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{"sheet":"Summary","index":0,"n_rows":70,"n_cols":6,"rows_kept":70,"cut":false,"hidden":false,"merged":[]}
["P","Ec","S","T","En","L"]
["POLITICAL","ECONOMIC","SOCIAL ","TECHNOLOGICAL","ENVIRONMENTAL","LEGAL"]
[{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=A$1)","v":"Collaboration with Stakeholders"},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=B$1)","v":"Algae Cultivation"},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=C$1)","v":"Authority Process "},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=D$1)","v":"Cost opttimization"},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=E$1)","v":"Air Pollution"},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$C213,Matrix!$E$2:$E213=F$1)","v":"Local community engagement"}]
["International Cooperation","Co-Products Revenue Generation","Call for Clarity on PTX Plans","System and fuel production costs - deterministic","Greenhouse Gas Emissions","CO2 Tax"]
["Energy Independece ","District Heating System","Communication Lines","Biogenic Carbon (CO2)","Local Heavy Transportation","Regulation - effect on Investors"]
["Energy Security","Electricity Costs vs. Oxygen Savings","Ownership models for project acceptance improvement","Biogenic Carbon (CO2) - External source","Local industry Energy usage","Regulation - effect on Off-takers"]
["Influence of war in Ukraine ","Greenhouse","Transparency and Decision-Making","Consumption of  water ","Environmental Impact ","Regulation - effect on Producers"]
["Terrorism Risk","Investments for Waste Heat","Architectural Policy","Consumption of cooling Water","Land and Water Resources - Stochastic","Changes or inconsistencies on support schemes to communities."]
["Climate Change Mitigation","Opportunity to market co-products","Bornholm's Changing Identity","Consumption of ultrapure water","Use of O2 in WWT, benefits","E-fuels definition"]
["GHG Reduction target for 2030","Oxygen Consumers on Bornholm","Cultural Sensitivity","Drinking water","Waste Management","Guarantee of origin - Green Certification"]
["Hydrogen essential for EU decarbonisation ","Oxygen Market Potential for Waste Water Treatment","Tourism","Electricity - Offshore wind power","Wastewater Treatment","Hydrogen and decarbonised gas market package "]
["Employment","Oxygen-Dependent Industry Attraction","Brownfield, use of","Electricity - Onshore wind power","Land Area Estimates","New Marine Plan"]
["Funding","Population Growth","Commercial and Industrial Areas","Renewable Energy Profiles","CO2 Availability on Bornholm","Oxygen Usage Regulations in Water Treatment"]
["Denmark Electrolysis Capacity","Potential in Existing Industries","Loss of value scheme","Solar PV","Water -   WWTPs ","Pipeline to Germany"]
["Pipeline to Germany","Potential in New Industries","Option-to-sell scheme","Water -   WWTPs ","Water Consumption","Changes in State Aid allocation"]
["Sufficient green power","Price for Excess Heat","RE-bonus scheme","Water -   WWTPs ","Water Supply","Investment Support for Green Technologies"]
["Electricity - Offshore wind power","Thermal Desalination","Farming","Water - Seawater","WWTP Brine disposal","PtX Task Force"]
["Innovation in energy production","Waste Heat","Tourism","Water Quality - impurities","Variability and Intermittency","Building permit"]
["Integration of Renewable Energy","Benchmarking of Biofuels production cost","Use of waste products","Water Supply",null,"Land Usage"]
["Approval Process","Benchmarking of H2 production cost","Continuous Learning","Wind Power Variation",null," Regulatory and policy landscape"]
["Danish Climate Act","Benchmarking of Methanol production cost","Education and Training","Biomass availability reduction",null,"Danish Climate Act"]
["EU Emissions Trading System (EU ETS)","Benchmarking of NH3 production cost","Employment","WWTPs' CO2 Emissions",null,"EU Emissions Trading System (EU ETS)"]
["Fuel EU Maritime Directive","CO2 Tax","Networking and Collaboration","Behind-the-meter",null,"EU Taxonomy"]
["Policy Stability","Geographically Differentiated Tariffs","On-the-Job Experience","Capacity Factor",null,"Regulatory Framework  "]
["Regulations and policies regulating chemicals","Green Transition Drivers","Workforce skills and competences","Efficiency",null,"Renewable Energy Directive (RED II) "]
[null,"Marine traffic market drivers","Education and Awareness","Electrolyser design and construction",null,"Decommissioning and Site Restoration"]
[null,"Budget changes  - Cost overrun or financing limitations","Terrorism Risk Assessment","Electrolyser Technologies"]
[null,"Financial Risks associated with Project Funding",null,"Heat Plant  Location"]
[null,"Financing: State aid  for Energiø reduced from DKK30 billion to 17,6 DKK billion) -  as off 01.06.23",null,"Influence of Electrolyser Technology"]
[null,"Investment Support for Green Technologies",null,"Infrastructure"]
[null,"Announced Pledges Scenario 2030  (APS)",null,"Power from the grid"]
[null,"Cost Structure",null,"Power Supply Technologies"]
[null,"Integration the setup with the local grid",null,"Scale"]
[null,"LCOE ",null,"Turbine Selection"]
[null,"New Marine Plan",null,"Land Usage"]
[null,"Demand Marine traffic market oppportunity",null,"Transport of producs by land - volumes"]
[null,"Demand Offshore wind project growth ",null,"Transport Options"]
[null,"Potential Fuel Market in the Baltic Sea",null,"Underground storage"]
[null,"H2 Export Potential",null,"Future fuel options in local industry"]
[null,"Potential Supply - Ammonia",null,"Hydrogen demand"]
[null,"Current Energy Demand",null,"Methanol as marine oil replacement"]
[null,"Energy Export Capacities",null,"Oxygen's Significance in Water Treatment"]
[null,"Potential supply",null,"Plan for decarbonization - local industry"]
[null,"Green replacement",null,"Potential for Oxygen in Drinking Water Production"]
[null,"Flexibility - electrolyzers",null,"Waste heat"]
[null,"Land Usage ",null,"Waste Heat"]
[null,"Flexibility - electrolyzers",null,"Waste Heat Potential"]
[null,"CAPEX - H2",null,"Lifetime"]
[null,"Production cost - H2",null,"Operational performance"]
[null,"Production cost - NH3",null,"Operational strategies "]
[null,"CAPEX - NH3",null,"Portfolio Configuration"]
[null,"System and fuel production costs - H2 & NH3",null,"Portfolio Operational Sequence"]
[null,"Electrolyzer technology"]
[null,"Cost Breakdown  - Biofuels"]
[null,"Cost Breakdown  - Methanol"]
[null,"Economies of Scale -  small scale"]
[null,"Impact of Weather Scenarios"]
[null,"Methanol"]
[null,"Power Supply  Configuration"]
[null,"Technology Impact  - Methanol & Bio Fuels"]
[null,"Weather impact on costs and stochastic sizing"]
[null,"Green Power"]
[null,"Plant sizing"]
[null,"Biogenic CO2 availability"]
[null,"Biogenic CO2 Cost"]
[null,"CO2 from CHP at Rønne Harbor"]
[null,"Water Supply"]
[null,"Water Treatment Cost"]
[null,"Fluctuation of market prices (feedstock and products)"]
[null,"Grid Prices and Certification"]

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[null,{"$f":"Matrix!$C$1:$Q$1","v":"Factor"},"Detail","Domain","WP","Impact","Relevance","S/W","O/T","Value","Other_References","Main_Reference","Citation","Entry by","Validated","Notes & Feedback"]
[{"$f":"_xlfn.XLOOKUP(C5,Matrix!D2:D72,Matrix!A2:A72,\"nf\",0)","v":"F.004"},{"$f":"_xlfn._xlws.FILTER(Matrix!$C$2:$Q$213,(ISNUMBER(SEARCH(B2,Matrix!$C$2:$C$213))))","v":"Electricity Costs vs. Oxygen Savings"},"The cost of electricity for operating compressors in waste water treatment and other industries significantly impacts operational expenses. Exploring potential savings by using oxygen instead of air can provide a strong financial incentive for transitioning.","Ec","WP3","Positive (+)",4,"S","O",8,"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report","Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. ","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C6,Matrix!D5:D72,Matrix!A5:A72,\"nf\",0)","v":"F.017"},"Benchmarking of Biofuels production cost","Move to extension","Ec","Ext.","Neutral (+/-)",0,0,0,0,0,0,{"$error":"#N/A"},"O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C7,Matrix!D6:D72,Matrix!A6:A72,\"nf\",0)","v":"F.018"},"Benchmarking of H2 production cost","Bornholm H2 Production prices are estimated considering 2030 as time horizon. They are substantially higher when compared to the forecasted VRE APS 2030 (APS: Announced Pledges Scenario 2030 ).  However, it is important to understand how the forecast is estimated for VRE APS 2030. In this context, VRE APS 2030 is calculated by adjusting VRE 2021 production costs based on expected technology advancements and market behaviours to be achieved in 2030.  Figure 17 clearly illustrate the reduction cost expectations applied to VRE APS 2030, which in some markets could represent up to an 80% cost reduction from 2021 production cost. ","Ec","WP6","Positive (+)",5,"S","O",10,"- - - Ammonia Technology Roadmap\r\n\r\n- Hydrogen Factsheet - Japan\r\n\r\n- Making the breakthrough: Green hydrogen policies and technology costs\r\n\r\n-  Announced Pledges Scenario (APS)","Energy Technology Perspectives 2023","Energy Technology Perspectives 2023 (2023).  International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/a86b480e-2b03-4e25-bae1-da1395e0b620/EnergyTechnologyPerspectives2023.pdf","O. Uribe",0,"IMPORTANT TO DEVELOP IN THE MAIN"]
[{"$f":"_xlfn.XLOOKUP(C8,Matrix!D6:D72,Matrix!A6:A72,\"nf\",0)","v":"F.017"},"Benchmarking of Methanol production cost","Move to extension","Ec","Ext.","Neutral (+/-)",0,0,0,0,0,0,{"$error":"#N/A"},"O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C9,Matrix!D6:D72,Matrix!A6:A72,\"nf\",0)","v":"F.020"},"Benchmarking of NH3 production cost","Bornholm NH3 production prices are trailing the forecasted VRE APS 2030 in the Western European market, and they are just behind international markets. Applying a similar correction as in the hydrogen case, just 37% reduction in production cost, linked to the forecasted drop in electricity prices, could put Bornholm Production cost at the same level than international markets. ","Ec","WP6","Positive (+)",5,"S","O",10,"- Energy Technology Perspectives 2023\r\n\r\n-  Announced Pledges Scenario (APS)","Ammonia Technology Roadmap","Ammonia Technology Roadmap (2021). International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/6ee41bb9-8e81-4b64-8701-2acc064ff6e4/AmmoniaTechnologyRoadmap.pdf.","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C10,Matrix!D7:D72,Matrix!A7:A72,\"nf\",0)","v":"F.025"},"Budget changes  - Cost overrun or financing limitations","Due to several uncertainties (resources and product prices, regulations and access to finance or state aid, there could be a fluctuayion of project costs exceeding the initially budgeted amount.","Ec","WP6","Negative (-)",5,"W","T",-5,"Opportunities and Challenges for Renewable Power-to-X","Is 17.6 billion enough? The aid is lower than the expected deficit","Er 17,6 milliarder nok? Stø¸tten ER lavere end forventet underskud. (2023). https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728. https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C11,Matrix!D11:D72,Matrix!A11:A72,\"nf\",0)","v":"F.030"},"Cost Structure","Accurate estimation of prodction costs related is essential.  He relevant items affecting CAPEX and OPEX might vary based on project assumptions (behind-the-drig or drig connected), resulting in  a misinterpretation of investment requirements. ","Ec","WP6","Negative (-)",4,"W","T",-4,0,"How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs.","How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs (2022). KPMG Advisory N.V. https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf.","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C12,Matrix!D11:D72,Matrix!A11:A72,\"nf\",0)","v":"F.047"},"Production cost - H2","4,41 -5,12 Eur / H2 Kg (AEC) , 3,91 -4,54 Eur / H2 Kg (SOEC), 4,28 -4,98 Eur / H2 Kg (Mix) ","Ec","WP2","Positive (+)",3,0,0,6,0,0,{"$error":"#N/A"},"O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C13,Matrix!D12:D72,Matrix!A12:A72,\"nf\",0)","v":"F.048"},"Production cost - NH3","1 -1,16 Eur / NH3 Kg (AEC) , 0,87 - 1,01 Eur / NH3 Kg (SOEC), 0,98 - 1,13 Eur / H2 Kg (Mix) ","Ec","WP2","Positive (+)",3,0,0,6,0,0,{"$error":"#N/A"},"O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C14,Matrix!D13:D72,Matrix!A13:A72,\"nf\",0)","v":"F.050"},"System and fuel production costs - H2 & NH3","The study has revealed that producing hydrogen is notably cheaper compared to ammonia (also in terms of €/MWh). The simplicity of the hydrogen PtX plant design contributes to reduced costs for hydrogen production, while the production of ammonia demands investment in storage solutions such as batteries and hydrogen pipes. This is due to the increased complexity of the system and the need to optimize the operation of the ammonia production plant.","Ec","WP2","Positive (+)",4,0,0,8,0,0,{"$error":"#N/A"},"O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C15,Matrix!D14:D72,Matrix!A14:A72,\"nf\",0)","v":"F.052"},"Cost Breakdown  - Biofuels","For all biofuel scenarios, the main costs come from the biomass input (straw) and the pyrolysis plant. This insight provides guidance for potential cost optimization strategies.","Ec","WP3","Positive (+)",4,"S","O",8,0,"_REACTRF-22-0054_WP2 - Report","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. ","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C16,Matrix!D14:D72,Matrix!A14:A72,\"nf\",0)","v":"F.053"},"Cost Breakdown  - Methanol","For the scenario involving methanol production with a mix of local and imported CO2, the main contributors to the total system cost are the wind farm, batteries, and the CO2 inputs. This insight provides guidance for potential cost optimization strategies.","Ec","WP2","Positive (+)",4,"S","O",8,0,"_REACTRF-22-0054_WP2 - Report","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. ","O. Uribe","N. Campion",0]
[{"$f":"_xlfn.XLOOKUP(C17,Matrix!D15:D72,Matrix!A15:A72,\"nf\",0)","v":"F.059"},"Weather impact on costs and stochastic sizing","A substantial difference in costs is observed between good and bad weather years, demonstrating the huge impact weather has in both the fuel production and total system costs. This fact underscores the necessity to use stochastic analysis when sizing the plant, as it considers weather uncertainty across multiple years, being a more robust approach.","Ec","WP2","Negative (-)",4,"W","T",-4,0,"_REACTRF-22-0054_WP2 - Report","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. ","O. Uribe",0,0]
[{"$f":"_xlfn.XLOOKUP(C18,Matrix!D16:D72,Matrix!A16:A72,\"nf\",0)","v":"F.063"},"Biogenic CO2 Cost","The price of CO2 sourced from Bidagan is not known and must be negotiated, but hence it is a bi-product and easy accessed the price must be assumed to be low. ","Ec","WP1","Neutral (+/-)",4,"W","O",4,0,"_REACTRF-22-0054_WP1 - Report","Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) .","O. Uribe","C. Jacobsen","c"]
[{"$f":"_xlfn.XLOOKUP(C19,Matrix!D18:D72,Matrix!A18:A72,\"nf\",0)","v":"F.066"},"Water Treatment Cost","Cost implications for upgrading different sources of raw water for electrolyzer use: \n- Seawater Bornholm Bassin           3 - 8 KWh(e)/m3\n- Ground water                                   1 - 3  KWh(e)/m3\n- Surface water                                   3 - 8  KWh(e)/m3\n - Wastewater effluent                     2,1 - 5,1  KWh(e)/m3","Ec","WP1","Neutral (+/-)",3,"S","O",3,0,"_REACTRF-22-0054_WP1 - Report","Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) .","O. Uribe","C. Jacobsen","c"]
[{"$f":"_xlfn.XLOOKUP(C20,Matrix!D19:D72,Matrix!A19:A72,\"nf\",0)","v":"nf"},"Cost opttimization","The offshore wind farm (OWF) and the electrolyzers constitute the most substantial portions of the system’s overall costs for all studied scenarios. This indicates a vital area for potential cost optimization.","T","WP2","Negative (-)",5,"W","T",-5,0,"_REACTRF-22-0054_WP2 - Report","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. ","O. Uribe","O. Uribe","Direct reference from report. Self validated"]
[{"$f":"_xlfn.XLOOKUP(C21,Matrix!D19:D72,Matrix!A19:A72,\"nf\",0)","v":"nf"},"System and fuel production costs - deterministic","Deterministics, Large Scale:\nThe study has revealed that producing hydrogen is notably cheaper compared to ammonia (also in terms of €/MWh). The simplicity of the hydrogen PtX plant design contributes to reduced costs for hydrogen production, while the production of ammonia demands investment in storage solutions such as batteries and hydrogen pipes. This is due to the increased complexity of the system and the need to optimize the operation of the ammonia production plant.","T","WP2","Positive (+)",4,"S","O",8,0,"_REACTRF-22-0054_WP2 - Report","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. ","O. Uribe","N. Campion","validated as per NC comment"]
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[{"$f":"_xlfn.XLOOKUP(C23,Matrix!D20:D72,Matrix!A20:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C24,Matrix!D21:D72,Matrix!A21:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C25,Matrix!D21:D72,Matrix!A21:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C26,Matrix!D21:D72,Matrix!A21:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C27,Matrix!D21:D72,Matrix!A21:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C28,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
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[{"$f":"_xlfn.XLOOKUP(C30,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C31,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C32,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C33,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C34,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C35,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C36,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C37,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C38,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C39,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C40,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C41,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C42,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C43,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C44,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C45,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C46,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C47,Matrix!D22:D72,Matrix!A22:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C48,Matrix!D26:D72,Matrix!A26:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C49,Matrix!D30:D72,Matrix!A30:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C50,Matrix!D31:D72,Matrix!A31:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C51,Matrix!D32:D72,Matrix!A32:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C52,Matrix!D33:D72,Matrix!A33:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C53,Matrix!D34:D72,Matrix!A34:A72,\"nf\",0)","v":"nf"}]
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[{"$f":"_xlfn.XLOOKUP(C55,Matrix!D36:D72,Matrix!A36:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C56,Matrix!D38:D72,Matrix!A38:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C57,Matrix!D38:D72,Matrix!A38:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C58,Matrix!D38:D72,Matrix!A38:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C59,Matrix!D38:D72,Matrix!A38:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C60,Matrix!D39:D72,Matrix!A39:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C61,Matrix!D40:D72,Matrix!A40:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C62,Matrix!D40:D72,Matrix!A40:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C63,Matrix!D43:D72,Matrix!A43:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C64,Matrix!D43:D72,Matrix!A43:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C65,Matrix!D44:D72,Matrix!A44:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C66,Matrix!D44:D72,Matrix!A44:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C67,Matrix!D45:D72,Matrix!A45:A72,\"nf\",0)","v":"nf"}]
[{"$f":"_xlfn.XLOOKUP(C68,Matrix!D45:D72,Matrix!A45:A72,\"nf\",0)","v":"nf"}]
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["F.ID","Category","Factor","Detail","Domain","WP","Impact","Relevance","S/W","O/T","Value","Other_References","Main_Reference","Citation","Entry by","Validated","Notes & Feedback"]
[{"$f":"\"F.\" & TEXT(_xlfn.SEQUENCE(COUNTA(C$1:C$870)),\"00#\")","v":"F.001"},"Alternative markets","Algae Cultivation","Algae production using waste heat for drying; potential for protein or raw material production.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G2,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H2,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M2,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.002","Alternative markets","Co-Products Revenue Generation","Potential revenue from co-products considered but not included in cost analysis","Ec","WP2","Neutral (+/-)",1,null,null,{"$f":"_xlfn.XLOOKUP(G3,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H3,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":1},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M3,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.003","Alternative markets","District Heating System","Bornholm's DH system is divided into 5 systems; total production is about 335 GWh/year.","Ec","WP3","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G4,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H4,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M4,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.004","Alternative markets","Electricity Costs vs. Oxygen Savings","The cost of electricity for operating compressors in waste water treatment and other industries significantly impacts operational expenses. Exploring potential savings by using oxygen instead of air can provide a strong financial incentive for transitioning.","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G5,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H5,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M5,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.005","Alternative markets","Greenhouse","Niche greenhouse farming possibility using excess heat; competitive advantage.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G6,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H6,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M6,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.006","Alternative markets","Investments for Waste Heat","Investment in transmission lines, heat pumps, and storage needed for utilizing waste heat.","Ec","WP3","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G7,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H7,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M7,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.007","Alternative markets","Opportunity to market co-products","There is potential to increase revenue or cut costs by selling co-products like heat, oxygen, and biochar, which could make the plant more economically viable. It is not covered in the the large scale  study , as it was not part of the original scope and due to market uncertainties. The anlalysis of Methanl does include this to certain extent. ","Ec","WP2","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G8,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H8,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M8,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion","Validated based on  comments "]
