU",2,null,null,null,null,"Lead",1,2100]
[null,"DMSO",2,2700,null,null,null,"Light rare earth elements",3]
[null,"DMC",null,1000,null,null,null,"Lithium",3,40000]
[null,"Ethylene glycol",2,650,null,null,null,"Magnesium",3,2300]
[null,"EtOAc",1,1000,null,null,null,"Manganese",3,2100]
[null,"EtOH",1,600,null,null,null,"Natural graphite",3,1100]
[null,"Ethylene oxide",null,1300,null,null,null,"Natural rubber",3,1500]
[null,"Formic acid",3,550,null,null,null,"Nickel",3,25000]
[null,"Heptane",2,1300,null,null,null,"Niobium",3,30]
[null,"Hexane",3,800,null,null,null,"Phosphate rock",3,84]
[null,"i-PrOAc",1,null,null,null,null,"Phosphorus",3,200]
[null,"i-PrOH",1,1650,null,null,null,"Platinum Group Metals",3,41600000]
[null,"Me-cyclohexane",2,null,null,null,null,"Rhenium",1,2300000]
[null,"MEK",2,1200,null,null,null,"Scandium",3,1000]
[null,"MeOAc",2,null,null,null,null,"Selenium ",1,80000]
[null,"MeOH",2,500,null,null,null,"Silicon metal",3,2500]
[null,"Me-THF",2,null,null,null,null,"Silver",1,700000]
[null,"Methoxy-ethanol",3,null,null,null,null,"Strontium",3,400]
[null,"MIBK",2,1400,null,null,null,"Tantalum",3,270000]
[null,"MTBE",3,600,null,null,null,"Tin",1,30000]
[null,"n-BuOAc",1,1610,null,null,null,"Titanium",3,4000]
[null,"Nitromethane",3,null,null,null,null,"Tungsten",3,30000]
[null,"NMP",3,1860,null,null,null,"Vanadium",3,40000]
[null,"Pentane",3,751,null,null,null,"Zinc",1,3000]
[null,"Pyridine",3,4400,null,null,null,"Zirconium",1,4100]
[null,"Sulfolane",1,3500,null,null,null,"Make selection"]
[null,"TEA",3,3200]
[null,"THF",3,2400]
[null,"Toluene",2,700]
[null,"Water",1,1,1.7699999999999999E-4]
[null,"Xylenes",2,700]
[null,"Make selection"]