["F.008","Alternative markets","Oxygen Consumers on Bornholm","Identifying the existing industrial and medical oxygen consumers on Bornholm provides insights into the current demand landscape. These consumers include metal construction producers, medical facilities, and more. Understanding their needs is vital for market analysis and expansion strategies.","Ec","WP3","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G9,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H9,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M9,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.009","Alternative markets","Oxygen Market Potential for Waste Water Treatment","The waste water treatment sector holds substantial potential for an oxygen market on Bornholm. By substituting atmospheric air with pure oxygen, significant energy savings can be achieved. This potential market expansion can lead to cost efficiencies and a greener approach to waste water management.","Ec","WP3","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G10,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H10,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M10,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.010","Alternative markets","Oxygen-Dependent Industry Attraction","If the cost of oxygen production through electrolysis becomes economically attractive on Bornholm, various industries reliant on oxygen might be drawn to establish production facilities on the island. This could bring about industrial growth and diversification.","Ec","WP3","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G11,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H11,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M11,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.011","Alternative markets","Population Growth","Expected increase in inhabitants and heated houses; stable heat demand anticipated.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G12,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H12,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M12,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.012","Alternative markets","Potential in Existing Industries","Low potential for utilizing waste heat in existing industries due to higher temperature requirements.","Ec","WP3","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G13,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H13,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M13,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.013","Alternative markets","Potential in New Industries","Small-scale potential for utilizing waste heat in new industries; various opportunities discussed.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G14,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H14,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M14,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.014","Alternative markets","Price for Excess Heat","Heat price regulations under the Heat Supply Act; price cap, substitution price, and contract considerations.","Ec","WP3","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G15,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H15,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M15,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.015","Alternative markets","Thermal Desalination","Waste heat-driven desalination processes; potential for significant water purification.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G16,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H16,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M16,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.016","Alternative markets","Waste Heat","Once, the cooling system is optimized in relation to the scale, then consideration can be given to the heat exchangers requirements needs to optimize of waste heat recovery. In theory, to bring the waste heat from 40°C to 60°C or even 70°C, is possible but changes to the design of the recovery system must be made. This was not explored, as increasing the heating system will increase the system CAPEX but depending on the local requirements and potential out takers, but this is an interesting investigation line than could have a positive effect in the community. As well to further investigate its application in other process different than district heating where the temperature ratings are lower.  This can be turned into an opportunity if SOEC technology is used, which operates in the range of 700deg C ","Ec","WP4","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G17,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H17,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M17,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."},"O. Uribe"]
["F.017","Benchmarking","Benchmarking of Biofuels production cost","Move to extension","Ec","Ext.","Neutral (+/-)",0,null,null,{"$f":"_xlfn.XLOOKUP(G18,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H18,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":0},null,null,{"$f":"_xlfn.XLOOKUP(M18,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.018","Benchmarking","Benchmarking of H2 production cost","Bornholm H2 Production prices are estimated considering 2030 as time horizon. They are substantially higher when compared to the forecasted VRE APS 2030 (APS: Announced Pledges Scenario 2030 ).  However, it is important to understand how the forecast is estimated for VRE APS 2030. In this context, VRE APS 2030 is calculated by adjusting VRE 2021 production costs based on expected technology advancements and market behaviours to be achieved in 2030.  Figure 17 clearly illustrate the reduction cost expectations applied to VRE APS 2030, which in some markets could represent up to an 80% cost reduction from 2021 production cost. ","Ec","WP6","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G19,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H19,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"- - - Ammonia Technology Roadmap\r\n\r\n- Hydrogen Factsheet - Japan\r\n\r\n- Making the breakthrough: Green hydrogen policies and technology costs\r\n\r\n-  Announced Pledges Scenario (APS)","Energy Technology Perspectives 2023",{"$f":"_xlfn.XLOOKUP(M19,References[Reference],References[Citation])","v":"Energy Technology Perspectives 2023 (2023).  International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/a86b480e-2b03-4e25-bae1-da1395e0b620/EnergyTechnologyPerspectives2023.pdf"},"O. Uribe",null,"IMPORTANT TO DEVELOP IN THE MAIN"]
["F.019","Benchmarking","Benchmarking of Methanol production cost","Move to extension","Ec","Ext.","Neutral (+/-)",0,null,null,{"$f":"_xlfn.XLOOKUP(G20,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H20,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":0},null,null,{"$f":"_xlfn.XLOOKUP(M20,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.020","Benchmarking","Benchmarking of NH3 production cost","Bornholm NH3 production prices are trailing the forecasted VRE APS 2030 in the Western European market, and they are just behind international markets. Applying a similar correction as in the hydrogen case, just 37% reduction in production cost, linked to the forecasted drop in electricity prices, could put Bornholm Production cost at the same level than international markets. ","Ec","WP6","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G21,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H21,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"- Energy Technology Perspectives 2023\r\n\r\n-  Announced Pledges Scenario (APS)","Ammonia Technology Roadmap",{"$f":"_xlfn.XLOOKUP(M21,References[Reference],References[Citation])","v":"Ammonia Technology Roadmap (2021). International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/6ee41bb9-8e81-4b64-8701-2acc064ff6e4/AmmoniaTechnologyRoadmap.pdf."},"O. Uribe"]
["F.021","Incentives","CO2 Tax","The decision to apply a CO2e tax on industries not in the ETS starting in 2025 will impact companies' operating costs.. \n- Local Industry: . The CO 2 tax will be phased in from 2025, while the current energy taxes will be adjusted accordingly. It was agreed to introduce a CO2 tax rate of DKK 750 per ton of emitted CO2 in 2030 for the companies that are not covered by the EU's allowance trading system and DKK 375 per tonnes of CO2 emitted in 2030 for the companies covered by the EU's allowance trading system (2022 rates).\n- Transportation: Road transportation will be included in the EU ETS by 2027, leading to higher prices for CO2e emissions in 2030, making green fuels more competitive.","Ec","WP3","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G22,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H22,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- A high and uniform CO2 tax is a reality from 2025  -  En høj og ensartet CO2-afgift er en realitet fra 2025\r\n\r\n- Fit for 55 - delivering the EU's 2030 Climate Target on the way to climate neutrality","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M22,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.022","Incentives","Geographically Differentiated Tariffs","Energinet and Large electricity consumers connected to the grid at 10 kV and above may have geographically differentiated consumption tariffs to encourage appropriate location choices.","Ec","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G23,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H23,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"New political agreement to develop and promote Power-to-X",{"$f":"_xlfn.XLOOKUP(M23,References[Reference],References[Citation])","v":"Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"},"O. Uribe"]
["F.023","Incentives","Green Transition Drivers","- Local Industry emits 2.900 Kg CO2 /ton of CO2e emissions  per year\n- Local Heavy Transportationemites 41.540 Kg. CO2 each year.\n- Marine traffic: 3,2-ton CO2e  / ton MGO of CO2e emissions\n- Bornholm ferry emits 93,000 tons CO2 each year. Local ferry service expected to be emission-free by 2030.\n-  The government plans to propose a green transition for air traffic in 2022 and further proposals for sectors where PtX can play a significant role, such as shipping and heavy road transport.","Ec","WP3","Negative (-)",4,"S",null,{"$f":"_xlfn.XLOOKUP(G24,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H24,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M24,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.024","Incentives","Marine traffic market drivers","From 2026, all vessels above 5000 GT will have to report their CO2e emissions in the EU ETS (Emission Trading System). \n- Emissions from intra EU travel account for 100% in the EU ETS, while sailing between an EU and non-EU port accounts for 50% .\n- Vessels will have to pay the price of the European Carbon Market for all their emissions.\n- Over the years, the amount of CO2e in the EU ETS system will be lowered, starting with a reduction of 2% in 2022, 6% in 2030, and further reductions until there is a reduction in emissions of 75% in 2050.\n- This will drive up the price for CO2e on the EU Carbon Market.","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G25,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H25,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- Fuel EU Maritime - Sustainable maritime fuels, In “A European Green Deal”\r\n\r\n- EU Emissions Trading System (EU ETS)","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M25,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.025","Investment and Funding","Budget changes  - Cost overrun or financing limitations","Due to several uncertainties (resources and product prices, regulations and access to finance or state aid, there could be a fluctuayion of project costs exceeding the initially budgeted amount.","Ec","WP6","Negative (-)",5,"W","T",{"$f":"_xlfn.XLOOKUP(G26,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H26,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},"Opportunities and Challenges for Renewable Power-to-X","Is 17.6 billion enough? The aid is lower than the expected deficit",{"$f":"_xlfn.XLOOKUP(M26,References[Reference],References[Citation])","v":"Er 17,6 milliarder nok? Stø¸tten ER lavere end forventet underskud. (2023). https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728. https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728"},"O. Uribe"]
["F.026","Investment and Funding","Financial Risks associated with Project Funding","Securing funding for the Power to X plant may face financial risks, including changes in interest rates and availability of capital. Proper financial planning and diversification of funding sources are necessary to manage these risks.","Ec","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G27,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H27,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"PTX Market potencial  -  ramboll report",{"$f":"_xlfn.XLOOKUP(M27,References[Reference],References[Citation])","v":0},"O. Uribe"]
["F.027","Investment and Funding","Financing: State aid  for Energiø reduced from DKK30 billion to 17,6 DKK billion) -  as off 01.06.23","The Ministry of Climate, Energy and Utilities estimates that the need for state aid in most scenarios is over DKK 30 billion. However, the Danish Parliemtn has limited the state aid to \nDKK 17.6 billion. This is the maximum amount that the state will give over a 20-year period in support to the bidders for Energiø Bornholm's offshore wind farms. Although the support seems large, it is far from certain that the billions will be enough to secure the construction of the energy island.","Ec","WP6","Negative (-)",5,"W","T",{"$f":"_xlfn.XLOOKUP(G28,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H28,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},"Er 17,6 milliarder nok? Støtten er lavere end forventet underskud - Is 17.6 billion enough? The aid is lower than the expected deficit","Investment in Energiø  -  The energy island can become a green failure   -  Energiøen kan blive en grøn fuser",{"$f":"_xlfn.XLOOKUP(M28,References[Reference],References[Citation])","v":"Gravgaard K. (2023). Energiøen kan blive en grøn fuser Bornholm Tidende. https://tidende.dk/debat/energioeen-kan-blive-en-groen-fuser/133729"},"O. Uribe",null,"OU. Add to introduction\nOU: See also:"]
["F.028","Investment and Funding","Investment Support for Green Technologies","The government is in talks with the European Commission to allocate DKK 344 million from the REACT-EU initiative to scale up innovative green technologies.","Ec","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G29,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H29,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"New political agreement to develop and promote Power-to-X",{"$f":"_xlfn.XLOOKUP(M29,References[Reference],References[Citation])","v":"Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"},"O. Uribe"]
["F.029","LCOE","Announced Pledges Scenario 2030  (APS)","The Announced Pledges Scenario introduced in 2021 aims to show to what extent the announced ambitions and targets, including the most recent ones, are on the path to deliver emissions reductions required to achieve net zero emissions by 2050. It includes all recent major national announcements as of September 2022 for 2030 targets and longer term net zero and other pledges, regardless of whether these have been anchored in implementing legislation or in updated NDCs. In the APS, countries fully implement their national targets to 2030 and 2050, and the outlook for exporters of fossil fuels and low emissions fuels like hydrogen is shaped by what full implementation means for global demand. For the first time, the APS assumes this year that all country-level access to electricity and clean cooking targets are achieved on time and in full.  It is not possible to know exactly how net zero pledges will be implemented, but the design of the APS, particularly with respect to the details of the energy system pathway, has been informed by the pathways that a number of national bodies have developed to support net zero pledges. ","Ec","WP6","Positive (+)",2,"S","T",{"$f":"_xlfn.XLOOKUP(G30,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H30,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null," Announced Pledges Scenario (APS)",{"$f":"_xlfn.XLOOKUP(M30,References[Reference],References[Citation])","v":"IEA (2022), Global Energy and Climate Model, IEA, Paris https://www.iea.org/reports/global-energy-and-climate-model, License: CC BY 4.0"},"O. Uribe"]
["F.030","LCOE","Cost Structure","Accurate estimation of prodction costs related is essential.  He relevant items affecting CAPEX and OPEX might vary based on project assumptions (behind-the-drig or drig connected), resulting in  a misinterpretation of investment requirements. ","Ec","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G31,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H31,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs.",{"$f":"_xlfn.XLOOKUP(M31,References[Reference],References[Citation])","v":"How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs (2022). KPMG Advisory N.V. https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf."},"O. Uribe"]
["F.031","LCOE","Integration the setup with the local grid","Identified market for ancillary services, projecting Power-to-X facilities can provide crucial Frequency Restoration Reserve (mFRR) and automatic Frequency Restoration Reserve (aFRR) services, reducing costs.\nCalculations based on 58.6 Euro/MWh LCOE for offshore wind and consideration of future power price projections.\nExpected profitability during hours with spot market power prices exceeding 50 Euro/MWh, though caution advised due to market unpredictability.\nMarket conditions evolved unexpectedly in 2022, underlining the need for careful evaluation and adaptation of Power-to-X plans.","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G32,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H32,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Postkort fra fremtiden  -  Borgernes input fra borgermøde om  Energiø Bornholm 30. marts 2023","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M32,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.032","LCOE","LCOE "," LCOE was derived from the wind turbine data selected. The project was based on the higher LCOE within the dataset.","Ec","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G33,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H33,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M33,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe"]
["F.033","LCOE","New Marine Plan","There are  “exclusion zones” either for environmental reasons or because space is set\naside for fishing, shipping and military activity. The New Marine Plan \n. The future allocation of sites for offshore wind will depend crucially  on what happens with these exclusions zones.There explansion plans for more offshroe power can be affected by the marine plan. Not only because projects wont be approved but also because the areas were LCOE are estimated attractive, cant be used due to environmental concerns.\n\n\nThe Marine PLan can also affect the LCOE projections. As seen in the study \"Our Energy, Our Future\", 35GW capacity are forecasted for 2050 in Denmark alone, off which 22,9 GW could be located in areas where the LCOE is in the very low range if no spatial exclusions are included. If there are spacial exclusions, only 6,1HW will be located in the very low area.\n\nLCOE ranges are: Very low : below 50Euro/MWh; Low LCOE : between 50Euro/MWh and 65Euro/\nMWh; Medium LCOE : between 65Euro/MWh and 80Euro/ and High LCOE: Above 80EuroMWh).","Ec","WP6","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G34,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H34,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},"Maritime spatial plan","Our energy, our future. How offshore wind will help Europe go carbon-neutral. - project LCOE prices to 2050 by region",{"$f":"_xlfn.XLOOKUP(M34,References[Reference],References[Citation])","v":"Our energy, our future. How offshore wind will help Europe go carbon-neutral (2019), BVG Associates for Wind Europehttps://proceedings.windeurope.org/biplatform/rails/active_storage/disk/eyJfcmFpbHMiOnsibWVzc2FnZSI6IkJBaDdDRG9JYTJWNVNTSWhNSE0yTldGemMyMWhhRFJ2ZW1Wc05HTjRhbVp5Tm5Kd2NYRnZOQVk2QmtWVU9oQmthWE53YjNOcGRHbHZia2tpYzJsdWJHbHVaVHNnWm1sc1pXNWhiV1U5SWxkcGJtUkZkWEp2Y0dVdFQzVnlMVVZ1WlhKbmVTMVBkWEl0Um5WMGRYSmxMbkJrWmlJN0lHWnBiR1Z1WVcxbEtqMVZWRVl0T0NjblYybHVaRVYxY205d1pTMVBkWEl0Ulc1bGNtZDVMVTkxY2kxR2RYUjFjbVV1Y0dSbUJqc0dWRG9SWTI5dWRHVnVkRjkwZVhCbFNTSVVZWEJ3YkdsallYUnBiMjR2Y0dSbUJqc0dWQT09IiwiZXhwIjoiMjAyMy0wOC0yNlQxMToxMDozMS4zOThaIiwicHVyIjoiYmxvYl9rZXkifX0=--0fedb45152fbe526675cda3c56c9c9905df73329/WindEurope-Our-Energy-Our-Future.pdf?content_type=application%2Fpdf&disposition=inline%3B+filename%3D%22WindEurope-Our-Energy-Our-Future.pdf%22%3B+filename%2A%3DUTF-8%27%27WindEurope-Our-Energy-Our-Future.pdf "},"O. Uribe"]
["F.034","Market Dynamics","Demand Marine traffic market oppportunity","Every year 60.000 vessels pass by Skagen. Of these around 3500 vessels stop and bunker a total of 1.000.000 ton of fuel. A similar number of vessels pass close by Bornholm every year, and if it is estimated that 0,1% of these vessels stop and refuel green fuels from Bornholm Bunker Hub in 2030, this equivalates to 60 vessels bunkering around 17.100 ton of fuel.\n\nThe projected Bornholm Bunker Hub could potentially supply 34,000 tons of fuel in 2040, establishing a market for locally-produced e-fuels generated through Power-to-X technology.","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G35,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H35,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M35,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.035","Market Dynamics","Demand Offshore wind project growth ","The Port of Roenne's expansion and offshore wind project growth could establish a 1.5 GW annual installation capacity, leading to increased methanol demand of 3,540 to 5,475 tons, starting around 2040.\n\n 1 GW offshore installation initiative might need 1,100 to 1,700 tons of MGO or 2,360 to 3,650 tons of methanol","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G36,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H36,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Denmark reaches agreement on tenders for 9 GW of offshore wind capacity","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M36,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.036","Market Dynamics","Potential Fuel Market in the Baltic Sea","Baltic Sea vessels consume 4,360,000 tons of fuel. Some segments could demand e-fuels due to emission targets.","Ec","WP3","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G37,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H37,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M37,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.037","Market Dynamics","H2 Export Potential","The explored concept of transporting hydrogen to Germany, along with the associated infrastructure and costs, adds an essential layer to the analysis, emphasizing the wider\nmarket potential and the strategic positioning of Bornholm. A pipeline to Germany will increase the relevance of a PtX plant in Bornholm but as transport cost are highly uncertain, this is a factor with high varience and difficult to account for at the present moment.","Ec","WP2","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G38,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H38,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M38,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion","NC: Transport cost of H2 are however highly unertain"]
["F.038","Market Dynamics","Potential Supply - Ammonia","Potential ammonia market at Port of Roenne in 2030: 40% of 17,000 tons (6,800 tons).\nMarket for vessels passing by more likely than vessels visiting the port. (due type of passing by vessesl)\nForecasted increase in ammonia and Methanol production and consumption for future marine fuel use until 2040.\nEmerging as a potential zero-carbon maritime fuel and energy carrier.","Ec","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G39,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H39,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"Innovation Outlook: Renewable ammonia (2022). IRENA","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M39,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.039","Market Dynamics","Current Energy Demand","- Local Industry consumes 12,78 MWh/ton, primarly LPG. Yearly Consumption 18.465 MWh \n LPG\n- Local heavy transportation consumes 155.000 MWh  (15.500m3) yearly, primarily diesel.\n- Marine traffic is mainly the ferry that consumes Ferry: 29.000-ton MGO. It is expected for Port of Roenne to continue supporting the developtment of wind energyproject. Estimated consumption for \n1 GW WF project  (est.): 1700-ton MGO. MGO price at $860/ton. Additional CO2e taxes in EU ETS could drive up prices.\n\nFrom WP2: he local industry on Bornholm is estimated to use process energy equivalent to 19\nGWh/y ca. The heavy transportation on Bornholm (vans, trucks, bus services and farming machines)\nuses energy equivalent to 155 GWh/y of energy. The demand of Bornholm’s ferry company is around\n237GWh/y. ","Ec","WP3","Negative (-)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G40,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H40,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M40,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.040","Market Dynamics","Energy Export Capacities","Planning of export capacity of 1.2 GW to Zealand and 2 GW to Germany, providing potential local Power-to-X production of 600 MW.\n\nThe Danish TSO Energinet and German TSO 50Hertz is currently planning an export capacity of 1,2GW to Zealand and 2GW export capacity to Germany8. This means that if everything is exported a minimum of 600MW could be used for local Power-to-X production. It is still unknown if it will be possible to increase the overall capacity of the Energy Island and the export capacities. The current export capacity for the seacable connecting Bornholm and Sweden is 60MW.\n\nExport capacities from Bornholm\nSweden (2022)     60MW\nZealand (2030)    1,2GW\nGermany (2030)   2GW","Ec","WP1","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G41,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H41,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M41,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.041","Market Dynamics","Potential supply","17.100-ton MGO assuming 1% of passing traffic bunkering locally. CO2e emissions\n3,2-ton CO2e  / ton MGO\n\nAccording with arge-scale PtX plant, the fuel demand for hydrogen is set to be 66kt/year and the\ndemand for ammonia is projected at 426kt/year. This corresponds to approximately 2200 GWh of fuel.\n\nTo understand the magnitude of 2200 GWh of fuel, it’s helpful to roughly compare this figure with\nthe energy consumption in different sectors of Bornholm, as detailed in the Bornholm Energy Strategy\n[16]. For instance, the local industry on Bornholm is estimated to use process energy equivalent to 19\nGWh/y ca. The heavy transportation on Bornholm (vans, trucks, bus services and farming machines)\nuses energy equivalent to 155 GWh/y of energy. The demand of Bornholm’s ferry company is around\n237GWh/y. In all three cases, these consumptions represent only a fraction of the projected fuel\nproduction. Finally, taking into account all the vessel segments in the Baltic Sea, these ships consume\na total of 4,360,000 tons of fuel, equivalent to approximately 43600 GWh of energy. The energy\nproduced by the PtX plant, amounting to 2200 GWh, could meet around 5% of this demand.\nOn the other hand, the secondary study revolving around the small-scale PtX plant included two\ndemand approaches for methanol and biofuel. These approaches were differentiated by the availability\nof CO2. In the first case, the availability of CO2 was limited to the amount locally produced in\nBornholm (20kton CO2/year), resulting in fuel demands of 13.3 kton/y of methanol and 7.9 kton/y\nof biofuel. This productions could supply 31% of the fuel demand of the Bornholm’s ferry company.\nThe second case allowed for the possibility of importing additional CO2 from abroad, resulting in a\nfuel demand that was 125 kton/y of methanol and 75 kton/y of biofuel (aprox. x10 times greater\nthan that in the first approach).","Ec","WP2","Positive (+)",3,null,null,{"$f":"_xlfn.XLOOKUP(G42,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H42,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M42,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.042","Market Dynamics","Green replacement","\nLocal Industry: At moment uses LPG. Suitable replacement is  Biogas or Hydrogen. Change is driven by  efficiency gains, electrification\nHeavy transport uses mostly diesel. Planning to replace it with Biogas or Hydrogen and potential electrification in certain sector. \nMarine traffic uses MGO. Planning to change to E-Methanol or e-Ammonia. Size and type of ferries servicing Bornholm they will likely not be fit for direct electrification \nMarine traffic passing by uses MGO and plans to move to E-Methanol or e-AmmoniaDrivers for change are decarbonization, CO2 gas and EU ETS regulations\n\n","Ec","WP6","Positive (+)",3,null,null,{"$f":"_xlfn.XLOOKUP(G43,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H43,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP3 - Market for Oxygen",{"$f":"_xlfn.XLOOKUP(M43,References[Reference],References[Citation])","v":"_REACTRF-22-0054_WP3 - Market for Oxygen (2023)"},"O. Uribe"]
["F.043","Optimization","Flexibility - electrolyzers","Flexibility is vital for a cost-effective transition to a renewable electricity system.\nElectrolyzers can offer reserves as part of a hybrid plant with renewables and batteries.","Ec","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G44,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H44,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"The value of flexibility for electrolyzers energinet.",{"$f":"_xlfn.XLOOKUP(M44,References[Reference],References[Citation])","v":"Fechtenburg, T. D. Energinet. (2022). The value of flexibility for electrolyzers energinet. https://energinet.dk/media/bonk4x1i/the-value-of-flexibility-for-electrolyzers-thomas-dalgas-fechtenburg-energinet.pdf"},"O. Uribe",null,"OU Taken from Energinet  -  compare with WP2 and WP4"]
["F.044","Optimization","Land Usage "," Ways of land usage optimization must be revised in future prpjects to evalaute the vialibility of building other facilities on top of the hydrogram storage, safety and operational factors affecting this approach were not analysised but it is expected to have an influence. ","Ec","WP6","Negative (-)",3,null,null,{"$f":"_xlfn.XLOOKUP(G45,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H45,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},null,null,{"$f":"_xlfn.XLOOKUP(M45,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.045","Optimization","Flexibility - electrolyzers","Operational strategies, portfolio configuration and operational sequences. ","Ec","WP6","Negative (-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G46,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H46,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},null,"The value of flexibility for electrolyzers energinet.",{"$f":"_xlfn.XLOOKUP(M46,References[Reference],References[Citation])","v":"Fechtenburg, T. D. Energinet. (2022). The value of flexibility for electrolyzers energinet. https://energinet.dk/media/bonk4x1i/the-value-of-flexibility-for-electrolyzers-thomas-dalgas-fechtenburg-energinet.pdf"},"O. Uribe",null,"OU Taken from Energinet  -  compare with WP2 and WP4"]
["F.046","Production Cost","CAPEX - H2","Hydrogen production more cost-effective than ammonia; SOEC technology preferable. 290-338 M Euro (AEC)  257-299M Euro (SOEC), 282-328 m Euro (Mix) . It does include storage or batteries\n\nThe offshore wind farm (OWF) and the electrolyzers constitute the most substantial portions of the system’s overall costs for all studied scenarios. This indicates a vital area for potential cost optimization.","Ec","WP2","Neutral (+/-)",4,null,null,{"$f":"_xlfn.XLOOKUP(G47,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H47,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,null,{"$f":"_xlfn.XLOOKUP(M47,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.047","Production Cost","Production cost - H2","4,41 -5,12 Eur / H2 Kg (AEC) , 3,91 -4,54 Eur / H2 Kg (SOEC), 4,28 -4,98 Eur / H2 Kg (Mix) ","Ec","WP2","Positive (+)",3,null,null,{"$f":"_xlfn.XLOOKUP(G48,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H48,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,null,{"$f":"_xlfn.XLOOKUP(M48,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.048","Production Cost","Production cost - NH3","1 -1,16 Eur / NH3 Kg (AEC) , 0,87 - 1,01 Eur / NH3 Kg (SOEC), 0,98 - 1,13 Eur / H2 Kg (Mix) ","Ec","WP2","Positive (+)",3,null,null,{"$f":"_xlfn.XLOOKUP(G49,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H49,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,null,{"$f":"_xlfn.XLOOKUP(M49,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.049","Production Cost","CAPEX - NH3","427-495 M Euro (AEC)  370 - 428 M E uro (SOEC), 416-483 m Euro (Mix), includes batteries and storage.\n\nThe offshore wind farm (OWF) and the electrolyzers constitute the most substantial portions of the system’s overall costs for all studied scenarios. This indicates a vital area for potential cost optimization.","Ec","WP2","Neutral (+/-)",4,null,null,{"$f":"_xlfn.XLOOKUP(G50,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H50,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M50,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.050","Production Cost","System and fuel production costs - H2 & NH3","The study has revealed that producing hydrogen is notably cheaper compared to ammonia (also in terms of €/MWh). The simplicity of the hydrogen PtX plant design contributes to reduced costs for hydrogen production, while the production of ammonia demands investment in storage solutions such as batteries and hydrogen pipes. This is due to the increased complexity of the system and the need to optimize the operation of the ammonia production plant.","Ec","WP2","Positive (+)",4,null,null,{"$f":"_xlfn.XLOOKUP(G51,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H51,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,null,{"$f":"_xlfn.XLOOKUP(M51,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.051","Production Cost","Electrolyzer technology","Taking into account the techno-economic data predictions for 2030, the solid oxide electrolysis cell (SOEC) emerges as the most cost-effective option among the electrolyzer technologies examined for both producing hydrogen and ammonia.","Ec","WP2","Positive (+)",4,null,null,{"$f":"_xlfn.XLOOKUP(G52,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H52,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,null,{"$f":"_xlfn.XLOOKUP(M52,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.052","Production Cost","Cost Breakdown  - Biofuels","For all biofuel scenarios, the main costs come from the biomass input (straw) and the pyrolysis plant. This insight provides guidance for potential cost optimization strategies.","Ec","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G53,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H53,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M53,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.053","Production Cost","Cost Breakdown  - Methanol","For the scenario involving methanol production with a mix of local and imported CO2, the main contributors to the total system cost are the wind farm, batteries, and the CO2 inputs. This insight provides guidance for potential cost optimization strategies.","Ec","WP2","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G54,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H54,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M54,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion"]
["F.054","Production Cost","Economies of Scale -  small scale","The study reveals that effects of economies of scale are not pronounced, even when increasing the plant’s size by ten-fold (putting a higher limit on the CO2 available). The fuel production cost does not decrease significantly, indicating a unique characteristic of small-scale energy production.","Ec","WP2","Neutral (+/-)",2,null,null,{"$f":"_xlfn.XLOOKUP(G55,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H55,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M55,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.055","Production Cost","Impact of Weather Scenarios","Weather data influenced plant sizing; different scenarios (best-case, worst-case, typical) examined","Ec","WP2","Neutral (+/-)",2,null,null,{"$f":"_xlfn.XLOOKUP(G56,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H56,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M56,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.056","Production Cost","Methanol","The production costs for methanol is 1,28 Euro/MWh using AEC or SOEC technology using locally sourced CO2. 1,09 Euro/MWh using a combination of imported and local CO2. \nThe cost of bio fuel varies slightly based on the technology used being  2,26 Euro/MWh  (AEC) and 2,5 Euro/MWh  (SOEC) and it is slightly cheaper using import CO2 2,23 Euro/MWh  (AEC) and 2,22 Euro/MWh  (SOEC), with methanol being slightly cheaper. However, other factors such as technology preferences, availability, and specific use-cases might play a bigger role in the choice of fuel.","Ec","WP2","Negative (-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G57,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H57,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M57,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe",null,"OU: Reply sent to NC, factor name changed to \"Fuel production costs\""]
["F.057","Production Cost","Power Supply  Configuration","Both the large-scale and small-scale scenarios operated under a\nbehind-the-meter (BTM) power supply configuration. In this setup, the Power-to-X plant is\ndirectly connected to the renewable energy supply. It is assumed that the power-to-X plant owner also\nowns a share of the renewable power assets that can be freely used. The BTM or off-grid configuration\nwas the preferred one among the project stakeholders as it carries fewer economic uncertainties\ncompared to other alternative layouts involving a grid connection to the public grid. Furthermore,\nthis islanded configuration guarantees that the produced fuels are totally green while a grid-connected\nconfiguration cannot assure that.","Ec","WP2","Positive (+)",4,"S","o",{"$f":"_xlfn.XLOOKUP(G58,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H58,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M58,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.058","Production Cost","Technology Impact  - Methanol & Bio Fuels","In contrast to the large-scale PtX plant study, the electrolyzer technology does not significantly influence the total cost of the system in this small-scale scenario. This may be attributed to the reduced size of the electrolyzer, which diminishes the cost impact of technology selection.","Ec","WP2","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G59,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H59,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M59,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe",null,"OU: Reply sent to NC, see comments"]
["F.059","Production Cost","Weather impact on costs and stochastic sizing","A substantial difference in costs is observed between good and bad weather years, demonstrating the huge impact weather has in both the fuel production and total system costs. This fact underscores the necessity to use stochastic analysis when sizing the plant, as it considers weather uncertainty across multiple years, being a more robust approach.","Ec","WP2","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G60,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H60,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M60,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.060","Resources","Green Power","Onshore wind power\nThere is currently established a capacity of 37MW onshore wind turbines on Bornholm. In the current Energy Strategy 2040 from the municipality of Bornholm there are no plans to increase the capacity1. Therefore, it is decided to not include the use of power from onshore wind in the Power-to-X production in the following analysis.\n\nBased on the turbine selcted (SP379-HH150), thh capacity factor is 49.7%. Based on that the equivalent LCOE (Euro/MWh) is 58,6.\n\nThere is currently established a capacity of 20MW PV on Bornholm. The energy system on Bornholm can sustain production from a further 50MW PV. The capacity is planned to be increased by a maximum of 50MW before 2025 in the Energy Strategy 2040 from the municipality of Bornholm2. Out of the 70 MW a capacity of 30-40MW is assumed could be used in Power-to-X production. The area requirement for additional PV is 1-1,2 ha/MWp3.","Ec","WP6","Positive (+)",4,null,null,{"$f":"_xlfn.XLOOKUP(G61,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H61,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"_REACTRF-22-0054_WP2 - Report","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M61,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."}]
["F.061","Resources","Plant sizing","Hydrogen producing systems require 20 to 30 Ha (SOEC requires less), ammonia systems evidently requires around 170 Ha, including safety zone (70Ha without safety zone)  more space. Ammonia plants require more equipment but also requires a safety distance, estimated around 1 km radius .","Ec","WP2","Positive (+)",5,"W","O",{"$f":"_xlfn.XLOOKUP(G62,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H62,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M62,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion","Nicolas Jean Bernard Campion:\nNot 100% true maybe remove: This not only affects the plant's configuration but also leads to slightly lower total system and fuel production costs.  - OU: line removed, comment resolved."]
["F.062","Resources","Biogenic CO2 availability","Bidagan’s biogas plat is most reliable and continuous source of biogenic CO2\nEstimated production, according to Bigadan plans, will increase CO2 source from app 5.000 tons/year to app. 20.000 tons/year by 2030. ","Ec","WP1","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G63,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H63,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M63,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.063","Resources","Biogenic CO2 Cost","The price of CO2 sourced from Bidagan is not known and must be negotiated, but hence it is a bi-product and easy accessed the price must be assumed to be low. ","Ec","WP1","Neutral (+/-)",4,"W","O",{"$f":"_xlfn.XLOOKUP(G64,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H64,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M64,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.064","Resources","CO2 from CHP at Rønne Harbor","Annual CO2 production of approximately 68,000 tons with seasonal variations, but reduced reliability due to waste heat and P2X production.","Ec","WP1","Neutral (+/-)",3,"W","O",{"$f":"_xlfn.XLOOKUP(G65,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H65,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M65,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.065","Resources","Water Supply","The availability assessment of water resources emphasizes that the\nRønne wastewater treatment plant is the only one in the island that can easily meet the maximum water demand of the Power-to-X plant. In fact, the sensitivity analysis showed that almost during all months of the year, this plant can supply double the maximum demand, ensuring robust system resilience.","Ec","WP2","Positive (+)",4,null,null,{"$f":"_xlfn.XLOOKUP(G66,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H66,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M66,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe"]
["F.066","Resources","Water Treatment Cost","Cost implications for upgrading different sources of raw water for electrolyzer use: \n- Seawater Bornholm Bassin           3 - 8 KWh(e)/m3\n- Ground water                                   1 - 3  KWh(e)/m3\n- Surface water                                   3 - 8  KWh(e)/m3\n - Wastewater effluent                     2,1 - 5,1  KWh(e)/m3","Ec","WP1","Neutral (+/-)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G67,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H67,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M67,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.067","Risks","Fluctuation of market prices (feedstock and products)","The fluctuation of market prices for both feedstock and the end products (e.g., hydrogen, synthetic fuels) that the Power-to-X plant produces is a significant risk that can impact the plant's revenue and profitability. Sudden price changes can lead to a reduction in revenue and profitability, making it challenging to meet the project's financial goals. ","Ec","WP3","Negative (-)",5,"W","T",{"$f":"_xlfn.XLOOKUP(G68,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H68,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},null,null,{"$f":"_xlfn.XLOOKUP(M68,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.068","Risks","Grid Prices and Certification","Uncertainty of future grid prices and renewable fuel certification for fuels produced using grid electricity.","Ec","WP1","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G69,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H69,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},"Renewable Energy Directive (RED II) - legally binding","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M69,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.069","Emission and Pollution","Air Pollution"," Although PtX systems themselves do not directly produce air pollutants, if the electricity used for the conversion comes from fossil fuel-based power plants, there could be associated air pollution emissions from those sources.","En","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G70,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H70,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,null,{"$f":"_xlfn.XLOOKUP(M70,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe",null,"verify air pollutants associated. "]
["F.070","Emission and Pollution","Greenhouse Gas Emissions","The overall greenhouse gas impact of these systems depends on the source of electricity used for electrolysis. REACTRF-22-0054 assumes that the main electricity source is from offshore wind farms and off-the-grid systems. \n\nPotencial drawdows:\n- Uncertainty on how green is the electricity from offshore wind, as there is no definitive agrement on green certificates. \n\n- IF electricity is coming from the grid, how can the green certificate be confirmed","En","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G71,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H71,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Environmental impacts of power-to-X systems","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M71,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe",null,"OU: Need access to other reference"]
["F.071","Energy Sources and Consumption","Local Heavy Transportation","Primary fuel used:\nDiesel\n\nYearly Consumption\n155.000 MWh  (15.500m3)","En","WP3","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G72,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H72,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M72,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.072","Energy Sources and Consumption","Local industry Energy usage","It is estimated, local industry's process energy usage at 18,465 MWh or 4,435 tons of CO2e., being LPG the primary  fuel used. ","En","WP3","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G73,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H73,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M73,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.073","Environmental Impact and Conservation","Environmental Impact ","The operation of a PtX plant and its associated processes, such as transportation and storage of PtX products,  have environmental implications. This could include air and water pollution, which might affect nearby agricultural areas and potentially impact crop yield and quality. \n\nMinimizing the environmental impact is a critical consideration. Measures to preserve coastal zones, protected areas, and cultural heritage must be implemented. Rigorous environmental screening, assessments, and monitoring programs are vital for compliance and sustainability.","En","WP5","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G74,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H74,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- Seveso -Risikohåndbogen - Risk handbook v2 for companies\r\n\r\n- Etablering af PtX-anlæg på land  -  Establishment of PtX facilities on land","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M74,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.074","Environmental Impact and Conservation","Land and Water Resources - Stochastic","Stochastic analysis essential due to weather fluctuations; land and water use examined","En","WP2","Neutral (+/-)",4,null,null,{"$f":"_xlfn.XLOOKUP(G75,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H75,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M75,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "}]
["F.075","Environmental Impact and Conservation","Use of O2 in WWT, benefits","The utilization of oxygen in waste water treatment has the potential to significantly reduce energy consumption. The associated environmental benefits, such as reduced emissions and improved treatment efficiency, align with sustainability goals and contribute to a greener waste water management approach.","En","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G76,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H76,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M76,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.076","Environmental Impact and Conservation","Waste Management","PtX processes can generate waste streams that need proper handling and disposal. Ensuring responsible waste management practices is crucial to prevent potential environmental contamination.","En","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G77,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H77,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,null,{"$f":"_xlfn.XLOOKUP(M77,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe",null,"OU: Need refencing tp WP and completion --  very important"]
["F.077","Environmental Impact and Conservation","Wastewater Treatment","Low-temperature heat improving WWTP processes; potential synergy with P2X and CO2 use.","En","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G78,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H78,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M78,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.078","Infrastructure and Planning","Land Area Estimates","Land area for GW scale prjects estimates rely on engineering estimates, rather than plot optimisation based on real  experience. Tere are some estimates available in literature:\n\n- A study funded by the German government in 2014 estimated that a 100 MW electrolyser plant would occupy about 6 300 m2  (DLR, 2014).\n\u0084- Siemens estimated back in 2017 that a 300  MW electrolyser plant would occupy about 180 metres (m)  x  80 m (15000 m2 ) (Bolhuis, 2017).\n\u0084- ITM estimated in 2017 that one 100 MW electrolyser would occupy about 40 m x 87 m (3 500 m2), with the possibility of using multiple layout options to fit different applications and of replicating this easily by having a standardised design (Bourne, 2017).\n-\u0084 In 2018, McPhy proposed a 100 MW facility (composed of five modules of 20 MW each) with a plot size of 4 500 m2  (McPhy, 2018).","En","WP6","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G79,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H79,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},"- _REACTRF-22-0054_WP2 - Report\r\n\r\n- _REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023","Green Hydrogen Cost Reduction",{"$f":"_xlfn.XLOOKUP(M79,References[Reference],References[Citation])","v":" IRENA (2020), Green Hydrogen Cost Reduction: Scaling up Electrolysers to Meet the 1.5⁰C Climate Goal,\nInternational Renewable Energy Agency, Abu Dhabi"}]
["F.079","Resource Availability and Usage","CO2 Availability on Bornholm","By 2030, the biogas plant, Bigadan, plans to significantly increase biogas production and separate CO2 from methane, raising the CO2 output from around 5,000 to approximately 20,000 tons per year. The price of this CO2 is yet to be determined through negotiation, but it is expected to be relatively low due to its status as a by-product and easy accessibility. Conveniently, the Energy Island Bornholm transformer area is located just 3 km south of the Biogas Plant, allowing for easy transportation of the CO2 via pipeline.","En","WP1","Neutral (+/-)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G80,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H80,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M80,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.080","Resource Availability and Usage","Water -   WWTPs ","Water from has a positive environmental impact in form of reduced nutrient outlet to the sea.","En","WP1","Positive (+)",3,"W","O",{"$f":"_xlfn.XLOOKUP(G81,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H81,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M81,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.081","Resource Availability and Usage","Water Consumption","In Bornholm, there is access to water from waste and sea. The plant will not use potable water  -  \nRefer to factors: \n- Resources - H2O  -  outlet from WWTPs  \n- Resources - H2O  -  Seawater ","En","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G82,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H82,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Not to be taken for granted: climate protection and sustainability through PtX Discussion of requirements for and first approaches to developing verification criteria for a climate-friendly and sustainable production of PtX. ","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M82,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe"]
["F.082","Resource Availability and Usage","Water Supply","Drinking water will not be as water source. WP1 identified  wastewater and seatwer as source. Link to factor: water capacity","En","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G83,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H83,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Not to be taken for granted: climate protection and sustainability through PtX Discussion of requirements for and first approaches to developing verification criteria for a climate-friendly and sustainable production of PtX. ","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M83,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe"]
["F.083","Resource Availability and Usage","WWTP Brine disposal","Concentrated brine from WWTPs cannot be directly discharged into the sea due to salinity concerns.","En","WP1","Neutral (+/-)",3,"W","O",{"$f":"_xlfn.XLOOKUP(G84,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H84,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},"Eutrophication in the Baltic Sea","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M84,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.084","Resource Availability and Usage","Variability and Intermittency","The variability and intermittency of renewable energy sources can pose challenges in meeting the demand for electricity.\t\n\nMitigation:  Implement energy storage systems to store excess energy and release it during periods of low generation. Plant design to allocate for flexible operation. (Also from WP4)\nPrevention: Invest in advanced forecasting technologies to better predict renewable energy generation and plan for demand fluctuations.","En","WP2","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G85,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H85,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,null,{"$f":"_xlfn.XLOOKUP(M85,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe","N. Campion"]
["F.085","Community Engagement and Local Impact:","Local community engagement","Local community engagement refers to the process of involving and communicating with residents, stakeholders, and organizations in the vicinity of a Power-to-X (PtX) project in Denmark. This engagement is vital to address concerns, gather input, build understanding, and foster a sense of ownership within the community.. Important points to consider:Transparency: Engaging with the local community promotes transparency, allowing them to understand the purpose, benefits, and potential impacts of the PtX project.\n\nTrust Building: Open dialogue and engagement help build trust between the project developers and the community, reducing the potential for conflicts or opposition.\n\nAddressing Concerns: Community members may have concerns about noise, visual impact, environmental effects, or safety. Engagement provides a platform to address these concerns and find solutions collaboratively.\n\nShared Benefits: By involving the community, developers can identify ways to ensure the project brings positive economic, social, or environmental benefits to the local area.\n\nMitigating Opposition: Engaging early in the project lifecycle can help identify and address potential opposition, leading to smoother regulatory approvals and project implementation.","L","WP6","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G86,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H86,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023","Public Perception and Social Acceptance of Power-to-X Technologies",{"$f":"_xlfn.XLOOKUP(M86,References[Reference],References[Citation])","v":"Public perception and social acceptance of power-to-x technologies. DBI. https://dbi.adobeconnect.com/paozlz2gal8u/"}]
["F.086","Economic and Financial Factors","CO2 Tax","The decision to apply a CO2e tax on industries not in the ETS starting in 2025 will impact companies' operating costs.. \n- Local Industry: . The CO 2 tax will be phased in from 2025, while the current energy taxes will be adjusted accordingly. It was agreed to introduce a CO2 tax rate of DKK 750 per ton of emitted CO2 in 2030 for the companies that are not covered by the EU's allowance trading system and DKK 375 per tonnes of CO2 emitted in 2030 for the companies covered by the EU's allowance trading system (2022 rates).\n- Transportation: Road transportation will be included in the EU ETS by 2027, leading to higher prices for CO2e emissions in 2030, making green fuels more competitive.","L","WP6","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G87,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H87,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- A high and uniform CO2 tax is a reality from 2025  -  En høj og ensartet CO2-afgift er en realitet fra 2025\r\n\r\n- Fit for 55 - delivering the EU's 2030 Climate Target on the way to climate neutrality","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M87,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "}]
["F.087","Economic and Financial Factors","Regulation - effect on Investors","As investors seek to become more sustainable and align with regulatory and policy frameworks, they will seek to invest in activities that meet the criteria of the underlying regulation. That includes projects that comply with production requirements set by the EU. To gain access to funding, producers will need to ensure manufacturing of RFNBOs and biofuels are EU Taxonomy aligned.","L","WP6","Positive (+)",4,"W","T",8,"-  EU Taxonomy \r\n\r\n- Ordinance on RFNBO  - CELEX:32023R1184","Navigating the complex landscape of regulatory requirements for green fuels.",{"$f":"_xlfn.XLOOKUP(M88,References[Reference],References[Citation])","v":"Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"},"O. Uribe"]
["F.088","Economic and Financial Factors","Regulation - effect on Off-takers","To comply with sector specific regulation, off-takers will need prove that green fuels meet sustainability criteria i.e. they will need to document certificates that comply with RED II requirements.","L","WP6","Positive (+)",4,"W","T",8,"- Renewable Energy Directive (RED II) - legally binding\r\n\r\n- Renewable Energy Directive (RED II) - provisional agreement","Navigating the complex landscape of regulatory requirements for green fuels.",{"$f":"_xlfn.XLOOKUP(M89,References[Reference],References[Citation])","v":"Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"},"O. Uribe"]
["F.089","Economic and Financial Factors","Regulation - effect on Producers","Producers should prepare to meet the EU’s production criteria, such that fuels can be certified, e.g. under RED II/III and the proposed Hydrogen and Decarbonised Gas Market Package. Although certification schemes offer regulatory compliance, they could increase attractiveness of the fuel in the market, as there will be a demand for certificates from end users. As the EU and its member states seek to incentivise production of sustainable alternative fuels, funding and subsidy schemes will link to the production of fuels that meet regulatory criteria.","L","WP6","Positive (+)",4,"W","T",8,"- Renewable Energy Directive (RED II) - legally binding\r\n\r\n- Commission proposes new EU framework to decarbonise gas markets, promote hydrogen and reduce methane emissions","Navigating the complex landscape of regulatory requirements for green fuels.",{"$f":"_xlfn.XLOOKUP(M90,References[Reference],References[Citation])","v":"Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"},"O. Uribe"]
["F.090","Environmental and Sustainability Regulations","Changes or inconsistencies on support schemes to communities.","There are several ownership models, which are common practive in EU to enhance project acceptance with the public as well the municipalities. These models can be subject to change, also their interpretation and application can affect negatitivily communities and municipality\n\n- RE-bonus scheme corresponding to a specified part of the capacity of the plant\n\n- Loss of value scheme, which requires the developer to compensate any loss of value to residential property equal to or higher than 1% of the property value -  see factor: Loss of value scheme.\n\n- Option-to-sell scheme, which allows some neighbours within a distance of six times the height of a wind turbine or 200 m from a ground-mounted solar PV plant to sell their property to the project developer\n\n- Green fund scheme, which obligates the developer to pay €11,827 (DKK 88,000) per\nMW onshore wind equivalents to the relevant municipality, which can use the funds to\nsupport e.g. local green initiatives.","L","WP6","Negative (-)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G91,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H91,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},null,"Study on regulatory barriers and recommendation for clean energy transition on EU islands",{"$f":"_xlfn.XLOOKUP(M91,References[Reference],References[Citation])","v":"European Commission, Directorate-General for Energy, De Brouwer, A., Rakocevic, L., Study on regulatory barriers and recommendation for clean energy transition on EU islands, Publications Office of the European Union, 2023, https://data.europa.eu/doi/10.2833/281276"}]
["F.091","Environmental and Sustainability Regulations","E-fuels definition","There are conflicting definitions of efuel, that might affect creation of or  application  of regulation.\n\nAs defined in RED II, article 2 (36) as renewable liquid and gaseous transport fuels of non-biological origin (RFNBOs). They must be produced using renewable energy sources, and still meet the GHG reduction requirement of 70% compared to a fossil fuel comparator. For renewable electricity, there are specific requirements for sourcing. It is distinguished between electricity sourced from a directly connected installation and electricity taken from the grid.\n\nIn the proposed Hydrogen and Decarbonised Gas package, another definition of e-fuels is used, namely low-carbon hydrogen and its derivatives. Final requirements are still pending agreement among EU institutions, and the expected enforcement is currently unknown.","L","WP6","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G92,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H92,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- - - Renewable Energy Directive (RED II) - legally binding\r\n\r\n- Commission proposes new EU framework to decarbonise gas markets, promote hydrogen and reduce methane emissions\r\n\r\n- 2030 Climate Target Plan\r\n\r\n- Summary of the requirements in different frameworks.","Navigating the complex landscape of regulatory requirements for green fuels.",{"$f":"_xlfn.XLOOKUP(M92,References[Reference],References[Citation])","v":"Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"},"O. Uribe"]
["F.092","Environmental and Sustainability Regulations","Guarantee of origin - Green Certification","From Chapter 9: General provisons, Numeral 9. \n\nA guarantee of origin contains information related to energy production, including:\n-Type of energy (electricity, gas, district heating, or district cooling)\n-Energy source and production dates\n- Compliance with the directive on promoting energy from renewable sources\n- Facility details (name, location, type, capacity)\n- Information about investment and national support schemes\n- Facility's operational date\n- Issuer details (date, country, unique identification number)\n\nOnly one guarantee of origin is issued per megawatt hour of energy produced.","L","WP6","Positive (+)",1,"S","T",{"$f":"_xlfn.XLOOKUP(G93,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H93,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},"- - Renewable Energy Directive (RED II) - legally binding\r\n\r\n- Renewable Energy Directive (RED II) - provisional agreement\r\n\r\n- Guarantees of origin","Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources",{"$f":"_xlfn.XLOOKUP(M93,References[Reference],References[Citation])","v":"Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources (2023). Energistyrelsen. BEK no 913 of 22/06/2023."},"O. Uribe",null,"OU. General info  - not strictly affecting "]
["F.093","Environmental and Sustainability Regulations","Hydrogen and decarbonised gas market package ","The proposed hydrogen and decarbonised gas market package aims to facilitate the integration of renewable and low-carbon gases into the existing gas network. The package covers green fuels made from non-renewable sources but requirements on the sustainability and certification of green fuels are still pending.","L","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G94,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H94,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"Commission proposes new EU framework to decarbonise gas markets, promote hydrogen and reduce methane emissions","Navigating the complex landscape of regulatory requirements for green fuels.",{"$f":"_xlfn.XLOOKUP(M94,References[Reference],References[Citation])","v":"Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"},"O. Uribe"]
["F.094","Environmental and Sustainability Regulations","New Marine Plan","In June 2023, Denmark approved a new Marine Plan that aims to strengthen nature protection of the sea, the development of renewable energy, and more sustainable practices. The plan includes increasing Denmark's strictly protected sea areas by 10% by 2030 and setting aside 6% of the country's waters as marine protected areas. The maritime spatial plan is the first holistic planning for the total Danish maritime area, and it was presented and debated at seven regional meetings across the country. The plan establishes which sea areas in Danish waters can be used for offshore energy extraction, shipping, fishing, aquaculture, and other activities. Denmark's Maritime Spatial Plan was issued as an executive order and is legally binding. It is possible this will affect more North sea projects but it will affect the baltic as well.\n\nThe Marine PLan can also affect the LCOE projections. As seen in the study \"Our Energy, Our Future\", 35GW capacity are forecasted for 2050 in Denmark alone, off which 22,9 GW could be located in areas where the LCOE is in the very low range if no spatial exclusions are included. If there are spacial exclusions, only 6,1HW will be located in the very low area.","L","WP6","Negative (-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G95,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H95,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},"- Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled\r\n\r\n- Our energy, our future. How offshore wind will help Europe go carbon-neutral. - project LCOE prices to 2050 by region","Maritime spatial plan",{"$f":"_xlfn.XLOOKUP(M95,References[Reference],References[Citation])","v":"Maritime spatial plan (2023). Danish Maritime Authority. https://dma.dk/growth-and-framework-conditions/maritime-spatial-plan."}]
["F.095","Environmental and Sustainability Regulations","Oxygen Usage Regulations in Water Treatment","Legal regulations and standards related to oxygen usage in waste water treatment and drinking water production can shape the market landscape. Adherence to these regulations is crucial for ensuring compliance and avoiding potential legal and operational challenges.\n\nRegulation and standards related to oxygen usage in waste water treatment and drinking water production","L","WP3","Neutral (+/-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G96,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H96,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":1},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M96,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.096","Environmental and Sustainability Regulations","Pipeline to Germany","High-priority cooperation topics:\n\nAssist potential hydrogen infrastructure projects, aiding commitment-building for investment decisions.\nSupport joint funding applications, like Connecting Europe Facility's Project of Common Interest.\nDiscuss distribution of generated renewable energy targets.\nCoordinate national and EU hydrogen regulatory frameworks under upcoming Hydrogen and Decarbonized Gas Market Package.\nAid coordination between regulatory authorities for hydrogen project approvals.\nCreate platform for fair cost and benefit sharing in hydrogen infrastructure projects.","L","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G97,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H97,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Energinet: A Danish-German breakthrough for Bornholm as a future energy island","Joint Declaration of Intent - On the Cooperation On Green Hydrogen Between Denmark and Germany",{"$f":"_xlfn.XLOOKUP(M97,References[Reference],References[Citation])","v":"Joint Declaration of Intent - On the Cooperation On Green Hydrogen Between Denmark and Germany (2023). Klima-, Energi- og Forsyningsministeriet. https://kefm.dk/Media/638151855536501080/Joint%20Declaration%20Hydrogen%20DNK-DEU%20.pdf."},"O. Uribe"]
["F.097","Government Support and Funding","Changes in State Aid allocation","The Ministry of Climate, Energy and Utilities estimates that the need for state aid in most scenarios is over DKK 30 billion. However, the Danish Parliemtn has limited the state aid to \nDKK 17.6 billion. This is the maximum amount that the state will give over a 20-year period in support to the bidders for Energiø Bornholm's offshore wind farms. Although the support seems large, it is far from certain that the billions will be enough to secure the construction of the energy island.","L","WP6","Negative (-)",5,"W","T",{"$f":"_xlfn.XLOOKUP(G98,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H98,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},"Er 17,6 milliarder nok? Støtten er lavere end forventet underskud - Is 17.6 billion enough? The aid is lower than the expected deficit","Investment in Energiø  -  The energy island can become a green failure   -  Energiøen kan blive en grøn fuser",{"$f":"_xlfn.XLOOKUP(M98,References[Reference],References[Citation])","v":"Gravgaard K. (2023). Energiøen kan blive en grøn fuser Bornholm Tidende. https://tidende.dk/debat/energioeen-kan-blive-en-groen-fuser/133729"},"O. Uribe"]
["F.098","Government Support and Funding","Investment Support for Green Technologies","The government is in talks with the European Commission to allocate DKK 344 million from the REACT-EU initiative to scale up innovative green technologies. If allocation changes, it will affect the ability of stakeholders to get finance","L","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G99,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H99,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"New political agreement to develop and promote Power-to-X",{"$f":"_xlfn.XLOOKUP(M99,References[Reference],References[Citation])","v":"Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"}]
["F.099","Government Support and Funding","PtX Task Force","A PtX task force will coordinate government authorities, engage with the sector and municipalities, and address regulatory barriers. It will also work on uniform rules for green hydrogen certification (Guarantee of origin) and promote appropriate locations for PtX plants and the use of surplus heat.","L","WP6","Positive (+)",4,"S","O",8,"New political agreement to develop and promote Power-to-X","Power to X task Force",{"$f":"_xlfn.XLOOKUP(M100,References[Reference],References[Citation])","v":"Etablering af PtX-anlæg på land(n.d.). Energistyrelsen https://veprojekter.dk/anlaeg/ptxanleag."},"O. Uribe"]
["F.100","Land and Space Usage","Building permit","An application for a building permit must be made in accordance with the provisions of the building regulations. Applications must be made via the digital solution byg og miljoe https://www.bygogmiljoe.dk/ . \n\nBuilding and construction work may not begin until a building permit has been issued.\n\nThe municipality may only grant a building permit if the project does not contravene other legislation, or possibly on the condition that exemptions from these conditions are obtained. The municipal authority is responsible for investigating whether the construction work is covered by other legislation and whether this is, if so, an obstacle to the execution of the construction work. The building permit is valid for 1 year from issue.\n\nA building permit can only be granted when a decision has been made in accordance with the Environmental Assessment Act and a planning basis is available. ","L","WP6","Neutral (+/-)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G101,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H101,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"Power to X task Force",{"$f":"_xlfn.XLOOKUP(M101,References[Reference],References[Citation])","v":"Etablering af PtX-anlæg på land(n.d.). Energistyrelsen https://veprojekter.dk/anlaeg/ptxanleag."}]
["F.101","Land and Space Usage","Land Usage","Hydrogen producing systems require 20 to 30 Ha (variable in function of the electrolyser technology selected), ammonia systems evidently require more space. Ammonia plants require more equipment but also requires a safety distance, estimated around 1 km radius . Ways of land usage optimization must be revised in future prpjects to evalaute the vialibility of building other facilities on top of the hydrogram storage, safety and operational factors affecting this approach were not analysised but it is expected to have an influence. ","L","WP6","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G102,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H102,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M102,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."}]
["F.102","Regulatory and Policy Landscape:"," Regulatory and policy landscape","The regulatory and policy landscape significantly influences the Power-to-X market on Bornholm. Government initiatives, such as CO2 taxes and emission reduction targets, drive the transition towards green fuels. The inclusion of road transportation and buildings in the EU Emission Trading System (ETS) and the establishment of carbon pricing mechanisms impact fuel prices and incentivize the adoption of low-carbon alternatives.\n\n Another pressing factor is that by the Fuel EU Maritime directive, shipping industry is required to use a minimum of 1% so-called RFNBOs (Renewable Fuels of Non-Biological Origin) by 2030. By 2040 the CO2e emissions will have to be reduced by 38%, which is much higher than the 6% in 2030. The reduction will not be necessarily driven using RFNBO, but it could be reasonable to believe that RFNBOs should at least be doubled in 2040.","L","WP6","Negative (-)",5,"W","T",-5,"Establishment of PtX facilities on land -  rules and permits","Oversigt over planlægning og myndighedstilladelser til PtX-anlæg   -  Overview of planning and authority permits for PtX facilities",{"$f":"_xlfn.XLOOKUP(M103,References[Reference],References[Citation])","v":"Oversigt over planlægning og myndighedstilladelser til PtX-anlæg | Energistyrelsen. (Last update: 28.03.2023). https://ens.dk/sites/ens.dk/files/ptx/oversigt_280323.pdf"},"O. Uribe"]
["F.103","Regulatory and Policy Landscape:","Danish Climate Act","The Danish Climate Act sets legally binding targets for reducing greenhouse gas emissions, including a 70% reduction from 1990 levels by 2030 and net-zero emissions by 2050","L","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G104,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H104,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,null,{"$f":"_xlfn.XLOOKUP(M104,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
["F.104","Regulatory and Policy Landscape:","EU Emissions Trading System (EU ETS)","The EU ETS covers some 10,000 stationary installations in the energy and industry sectors, and airlines operating in the EU, representing around 38% of the EU's total emissions. The EU ETS has already proven to be an effective tool in helping drive emissions reductions cost-effectively, with installations covered by the ETS reducing emissions by about 35% between 2005 and 2021. \n\nIn a power to X project, the EU ETS can have a legal effect by requiring regulated entities to buy or receive emissions allowances, which they can trade with one another as needed.","L","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G105,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H105,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"EU Emissions Trading System (EU ETS)",{"$f":"_xlfn.XLOOKUP(M105,References[Reference],References[Citation])","v":"EU Emissions Trading System (EU ETS) (n.d.) European Commision. Website. https://climate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en"}]
["F.105","Regulatory and Policy Landscape:","EU Taxonomy","The Taxonomy Regulation  was published in the Official Journal of the European Union on 22 June 2020 and entered into force on 12 July 2020. It establishes the basis for the EU taxonomy by setting out the 4 overarching conditions that an economic activity has to meet in order to qualify as environmentally sustainable. \n\nThe Taxonomy Regulation establishes six climate and environmental objectives \n\n- Climate change mitigation \n- Climate change adaptation \n- The sustainable use and protection of water and marine resources \n- The transition to a circular economy \n- Pollution prevention and control \n- The protection and restoration of biodiversity and ecosystems \nDifferent means can be required for an activity to make a substantial contribution to each objective. \n\nUnder the Taxonomy Regulation, the Commission had to come up with the actual list of environmentally sustainable activities by defining technical screening criteria for each environmental objective through delegated and implementing acts\n\nThe EU Taxonomy aims to facilitate sustainable investments by defining environmentally sustainable activities. The EU Taxonomy imposes production requirements for green fuels which are stricter than the ones proposed in RED II and the Hydrogen and decarbonised gas market package. Investors will be looking for investments in green fuels that are aligned with the EU Taxonomy.","L","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G106,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H106,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"- - Assessing environmentally sustainable investments\r\n\r\n-  EU Taxonomy \r\n\r\n- Navigating the complex landscape of regulatory requirements for green fuels.","REGULATION (EU) 2020/852 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL",{"$f":"_xlfn.XLOOKUP(M106,References[Reference],References[Citation])","v":"Establishment of a framework to facilitate sustainable investment, and amending Regulation (EU) 2019/2088 (2020). Official Journal of the European Union. Document 32020R0852. L 198/13. http://data.europa.eu/eli/reg/2020/852/oj"},"O. Uribe"]
["F.106","Regulatory and Policy Landscape:","Regulatory Framework  ","Governments play a crucial role in setting the policy framework for PtX projects. This includes establishing targets for renewable energy production, defining regulations for energy conversion and storage, and providing financial incentives or subsidies to support PtX development. Political decisions regarding these policies can significantly influence the growth and success of PtX projects\n\nThe Danish Energy Agency is responsible for regulating the energy sector and promoting the development of renewable energy technologies, including PtX.\nThe agency has developed regulations for the production, storage, and use of hydrogen, which is a key input for PtX technologies.\nThe agency also provides guidance on the permitting process for new energy projects, including PtX plants, which is done uner the guidance of the PtX Task Force.","L","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G107,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H107,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- The Power-to-X tender is now open\r\n\r\n- Etablering af PtX-anlæg på land  -  Establishment of PtX facilities on land","New political agreement to develop and promote Power-to-X",{"$f":"_xlfn.XLOOKUP(M107,References[Reference],References[Citation])","v":"Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"},"O. Uribe"]
["F.107","Regulatory and Policy Landscape:","Renewable Energy Directive (RED II) ","The Renewable Energy Directive (RED II) raises the overall EU target for renewable energy sources consumption by 2030 to 32%. The directive also sets production requirements for biofuels with greenhouse gas (GHG) and feedstock sustainability requirements. With the adoption of the delegated acts required under RED II, production requirements for e-fuels will also be defined for renewable liquid and gaseous transport fuels of non-biological origin (RFNBOs) and recycled carbon fuels. These fuels will need to meet renewable energy source requirements and GHG reduction requirements.","L","WP6","Positive (+)",4,"S","O",8,"- Navigating the complex landscape of regulatory requirements for green fuels.\r\n\r\n- Renewable Energy Directive (RED II) - provisional agreement","Renewable Energy Directive (RED II) - legally binding",{"$f":"_xlfn.XLOOKUP(M108,References[Reference],References[Citation])","v":"European Commission. \"Directive (EU) 2018/2001 of the European Parliament and of the Council of 11 December 2018 on the promotion of the use of energy from renewable sources.\" Official Journal of the European Union, European Commission, 2018, https://eur-lex.europa.eu/eli/dir/2018/2001/oj. "},"O. Uribe"]
["F.108","Technical and Operational Challenges","Decommissioning and Site Restoration","Regulations governing the decommissioning of PtX facilities and the restoration of the site after the project's lifecycle can have legal implications. It was not consider within the scope of the project but challenges associated to this have to be considered in future PtX projects:\n- High costs: Decommissioning projects can be costly, and the costs involved in decommissioning power plants and wind energy projects are significant\n- Environmental risks: Decommissioning and site restoration activities can pose environmental risks, such as soil and groundwater contamination\n- Technical challenges: Decommissioning and site restoration can be technically challenging, especially for nuclear power plants, which require specialized knowledge and equipment\n- Regulatory compliance: Decommissioning and site restoration activities must comply with strict regulatory guidelines, which can be complex and time-consuming\n- Liability issues: Decommissioning and site restoration can raise liability issues, especially when it comes to the disposal of hazardous materials and waste\n- Community concerns: Decommissioning and site restoration can raise concerns among local communities, who may be worried about the impact of the project on their environment and quality of life\n- Land use restrictions: Decommissioning and site restoration can be complicated by land use restrictions, such as zoning laws and environmental regulations\n- Uncertainty: Decommissioning and site restoration can be uncertain, especially when it comes to estimating costs and timelines","L","WP6","Neutral (+/-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G109,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H109,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,null,{"$f":"_xlfn.XLOOKUP(M109,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
["F.109","Collaboration and International Cooperation","Collaboration with Stakeholders","Collaboration with various stakeholders, including local communities, government authorities, and industry partners, is essential for a successful PtX plant. Engaging in open dialogue and building partnerships can lead to support, shared resources, and a thriving project ecosystem.","P","WP5","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G110,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H110,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M110,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.110","Collaboration and International Cooperation","International Cooperation","As per Ostend Declaration:\nBelgium and Denmark work closely together on hybrid renewable energy projects, including the connection “TritonLink” between both the Danish Energy Island and the Belgian Princess Elisabeth Island.\n\nBelgium, Denmark, Germany and the Netherlands will strive to develop the first interconnected system of energy islands and clusters in the North Seas by the mid-2030s, thereby contributing to establish the first green European offshore power hub combined with an increasingly meshed offshore grid in the region. These countries invite further countries to join this system.\n\nDenmark and Belgium will now work together to investigate a second phase of cooperation on connections between the Danish and Belgian energy island in  the North Sea after 2033.\n\nDenmark and the Netherlands will explore how to connect the energy island in the Danish Economic Exclusive Zone (EEZ) to a Dutch energy hub, including perspectives for offshore renewable hydrogen production.\n\nDenmark and the United Kingdom will cooperate on offshore wind development and related areas through knowledge exchange and cooperation on deployment of offshore energy infrastructure including but not limited to offshore wind, interconnection, energy islands/multi-purpose interconnection, renewable hydrogen and carbon storage.\n\nGermany and Denmark already developed the first of its kind hybrid offshore wind cooperation project Kriegers Flak Combined Grid Solution and will cooperate on the Bornholm Energy Island establishing 3 GW offshore generation capacity in the Baltic Sea including a hybrid interconnector to Germany and a transmission connection to Zealand (Denmark).\n\nGermany together with Denmark and the Netherlands is exploring to connect offshore wind farms in the German exclusive economic zone to offshore wind farms in Denmark and the Netherlands, including an interconnector to the Danish Energy Island, and will also investigate cooperating on developing further\nhybrid renewable energy projects in the North Sea. \n\nDenmark will enable the deployment of at least 5.3 GW total offshore wind capacity in the North Sea in 2030 with a view towards up to 35 GW in the North Sea by 2050 and potentially more depending on European demand for green power.\n\nDenmark will establish the world’s first multi-phased energy island in the North Sea with an initial capacity of at least 3 GW offshore wind by 2033 and connections to Belgium and Denmark. \n\nAs per Esbjerg Declaration:\nThe purpose of the Esbjerg Declaration is to establish a joint commitment among Denmark, Germany, the Netherlands, and Belgium to harness the renewable energy potential of the North Sea and accelerate the development of offshore wind power. The declaration aims to make the North Sea the green power house of Europe by expanding the combined North Sea offshore wind capacity of the four countries. The goal is to reach 65 GW by 2030 and 150 GW by 2050. This cooperation will facilitate the efficient utilization of resources and infrastructure, leading to a more integrated and interconnected energy grid.\n","P","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G111,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H111,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"- Esbjerg Declaration\r\n\r\n- Ostend Declaration","Ostend Declaration",{"$f":"_xlfn.XLOOKUP(M111,References[Reference],References[Citation])","v":"Ostend Declaration of Energy Ministers on The North Seas as Europe’s Green Power Plant"},"O. Uribe","O. Uribe","only for reference\n\nSelf validated, extracted directly from declarations"]
["F.111","Energy Independence and Security","Energy Independece ","Under the Marienborg Declaration, which sets the overall vision of how the countries will strengthen national and European independence from Russian energy and boost the green transition, the countries have committed to a combined ambition for offshore wind in the Baltic Sea region of at least 19.6 GW by 2030 – a sevenfold increase compared to the current 2.8 GW. Iit is expected that Denmark with 6.3 GW will have the largest offshore wind capacity in the Baltic Sea region, Bornholm, as the first energy island, will play a central role in this. The ambition is to become the place where energy island actors meet and develop the energy system of the future. ","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G112,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H112,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- Esbjerg Declaration\r\n\r\n- Ostend Declaration","Marienborg Declaration",{"$f":"_xlfn.XLOOKUP(M112,References[Reference],References[Citation])","v":"THE MARIENBORG DECLARATION (2022). The Baltic Sea Energy Security Summit. https://www.regeringen.dk/media/11544/the-marienborg-declaration-_300822.pdf."},"O. Uribe"]
["F.112","Energy Independence and Security","Energy Security","PtX technologies can play a crucial role in enhancing energy security by reducing dependence on fossil fuels and increasing the share of renewable energy sources in the overall energy mix. This objective aims to make the country less vulnerable to energy supply disruptions and price fluctuations in global energy markets.","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G113,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H113,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Energistrategi 2040 Bornholms Regionskommune","Regeringens strategi for Power-to-X.\n  -  The Government's strategy for Power-to-X",{"$f":"_xlfn.XLOOKUP(M113,References[Reference],References[Citation])","v":"Strategi for Power-to-X | Energistyrelsen.  (n.d.). https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf."},"O. Uribe"]
["F.113","Energy Independence and Security","Influence of war in Ukraine ","The current energy crisis is accelerating the energy transition, requiring increased investment in renewables, particularly in those countries heavily reliant on Russia where a new strategy is needed. With REPower EU, the EU has announced its target to reduce by 2/3rd its gas import by the end of 2022 and to zero by the end of 2030. \nCTA assesses that the war in Ukraine does not currently have a direct influence on the terrorist threat in Denmark, but the war currently constitutes a destabilizing factor that has the potential to influence the development of the threat picture in Europe via, for example, economic recession, energy and supply issues, misinformation as well as issues with fellow\ncombatants. In the long term, the terrorist threat in Europe, including in Denmark, i.a. be influenced via extremist actors' acquisition of weapons that are currently being used in the\nwar in Ukraine, with a view to hitting targets in Europe.","P","WP6","Negative (-)",3,"S","T",{"$f":"_xlfn.XLOOKUP(G114,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H114,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},"Vurdering af Terrortruslen mod Danmark 2023  -  Assessment of\nthe terrorist threat against Denmark","The Ukraine/Russia conflict : an accelerator to the energy crisis",{"$f":"_xlfn.XLOOKUP(M114,References[Reference],References[Citation])","v":"Besson, V. The Ukraine/Russia conflict : an accelerator to the energy crisis (2022). KPMG. https://kpmg.com/fr/fr/blogs/home/posts/2022/03/how-the-russia-ukraine-crisis-impacts-energy-industry.html."},"O. Uribe"]
["F.114","Energy Independence and Security","Terrorism Risk","Energy projects may be at risk of terrorist attacks, which could lead to severe damage and pose threats to personnel safety.\n - Hybridization: CTA has noticed a growing trend in the West and Denmark where contemporary extremists combine traditional ideological and religious elements with non-ideological narratives, expressions, and methods. It is influenced by societal currents and technological developments, allowing extremist narratives to be personalized to a greater extent by individuals.","P","WP6","Negative (-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G115,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H115,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},null,"Vurdering af Terrortruslen mod Danmark 2023  -  Assessment of\nthe terrorist threat against Denmark",{"$f":"_xlfn.XLOOKUP(M115,References[Reference],References[Citation])","v":"Vurdering af Terrortruslen mod Danmark 2023 (2023). Politiets Efterretningstjeneste. https://pet.dk/-/media/mediefiler/pet/dokumenter/analyser-og-vurderinger/vurdering-af-terrortruslen-mod-danmark/vurdering-af-terrortruslen-mod-danmark-2023.pdf"},"O. Uribe"]
["F.115","Environmental Impact","Climate Change Mitigation","One of the primary motivations behind promoting Power-to-X technologies is to mitigate climate change and reduce greenhouse gas emissions. By utilizing renewable energy to produce low-carbon fuels and chemicals, PtX processes can help decarbonize sectors that are challenging to electrify directly, such as heavy industry and transportation.","P","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G116,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H116,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"Energistrategi 2040 Bornholms Regionskommune","Regeringens strategi for Power-to-X.\n  -  The Government's strategy for Power-to-X",{"$f":"_xlfn.XLOOKUP(M116,References[Reference],References[Citation])","v":"Strategi for Power-to-X | Energistyrelsen.  (n.d.). https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf."},"O. Uribe"]
["F.116","Environmental Impact","GHG Reduction target for 2030","Denmark aims to cut GHG emissions by 70% from 1990 levels by 2030","P","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G117,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H117,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"- - 2050 long-term strategy\r\n\r\n- 2030 Climate Target Plan\r\n\r\n- SDG7 Energy Compact of Denmark\nA next Decade Action Agenda to advance SDG7 on sustainable energy for all, in line with the goals of the Paris Agreement on Climate Change","Danish Climate Act",{"$f":"_xlfn.XLOOKUP(M117,References[Reference],References[Citation])","v":"Climate Act  (2020). Energistyrelsen. File no. 2019-2855. https://en.kefm.dk/Media/1/B/Climate%20Act_Denmark%20-%20WEBTILG%C3%86NGELIG-A.pdf"},"O. Uribe"]
["F.117","Environmental Impact","Hydrogen essential for EU decarbonisation ","Reduction of CO2 emissions by up to 95% is possible by 2050, but only with increased use of hydrogen in combination with massive development of renewable energy sources","P","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G118,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H118,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"The impact of industry transition on a CO2-neutral European energy system",{"$f":"_xlfn.XLOOKUP(M118,References[Reference],References[Citation])","v":"European Commission, Directorate-General for Energy, METIS 3, study S5 : the impact of industry transition on a CO2-neutral European energy system, Publications Office of the European Union, 2023, https://data.europa.eu/doi/10.2833/094502"}]
["F.118","Funding and Employment","Employment","CRT study identified three significant point for job creation:\n- Bornholm as a service port for offshore wind: estimated to create around 190 new man-years of employment.\n- Bornholm as both service and installation port\n- Building and operationg a power-to-x plant:a  functional power-to-x plant was projected to provide about 150 man-years of work when operational.\n\nAll are required to increased population towards the objective of 1,600 people in Bornholm's population by 2030..\n","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G119,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H119,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- CRT: Bornholm can benefit greatly from becoming a green laboratory - CRT: Bornholm kan tjene stort på at blive et grønt laboratorie\r\n\r\n- Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi.",{"$f":"_xlfn.XLOOKUP(M119,References[Reference],References[Citation])","v":"Manniche, J., Hansen, A. S. (2023). Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi. Center for Regional- og Turismeforskning (CRT). "},"O. Uribe"]
["F.119","Funding and Employment","Funding","Policymakers can seek funding from various sources to offset the financial burden on electricity consumers and encourage the use of PTX technologies to build a sustainable and resilient energy system in Bornholm. \n\nThis includes a a  PtX tender will provide DKK 1.25 billion to support the industrialization and expansion of PtX production in Denmark. The tender will be market-based, aiming for cost-effective and large-scale hydrogen production using renewable energy. (See factors PtX tender & State aid)","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G120,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H120,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Denmark reaches agreement on tenders for 9 GW of offshore wind capacity","The Power-to-X tender is now open",{"$f":"_xlfn.XLOOKUP(M120,References[Reference],References[Citation])","v":"The power-to-X tender is now open. (2023, April 19). Energistyrelsen. https://ens.dk/en/press/power-x-tender-now-open"},"O. Uribe"]
["F.120","Infrastructure and Capacity","Denmark Electrolysis Capacity","Denmark aims to achieve 4-6 GW of electrolysis capacity by 2030. Hydrogen production must be demonstrated as renewable, meeting EU standards, and produced using renewable energy.","P","WP1","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G121,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H121,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"New political agreement to develop and promote Power-to-X",{"$f":"_xlfn.XLOOKUP(M121,References[Reference],References[Citation])","v":"Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"},"O. Uribe","C. Jacobsen","c"]
["F.121","Infrastructure and Capacity","Pipeline to Germany","Being discussed by several developers . As part of the collaboration between GASCADE and Copenhagen Infrastructure Partners (CIP), a 140-km hydrogen pipeline connecting Bornholm to Lubmin, Germany, is set to be commissioned and begin operation in 2027. It will have an import capacity of 10GW, with plans to potentially extend it to 20GW.\n\nAffected by Export potencial. Also legal. ","P","WP2","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G122,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H122,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- - Energinet: A Danish-German breakthrough for Bornholm as a future energy island\r\n\r\n- JOINT DECLARATION OF INTENT - ON THE COOPERATION ON GREEN HYDROGEN BETWEEN DK AND Germany\r\n\r\n- Ostend Declaration","_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M122,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","O. Uribe","OU: No comment from WP2, but related to Export Potencial. -->NC: Transport cost of H2 are however highly unertain"]
["F.122","Infrastructure and Capacity","Sufficient green power","With the cancellation of the Open Door Offshore Wind Scheme .. This has a major effect in plans of increasing  the energy island’s capacity  from 2GW to 3GW to enable clean energy . Bornholm Syd project is not affected, but this shows that the overall political environment is not as favorable and stable as it wuld to be seen. .","P","WP6","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G123,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H123,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},"- - Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Øst\r\n\r\n- Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Syd\r\n\r\n- Maritime spatial plan","Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled",{"$f":"_xlfn.XLOOKUP(M123,References[Reference],References[Citation])","v":"Durakovic, A.  Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled"}]
["F.123","Infrastructure and Capacity","Electricity - Offshore wind power","The Energy Island Bornholm is planned to be established in 2030 with a capacity of 3 GW. Partnership projects with Copenhagen Infrastructure Partners and Ørsted are underway to establish additional offshore wind projects.","P","WP1","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G124,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H124,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"- Energy Hubs\r\n\r\n- How EU policies could reduce nutrient pollution in European inland and coastal waters","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M124,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.124","Innovation and Environmental Impact","Innovation in energy production","The PTX project is a part of Denmark's continuous effort to innovate within the renewable energy sector. It emphasizes the country's commitment to finding new methods of energy production that are sustainable and efficient. ","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G125,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H125,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- Energistrategi 2040 Bornholms Regionskommune\r\n\r\n- Danish Climate Act","Regeringens strategi for Power-to-X.\n  -  The Government's strategy for Power-to-X",{"$f":"_xlfn.XLOOKUP(M125,References[Reference],References[Citation])","v":"Strategi for Power-to-X | Energistyrelsen.  (n.d.). https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf."},"O. Uribe"]
["F.125","Innovation and Environmental Impact","Integration of Renewable Energy","One of the significant challenges with renewable energy sources like solar and wind is their intermittent nature. PtX technologies offer a solution by enabling the storage of excess renewable energy in the form of synthetic fuels or chemicals. This objective seeks to facilitate the seamless integration of renewable energy into the energy system, thereby improving grid stability and reliability.","P","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G126,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H126,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Energistrategi 2040 Bornholms Regionskommune","Regeringens strategi for Power-to-X.\n  -  The Government's strategy for Power-to-X",{"$f":"_xlfn.XLOOKUP(M126,References[Reference],References[Citation])","v":"Strategi for Power-to-X | Energistyrelsen.  (n.d.). https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf."},"O. Uribe"]
["F.126","Regulations and Policies","Approval Process","The complex process of obtaining project approval from planning and environmental authorities.\nMapping out the process for project approval from planning and environmental authorities. Description of the process is found in the proposed process as well as in the guidance from PtX Task Force.","P","WP5","Positive (+)",4,null,null,{"$f":"_xlfn.XLOOKUP(G127,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H127,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Etablering af PtX-anlæg på land  -  Establishment of PtX facilities on land","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M127,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.127","Regulations and Policies","Danish Climate Act","The Danish Climate Act set, legally binding, targets to reduce Denmark's greenhouse gas emissions by 70% in 2030 compared to 1990 levels and a long-term objective of achieving climate neutrality by 2050.","P","WP6","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G128,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H128,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"Denmark’s Long-term Strategy","Danish Climate Act",{"$f":"_xlfn.XLOOKUP(M128,References[Reference],References[Citation])","v":"Climate Act  (2020). Energistyrelsen. File no. 2019-2855. https://en.kefm.dk/Media/1/B/Climate%20Act_Denmark%20-%20WEBTILG%C3%86NGELIG-A.pdf"},"O. Uribe"]
["F.128","Regulations and Policies","EU Emissions Trading System (EU ETS)","The Emission Trading System (ETS) is a market-based approach to reducing greenhouse gas emissions. \n- Cap and Trade: ETS sets a limit on greenhouse gas emissions by covered operators like factories and power stations. This cap decreases over time to lower total emissions.\n- Emissions Allowances: ETS creates and distributes emissions allowances, representing the right to emit greenhouse gases. Firms can get allowances from the government or trade with others. Each unit of emissions requires a permit.\n- Trading: ETS-covered companies can trade emissions allowances. Surplus allowances from emission reduction can be sold to companies in need, establishing a market with prices based on supply and demand.\n- Incentives for Reduction: ETS motivates companies to reduce emissions by pricing carbon emissions. This encourages investments in cleaner technologies and practices, avoiding the need to purchase extra allowances.\n\nThe inclusion of road transportation and buildings in the EU Emission Trading System and the establishment of carbon pricing mechanisms impact fuel prices. This incentivizes the adoption of low-carbon alternatives by making them more economically viable","P","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G129,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H129,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"EU Emissions Trading System (EU ETS)",{"$f":"_xlfn.XLOOKUP(M129,References[Reference],References[Citation])","v":"EU Emissions Trading System (EU ETS) (n.d.) European Commision. Website. https://climate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en"},"O. Uribe"]
["F.129","Regulations and Policies","Fuel EU Maritime Directive","The shipping industry is required to use a minimum of 1% Renewable Fuels of Non-Biological Origin (RFNBOs) by 2030, according to the Fuel EU Maritime directive. By 2040, CO2e emissions will have to be reduced by 38% . While the reduction can be achieved through various means and it is not clear what fuel or fuels will be used in the future (Methanol or Ammonia), it is reasonable to expect that the use of RFNBOs will at least double by 2040.","P","WP6","Positive (+)",4,"S","T",{"$f":"_xlfn.XLOOKUP(G130,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H130,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Fuel EU Maritime - Sustainable maritime fuels, In “A European Green Deal”","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M130,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "}]
["F.130","Regulations and Policies","Policy Stability","Open Door Offshore Wind Scheme cancellation. The Open Door Offshore Wind Scheme was a procedure in Denmark where the project developer took the initiative to establish an offshore wind farm by submitting an unsolicited application. However, in June 2023, Denmark approved a new Marine Plan which abolished the open door offshore wind auction scheme and terminated 24 out of the 33 offshore projects that were pending. The government refused 24 applications to set up offshore wind turbines through the open door scheme without further processing. The companies that had applied to build offshore wind turbines in the confidence that the government stood by the current arrangement were left disappointed. The Danish Ministry of Climate, Energy and Utilities said in a statement that for three of the pending open-door applications, the area is already designated for renewable energy in the applicable marine plan. The government is working to adjust the open door scheme so that the three projects can continue within the framework of EU regulations. Stopping  the open door scheme is likely to affect Denmark’s plans for the first Power-to-X (PtX) tender which has already attracted the interest of major developers such as Ørsted and the Copenhagen Infrastructure Partners (CIP).","P","WP6","Negative (-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G131,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H131,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},"Maritime spatial plan","Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled",{"$f":"_xlfn.XLOOKUP(M131,References[Reference],References[Citation])","v":"Durakovic, A.  Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled"}]
["F.131","Regulations and Policies","Regulations and policies regulating chemicals","The presence of regulations and policies governing oxygen consumption, chemicals production,  plays a crucial role in shaping the market dynamics. These regulations may impact the ease of establishing and expanding oxygen-related businesses. Understanding and compliance with these policies are essential for sustainable growth.","P","WP3","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G132,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H132,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M132,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.132","Community Involvement & Acceptance","Authority Process ","Establish early dialogue and cooperation with relevant authorities and public; ensure transparent processes","S","WP5","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G133,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H133,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"Etablering af PtX-anlæg på land  -  Establishment of PtX facilities on land","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M133,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.133","Community Involvement & Acceptance","Call for Clarity on PTX Plans","Neighbors want a clear explanation of the plans for power-to-x and other industrial facilities in the area to understand the potential consequences and benefits.","S","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G134,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H134,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"Local Perception: Neighbors focus on huge business park: The future will be 'radically changed'",{"$f":"_xlfn.XLOOKUP(M134,References[Reference],References[Citation])","v":"Nørmark, J. (2023). Naboer retter fokus mod enorm erhvervspark: Fremtiden bliver “radikalt forandret.” Bornholms Tidende. https://tidende.dk/miljoe/naboer-retter-fokus-mod-enorm-erhvervspark-fremtiden-bliver-radikalt-forandret/129641"},"O. Uribe"]
["F.134","Community Involvement & Acceptance","Communication Lines","- Open dialogue: Create opportunities for two-way communication between developers and the community. Town hall meetings, public forums, and feedback sessions allow community members to ask questions and express concerns.\n\n Information Dissemination: Provide accurate and clear information about the PtX project's purpose, technologies, benefits, and potential impacts. This can be through public meetings, presentations, brochures, and websites.\n\n- Long-Term Communication: Maintain ongoing communication throughout the project lifecycle. Update the community on project milestones, changes, and outcomes.\n\n- Transparency: Share information about the project's progress, challenges, and successes. Being transparent about setbacks builds credibility.\n\n- Feedback Mechanisms: Establish mechanisms for community members to provide feedback, ask questions, and voice concerns on an ongoing basis.","S","WP5","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G135,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H135,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023","Public Perception and Social Acceptance of Power-to-X Technologies",{"$f":"_xlfn.XLOOKUP(M135,References[Reference],References[Citation])","v":"Public perception and social acceptance of power-to-x technologies. DBI. https://dbi.adobeconnect.com/paozlz2gal8u/"}]
["F.135","Community Involvement & Acceptance","Ownership models for project acceptance improvement","Type of ownership models, which are common practive in EU to enhance project acceptance with the public as well the municipalities. \n\n- RE-bonus scheme corresponding to a specified part of the capacity of the plant\n\n- Loss of value scheme, which requires the developer to compensate any loss of value to residential property equal to or higher than 1% of the property value -  see factor: Loss of value scheme.\n\n- Option-to-sell scheme, which allows some neighbours within a distance of six times the height of a wind turbine or 200 m from a ground-mounted solar PV plant to sell their property to the project developer\n\n- Green fund scheme, which obligates the developer to pay €11,827 (DKK 88,000) per\nMW onshore wind equivalents to the relevant municipality, which can use the funds to\nsupport e.g. local green initiatives.","S","WP6","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G136,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H136,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"Study on regulatory barriers and recommendation for clean energy transition on EU islands",{"$f":"_xlfn.XLOOKUP(M136,References[Reference],References[Citation])","v":"European Commission, Directorate-General for Energy, De Brouwer, A., Rakocevic, L., Study on regulatory barriers and recommendation for clean energy transition on EU islands, Publications Office of the European Union, 2023, https://data.europa.eu/doi/10.2833/281276"},"O. Uribe","O. Uribe","Extracted directly - self validated"]
["F.136","Community Involvement & Acceptance","Transparency and Decision-Making","The Citizens' Association demands more transparency in the decision-making process for the energy island project and seeks to understand how the interests of local residents are being safeguarded.","S","WP6","Neutral (+/-)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G137,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H137,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"Local Perception: Neighbors focus on huge business park: The future will be 'radically changed'",{"$f":"_xlfn.XLOOKUP(M137,References[Reference],References[Citation])","v":"Nørmark, J. (2023). Naboer retter fokus mod enorm erhvervspark: Fremtiden bliver “radikalt forandret.” Bornholms Tidende. https://tidende.dk/miljoe/naboer-retter-fokus-mod-enorm-erhvervspark-fremtiden-bliver-radikalt-forandret/129641"},"O. Uribe"]
["F.137","Cultural and Heritage","Architectural Policy","The municipal council's policy to enhance architectural quality on Bornholm.","S","WP5","Neutral (+/-)",3,null,null,{"$f":"_xlfn.XLOOKUP(G138,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H138,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M138,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.138","Cultural and Heritage","Bornholm's Changing Identity","With the energy island and offshore wind farms, Bornholm is transitioning from an island traditionally based on agriculture, fishing, tourism, and light industry to a center for wind energy and green fuel production for Denmark and Europe.","S","WP6","Negative (-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G139,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H139,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-2},null,"Local Perception: Neighbors focus on huge business park: The future will be 'radically changed'",{"$f":"_xlfn.XLOOKUP(M139,References[Reference],References[Citation])","v":"Nørmark, J. (2023). Naboer retter fokus mod enorm erhvervspark: Fremtiden bliver “radikalt forandret.” Bornholms Tidende. https://tidende.dk/miljoe/naboer-retter-fokus-mod-enorm-erhvervspark-fremtiden-bliver-radikalt-forandret/129641"},"O. Uribe"]
["F.139","Cultural and Heritage","Cultural Sensitivity"," Respect local cultural values, traditions, and practices. Consider how the project aligns with or impacts the community's identity.","S","WP5","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G140,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H140,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023","Public Perception and Social Acceptance of Power-to-X Technologies",{"$f":"_xlfn.XLOOKUP(M140,References[Reference],References[Citation])","v":"Public perception and social acceptance of power-to-x technologies. DBI. https://dbi.adobeconnect.com/paozlz2gal8u/"}]
["F.140","Cultural and Heritage","Tourism","The tourist industry in Bornholm already exists, and the PTX project will create a new attraction to the island. With proper planning and management, tourism can positively impact the region's economy and heritage. ","S","WP6","Positive (+)",0,"S","O",{"$f":"_xlfn.XLOOKUP(G141,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H141,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":0},null,null,{"$f":"_xlfn.XLOOKUP(M141,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.141","Effect on local communities","Brownfield, use of","Economic benefits for Energy Island Bornholm through Power-to-X production, especially if located near Bornholm's transformer facility.","S","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G142,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H142,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M142,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.142","Effect on local communities","Commercial and Industrial Areas","Synergy with existing industrial zones for PTX plant location. The planned transformer Station (Energy Island) could provide a very good example of synergy, as well as other areas already used for industrial purposes (Port of Rønne )","S","WP5","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G143,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H143,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- - Energy Island Bornholm (Ramboll report)\r\n\r\n- Energy Island Bornholm (website)\r\n\r\n- Energy Hubs","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M143,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.143","Effect on local communities","Loss of value scheme","\nLoss of value on residential properties can be claimed if loss is over 1% over.\n\nA residential property is defined as immovable property that can legally be used for permanent or temporary residence, including residential buildings and associated outdoor areas that are used as a natural part of the residence (i.e. the part of a garden or terrace that is used for residence, etc.)\n\nIf the loss in value is 1% or less of the value of the residential property, the claim for payment of loss in value is waived.\n\nIf the owner of the residential property, have been instrumental in setting up the project, e.g. leased land for the mill installation, the loss in value can be reduced or completely eliminated.","S","WP6","Negative (-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G144,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H144,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-2},"- - - Notice on the value loss scheme, the put option scheme and the valuation authority\nBekendtgørelse om værditabsordningen, salgsoptionsordningen og taksationsmyndigheden\r\n\r\n- Vidensblad for værditabsordningen  -  Information sheet for the value loss scheme\r\n\r\n- VE-Loven  -  The VE Act \r\n\r\n- Technical support for RES policy development and implementation – Simplification of permission and administrative procedures for RES installations (RES Simplify)","The value loss scheme (new rules) -  Værditabsordningen (nye regler)",{"$f":"_xlfn.XLOOKUP(M144,References[Reference],References[Citation])","v":"Værditabsordningen (nye regler) (2022) Energistyrelsen. https://ens.dk/ansvarsomraader/stoette-til-vedvarende-energi/fremme-af-udbygning-med-vindmoeller-1"}]
["F.144","Effect on local communities","Option-to-sell scheme","Option-to-sell scheme, which allows some neighbours within a distance of six times the height of a wind turbine or 200 m from a ground-mounted solar PV plant to sell their property to the project developer","S","WP6","Negative (-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G145,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H145,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-2},null,"Technical support for RES policy development and implementation – Simplification of permission and administrative procedures for RES installations (RES Simplify)",{"$f":"_xlfn.XLOOKUP(M145,References[Reference],References[Citation])","v":"European Commission, Directorate-General for Energy, Tallat-Kelpšaitė, J., Brückmann, R., Banasiak, J., et al., Technical support for RES policy development and implementation : simplification of permission and administrative procedures for RES installations (RES simplify) : interim report, Publications Office of the European Union, 2022, https://data.europa.eu/doi/10.2833/239077"}]
["F.145","Effect on local communities","RE-bonus scheme","RE-bonus scheme obligates the developer to pay neighbours an annual bonus\ncorresponding to a specified part of the capacity of the plant","S","WP6","Positive (+)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G146,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H146,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"Technical support for RES policy development and implementation – Simplification of permission and administrative procedures for RES installations (RES Simplify)",{"$f":"_xlfn.XLOOKUP(M146,References[Reference],References[Citation])","v":"European Commission, Directorate-General for Energy, Tallat-Kelpšaitė, J., Brückmann, R., Banasiak, J., et al., Technical support for RES policy development and implementation : simplification of permission and administrative procedures for RES installations (RES simplify) : interim report, Publications Office of the European Union, 2022, https://data.europa.eu/doi/10.2833/239077"}]
["F.146","Effect on local communities","Farming","The establishment of a PtX plant may require significant land for the facility and associated infrastructure. Depending on the chosen location, this could lead to the conversion of agricultural land for industrial purposes, potentially reducing the available farmland.","S","WP5","Neutral (+/-)",3,null,null,{"$f":"_xlfn.XLOOKUP(G147,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H147,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M147,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.147","Effect on local communities","Tourism","The project may also lead to a surge in tourism, which could put a strain on local resources and negatively impact the cultural heritage of Bornholm. ","S","WP6","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G148,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H148,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},null,null,{"$f":"_xlfn.XLOOKUP(M148,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.148","Effect on local communities","Use of waste products","Concept of recreating past climate; potential for tourism and education but challenges ahead.","S","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G149,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H149,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M149,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.149","Employment","Continuous Learning"," PtX is a rapidly evolving field, and staying updated with the latest advancements and research through continuous learning, attending workshops, and participating in industry conferences can enhance skills and competences.","S","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G150,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H150,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Mapping the current and forecasted hydrogen skills landscape",{"$f":"_xlfn.XLOOKUP(M150,References[Reference],References[Citation])","v":"Mapping the current and forecasted hydrogen skills landscape. Weir, I., Beinarovica,J.,  Nelson, K., Fagura, J. & Morrison, M., Optimat Ltd. March 2023. http://dx.doi.org/10.7488/era/3369"}]
["F.150","Employment","Education and Training","Pursuing relevant education and training programs in PtX, such as courses or certifications, can help develop the necessary skills and competences.","S","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G151,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H151,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Mapping the current and forecasted hydrogen skills landscape",{"$f":"_xlfn.XLOOKUP(M151,References[Reference],References[Citation])","v":"Mapping the current and forecasted hydrogen skills landscape. Weir, I., Beinarovica,J.,  Nelson, K., Fagura, J. & Morrison, M., Optimat Ltd. March 2023. http://dx.doi.org/10.7488/era/3369"}]
["F.151","Employment","Employment","CRT study identified three significant point for job creation:\n- Bornholm as a service port for offshore wind: estimated to create around 190 new man-years of employment.\n- Bornholm as both service and installation port\n- Building and operationg a power-to-x plant:a  functional power-to-x plant was projected to provide about 150 man-years of work when operational.\n\nAll are required to increased population towards the objective of 1,600 people in Bornholm's population by 2030..\n","S","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G152,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H152,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"- CRT: Bornholm can benefit greatly from becoming a green laboratory - CRT: Bornholm kan tjene stort på at blive et grønt laboratorie\r\n\r\n- Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi.",{"$f":"_xlfn.XLOOKUP(M152,References[Reference],References[Citation])","v":"Manniche, J., Hansen, A. S. (2023). Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi. Center for Regional- og Turismeforskning (CRT). "},"O. Uribe"]
["F.152","Employment","Networking and Collaboration"," Engaging with professionals in the PtX industry, joining industry associations, and participating in collaborative projects can provide valuable insights and opportunities for skill and competence development.","S","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G153,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H153,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Mapping the current and forecasted hydrogen skills landscape",{"$f":"_xlfn.XLOOKUP(M153,References[Reference],References[Citation])","v":"Mapping the current and forecasted hydrogen skills landscape. Weir, I., Beinarovica,J.,  Nelson, K., Fagura, J. & Morrison, M., Optimat Ltd. March 2023. http://dx.doi.org/10.7488/era/3369"}]
["F.153","Employment","On-the-Job Experience"," Gaining practical experience through internships, apprenticeships, or entry-level positions in PtX organizations can provide hands-on learning opportunities and help develop skills and competences.","S","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G154,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H154,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},"Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Mapping the current and forecasted hydrogen skills landscape",{"$f":"_xlfn.XLOOKUP(M154,References[Reference],References[Citation])","v":"Mapping the current and forecasted hydrogen skills landscape. Weir, I., Beinarovica,J.,  Nelson, K., Fagura, J. & Morrison, M., Optimat Ltd. March 2023. http://dx.doi.org/10.7488/era/3369"}]
["F.154","Employment","Workforce skills and competences","In the initial steps, workforce will likely need to be brought to the island. There is expersise in Denmark and to attrack it, Bornholm must present and atractive package. But the island needs to invest locally to create local technical skills. \n\nDeveloping Skills and Competences in PtX:\n- : \n:\n:\n","S","WP6","Negative (-)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G155,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H155,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-3},"Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi.",{"$f":"_xlfn.XLOOKUP(M155,References[Reference],References[Citation])","v":"Manniche, J., Hansen, A. S. (2023). Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi. Center for Regional- og Turismeforskning (CRT). "}]
["F.155","Safety Concerns","Education and Awareness","Public Education: The extent to which the project promotes understanding of renewable energy technologies, sustainability goals, and their broader implications.\nAwareness Campaigns: Efforts to communicate the project's benefits, goals, and progress to the public, fostering support and reducing misinformation.","S","WP6","Positive (+)",2,"S","O",{"$f":"_xlfn.XLOOKUP(G156,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H156,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"Public Perception and Social Acceptance of Power-to-X Technologies",{"$f":"_xlfn.XLOOKUP(M156,References[Reference],References[Citation])","v":"Public perception and social acceptance of power-to-x technologies. DBI. https://dbi.adobeconnect.com/paozlz2gal8u/"}]
["F.156","Safety Concerns","Terrorism Risk Assessment","DBI has developed a handbook for physical terrorism security. It includes a risk assesment tool and a knowledge databe. Contact Karin Castro at DBI. Risk assement tool can be used by public, the link is  https://www.terrorsikring.nu/Risikovaerktoj/. This handbook can be used to understand the need for terrorism protection for an early stage.","S","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G157,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H157,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"Digital platform for terrorism protection  -  Digital platform til terrorsikring ",{"$f":"_xlfn.XLOOKUP(M157,References[Reference],References[Citation])","v":"Castro, K. Digital platform til terrorsikring. Website. https://www.terrorsikring.nu/Risikovaerktoj/"},"O. Uribe","O. Uribe","Slef validated"]
["F.157","Costs","Cost opttimization","The offshore wind farm (OWF) and the electrolyzers constitute the most substantial portions of the system’s overall costs for all studied scenarios. This indicates a vital area for potential cost optimization.","T","WP2","Negative (-)",5,"W","T",{"$f":"_xlfn.XLOOKUP(G158,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H158,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M158,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","O. Uribe","Direct reference from report. Self validated"]
["F.158","Costs","System and fuel production costs - deterministic","Deterministics, Large Scale:\nThe study has revealed that producing hydrogen is notably cheaper compared to ammonia (also in terms of €/MWh). The simplicity of the hydrogen PtX plant design contributes to reduced costs for hydrogen production, while the production of ammonia demands investment in storage solutions such as batteries and hydrogen pipes. This is due to the increased complexity of the system and the need to optimize the operation of the ammonia production plant.","T","WP2","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G159,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H159,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M159,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion","validated as per NC comment"]
["F.159","Energy and Input","Biogenic Carbon (CO2)","The CO2 can easily be transported in pipelines to the transformer area of the Energy Island Bornholm, which is just 3 km south of the Biogas Plant. ","T","WP1","Positive (+)",4,"S","T",{"$f":"_xlfn.XLOOKUP(G160,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H160,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M160,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.160","Energy and Input","Biogenic Carbon (CO2) - External source","CO2 from external sources will be investigated in REACT-22-0054 extension that willl ba carried our from 1-Sep-2023 to 31-Dec-2023","T","WP1","Neutral (+/-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G161,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H161,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,null,{"$f":"_xlfn.XLOOKUP(M161,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe","C. Jacobsen","c"]
["F.161","Energy and Input","Consumption of  water ","While ultrapure water is crucial for hydrogen production, estimating cooling water consumption is more complex.\nThe choice of cooling method and system design determines cooling water requirements.\nRule of thumb: An approximate guideline suggests around 400 L/h of cooling water per MW of electrolyzer capacity.(Assuming no losses, stoechiometry conversion) ","T","WP6","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G162,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H162,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"Water treatment for green hydrogen: what you need to know",{"$f":"_xlfn.XLOOKUP(M162,References[Reference],References[Citation])","v":"Madsen, H. T.  Water treatment for green hydrogen: what you need to know (2022). Silhorko-Eurowater.  https://hydrogentechworld.com/water-treatment-for-green-hydrogen-what-you-need-to-know"},"O. Uribe","N. Campion","Direct extraction from reference in addition to NC explanation"]
["F.162","Energy and Input","Consumption of cooling Water","While ultrapure water is crucial for hydrogen production, estimating cooling water consumption is more complex.\nThe choice of cooling method and system design determines cooling water requirements.\nRule of thumb: An approximate guideline suggests around 400 L/h of cooling water per MW of electrolyzer capacity.","T","WP6","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G163,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H163,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"Water treatment for green hydrogen: what you need to know",{"$f":"_xlfn.XLOOKUP(M163,References[Reference],References[Citation])","v":"Madsen, H. T.  Water treatment for green hydrogen: what you need to know (2022). Silhorko-Eurowater.  https://hydrogentechworld.com/water-treatment-for-green-hydrogen-what-you-need-to-know"},"O. Uribe","O. Uribe","Direct extraction from reference  -  self validated"]
["F.163","Energy and Input","Consumption of ultrapure water","Consumption rates depend on the electrolyzer's power rating; a rule of thumb suggests around 200 L/h of ultrapure water per MW of electrolyzer capacity.","T","WP6","Neutral (+/-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G164,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H164,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"Water treatment for green hydrogen: what you need to know",{"$f":"_xlfn.XLOOKUP(M164,References[Reference],References[Citation])","v":"Madsen, H. T.  Water treatment for green hydrogen: what you need to know (2022). Silhorko-Eurowater.  https://hydrogentechworld.com/water-treatment-for-green-hydrogen-what-you-need-to-know"},"O. Uribe","O. Uribe","Direct extraction from reference  -  self validated"]
["F.164","Energy and Input","Drinking water","The drinking water resources are very small on Bornholm – the total production is about 3 mio. m3/year – and the total resources are likely about 5 mio. m3/year. So, it is unlikely that the municipality will allow a reservation of good drinking water resources for P2X-production. At the P2X facilities, there has to be a drinking water supply for the employees, and this may also be at the water supply for electrolysis on short term, as a contingency","T","WP1","Positive (+)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G165,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H165,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M165,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."}]
["F.165","Energy and Input","Electricity - Offshore wind power","At the start of the focus was on The Energy Island Bornholm wind parks and its effect on the supply of green power\nIn the meantime CIP and Ørsted has announced the projects Bornholm Bassin Øst . It can be reduced with changes to expansion plans (Bornholm Bassin Syd)\nA smaller project of 100MW offshore wind could also be a reality by 2030\n\nCapacity of offshore wind\n\nBornholm   100MW    \nEnergy Island Bornholm  3-3,8GW\nCIP   3GW","T","WP1","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G166,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H166,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M166,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.166","Energy and Input","Electricity - Onshore wind power","Capacity of 37MW (2022)\nNo plans to further increase capacity by 2030\nDecided to do no further analysis on this source since there are no plans to increase capacity","T","WP1","Positive (+)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G167,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H167,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M167,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.167","Energy and Input","Renewable Energy Profiles","Utilized wind and solar profiles near Bornholm spanning from 2016 to 2021","T","WP2","Neutral (+/-)",2,null,null,{"$f":"_xlfn.XLOOKUP(G168,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H168,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M168,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "}]
["F.168","Energy and Input","Solar PV","There is currently established a capacity of 20MW PV on Bornholm. The energy system on Bornholm can sustain production from a further 50MW PV. The capacity is planned to be increased by a maximum of 50MW before 2025 in the Energy Strategy 2040 from the municipality of Bornholm2. Out of the 70 MW a capacity of 30-40MW is assumed could be used in Power-to-X production. The area requirement for additional PV is 1-1,2 ha/MWp3.","T","WP1","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G169,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H169,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M169,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen"]
["F.169","Energy and Input","Water -   WWTPs ","7 million m3 wastewater capacity  from WWTPs constitutes a significant amount,. It will be considered as main water source for the project. It has a characteristic seasonal variation but WP2 has confirmed quatities are aceptable for the planned scale.. ","T","WP1","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G170,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H170,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M170,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.170","Energy and Input","Water -   WWTPs ","The different locations of WWTPs can be utilized if decentral P2X in smaller scale is considered.","T","WP1","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G171,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H171,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M171,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.171","Energy and Input","Water - Seawater","Seawater can be used as a nearby water source for electrolysis, and that the salinity is only 7-8%. It will be considered as a viable alternative but main focus will be given to waste water. ","T","WP1","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G172,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H172,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"Basisanalyse I for vanddistrikt Bornholm  -  Basic analysis I for water district Bornholm","_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M172,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.172","Energy and Input","Water Quality - impurities","The impurities that need to be removed from water for electrolysis depend on the type of electrolyzer technology and the water source. Here are some impurities that can affect the performance of an electrolyzer:\n- Ions: Ions such as calcium, magnesium, and sulfate can cause scaling and fouling of the electrodes, reducing the efficiency of the electrolysis process\n- Metals: Metals such as iron, copper, and nickel can cause corrosion of the electrodes, leading to the formation of metal oxides that can contaminate the product gas\n- Organic impurities: Organic impurities such as humic acids, tannins, and lignins can cause fouling of the electrodes, reducing the efficiency of the electrolysis process\n- Bacteria and microorganisms: Bacteria and microorganisms can cause biofouling of the electrodes, reducing the efficiency of the electrolysis process\n- Suspended solids: Suspended solids such as sand, silt, and clay can cause fouling of the electrodes, reducing the efficiency of the electrolysis process","T","WP6","Negative (-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G173,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H173,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-2},null,"Impact of impurities on water electrolysis",{"$f":"_xlfn.XLOOKUP(M173,References[Reference],References[Citation])","v":"Becker, H., Murawski, J., Shinde D. V.,  Stephens E. L., Hinds, G., & Smith G. Impact of impurities on water electrolysis: A review - Sustainable energy & fuels (RSC publishing) DOI:10.1039/D2SE01517J. (2023, March 28). RSC Publishing Home – Chemical Science Journals, Books and Databases. https://pubs.rsc.org/en/content/articlehtml/2023/se/d2se01517j"},"O. Uribe",null,"OU: Perhaps it is more relevant to PEM electolizers but info on reduced effieincy"]
["F.173","Energy and Input","Water Supply","WP1: Potential use of outlet water from WWTPs for Power-to-X production.\nWP2: The availability assessment of water resources emphasizes that the Rønne wastewater treatment plant is the only one in the island that can easily meet the maximum water demand of a electroliser for a Power-to-X plant. In fact, the sensitivity analysis showed that almost during all months of the year, this plant can supply double the maximum demand, ensuring robust system resilience.","T","WP2","Positive (+)",5,"S","O",{"$f":"_xlfn.XLOOKUP(G174,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H174,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":10},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M174,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","N. Campion","Validated as per comment"]
["F.174","Energy and Input","Wind Power Variation","Wind power is variable in nature. Variations from ramping up at 1,5GW to as low as -0,32 GW based on the 10min modelled used by DTU (WP2 and WP4)","T","WP4","Negative (-)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G175,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H175,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-2},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M175,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.175","Environmental Considerations","Biomass availability reduction","The quantity of CO2 from the heat plants is expected to decline, because it is one of the goals in the municipal energy strategy, to reduce the amount of biomass used in the heat and power plants – a plan for this has to be developed by 2025. Biomass for district heating production can be substituted by waste heat, or heat generated on electricity in heat pumps and electrical boilers.","T","WP1","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G176,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H176,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M176,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.176","Environmental Considerations","WWTPs' CO2 Emissions","Relatively low CO2 emissions from WWTPs, making it an unsuitable source.","T","WP1","Negative (-)",0,"W","T",{"$f":"_xlfn.XLOOKUP(G177,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H177,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":0},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M177,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.177","Infrastructure and Setup","Behind-the-meter","The PtX plant is directly connected to the renewable energy supply in this setup. This means the plant is located near a renewable energy source, and the energy produced is used on-site without being connected to the public grid. The PtX plant owner may own a share of the renewable power assets or have a Power Purchase Agreement (PPA) with the renewable energy producer to access the necessary electricity for the conversion process.\n\nHowever, based on literature and feedback from academia and industrial partners, it is possible that this setup will increase the calculated costs by at least 25% ","T","WP1","Positive (+)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G178,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H178,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M178,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen"]
["F.178","Infrastructure and Setup","Capacity Factor","Capacity factor is an indicator of how much energy a particular wind turbine makes in a particular place. Based on the turbine selcted (SP379-HH150), thh capacity factor is 49.7%. Based on that the equivalent LCOE (Euro/MWh) is 58,6.","T","WP1","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G179,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H179,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M179,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen"]
["F.179","Infrastructure and Setup","Efficiency","WP2 didnt focus on effiency evaluation, however, some critics argue that PTX technology is not the most efficient way to produce renewable energy. Power supply incurs large efficiency losses at low load, limiting system flexibility from an economic perspective. Electrolysis Effiency is set at 65%","T","WP2","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G180,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H180,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,"Green Hydrogen Cost Reduction",{"$f":"_xlfn.XLOOKUP(M180,References[Reference],References[Citation])","v":" IRENA (2020), Green Hydrogen Cost Reduction: Scaling up Electrolysers to Meet the 1.5⁰C Climate Goal,\nInternational Renewable Energy Agency, Abu Dhabi"},"O. Uribe","N. Campion","Nicolas Jean Bernard Campion:\nMight be, but we didn't study this specifically in WP2 .\n\nOU. Re-written incorporating NC comment.  20230818"]
["F.180","Infrastructure and Setup","Electrolyser design and construction","Increased module size and innovation with increased stack manufacturing have significant impacts on cost. Increasing plant size from 1 MW (typical in 2020) to 20 MW could reduce costs by over a third. Optimal system designs maximise efficiency and flexibility.","T","WP6","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G181,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H181,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"Green Hydrogen Cost Reduction",{"$f":"_xlfn.XLOOKUP(M181,References[Reference],References[Citation])","v":" IRENA (2020), Green Hydrogen Cost Reduction: Scaling up Electrolysers to Meet the 1.5⁰C Climate Goal,\nInternational Renewable Energy Agency, Abu Dhabi"},"O. Uribe"]
["F.181","Infrastructure and Setup","Electrolyser Technologies","Explored different configurations (AEC, SOEC, Mix) for large-scale scenarios","T","WP2","Neutral (+/-)",2,null,null,{"$f":"_xlfn.XLOOKUP(G182,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H182,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M182,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "}]
["F.182","Infrastructure and Setup","Heat Plant  Location","Scattered locations of heat plants on the island with seasonal CO2 production patterns. This will aggect the location of a PtX plant or add addtional costs to connect with existing heat plants. Future Heat plants location  will have considered in relation with a possible Power to X plant..","T","WP1","Negative (-)",1,null,null,{"$f":"_xlfn.XLOOKUP(G183,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H183,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M183,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen","c"]
["F.183","Infrastructure and Setup","Influence of Electrolyser Technology","Limited impact on total cost in smaller-scale scenario; biomass input more significant for biofuel scenarios","T","WP2","Neutral (+/-)",2,null,null,{"$f":"_xlfn.XLOOKUP(G184,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H184,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":2},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M184,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "}]
["F.184","Infrastructure and Setup","Infrastructure","The PTX project requires massive infrastructure such as electrolysis equipment for producing hydrogen, and pipelines for transporting it. Constructing the infrastructure requires any more consumption of resources and may prove to be a hindrance to traffic. ","T","WP6","Negative (-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G185,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H185,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},null,null,{"$f":"_xlfn.XLOOKUP(M185,References[Reference],References[Citation])","v":{"$error":"#N/A"}},"O. Uribe"]
["F.185","Infrastructure and Setup","Power from the grid","The PtX plant is solely connected to the public electricity grid in a grid-connected setup. The renewable energy source (e.g., solar, wind) feeds electricity into the grid, and the PtX plant draws electricity from the grid when needed for the conversion process. The PtX operator is responsible for paying the grid costs and purchasing electricity at the prevailing spot price.\n\nFollowing discussion among the partners, it was decided that using the grid leads to significant uncertainties regarding the renewable fuel certification and the future prices.","T","WP1","Positive (+)",2,"W","T",{"$f":"_xlfn.XLOOKUP(G186,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H186,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M186,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen"]
["F.186","Infrastructure and Setup","Power Supply Technologies","Large-scale used offshore wind turbines; small-scale integrated solar PV and wind turbines","T","WP2","Positive (+)",3,"S","o",{"$f":"_xlfn.XLOOKUP(G187,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H187,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M187,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "}]
["F.187","Infrastructure and Setup","Scale","The largest commercial electrolyzer the investigators have worked with is 30MW, which is smaller than the portafolio analyzed. As scale is increased, the design parameters used for operation heat recovery might not be applicable. Therefore, an extensive investigation, specific to the scale is required in the future. ","T","WP4","Neutral (+/-)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G188,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H188,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":4},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M188,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.188","Infrastructure and Setup","Turbine Selection","SP379-HH150 turbine was selcted among the dataset available. Energy input, capacity factor, CAPEX and LCOE will be derived from this turbine. This turbine generate 8 MW, with a higher CAPEX, the correspondent LCOE is higher than the other alternatives.","T","WP1","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G189,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H189,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP1 - Report",{"$f":"_xlfn.XLOOKUP(M189,References[Reference],References[Citation])","v":"Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."},"O. Uribe","C. Jacobsen"]
["F.189","Location, Transport and Storage","Land Usage","Hydrogen producing systems require 20 to 30 Ha (variable in function of the electrolyser technology selected), ammonia systems evidently require more space. Ammonia plants require more equipment but also requires a safety distance, estimated around 1 km radius . Ways of land usage optimization must be revised in future prpjects to evalaute the vialibility of building other facilities on top of the hydrogram storage, safety and operational factors affecting this approach were not analysised but it is expected to have an influence. ","T","WP2","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G190,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H190,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP2 - Report",{"$f":"_xlfn.XLOOKUP(M190,References[Reference],References[Citation])","v":"Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "},"O. Uribe","N. Campion","Rephrased based on  comment. Comment resaolved."]
["F.190","Location, Transport and Storage","Transport of producs by land - volumes","It is not a sustainable solution for large amounts of product","T","WP5","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G191,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H191,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M191,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.191","Location, Transport and Storage","Transport Options","The three scenarios for transporting PTX product (underground, on ground, by truck).","T","WP5","Negative (-)",5,null,null,{"$f":"_xlfn.XLOOKUP(G192,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H192,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-5},null,"_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M192,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.192","Location, Transport and Storage","Underground storage","It does not require municipal planning, but includes risk assessment, environmental permits and multiple legal cadastral agreements.","T","WP5","Negative (-)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G193,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H193,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-4},"Bulk storage of hydrogen","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023",{"$f":"_xlfn.XLOOKUP(M193,References[Reference],References[Citation])","v":"Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."},"O. Uribe"]
["F.193","Market trends","Future fuel options in local industry","Future fuel options include non-fossil LPG, biogas, hydrogen, or electrification.","T","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G194,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H194,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M194,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.194","Market trends","Hydrogen demand","Anticipated local industrial demand: half of 18,465 MWh.\nThis could be satisfied by around 282 tons of hydrogen (as biogas).","T","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G195,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H195,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M195,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.195","Market trends","Methanol as marine oil replacement","Methanol consumption is expected to surpass ammonia due to faster and easier implementation.\nFerry operations to and from Bornholm could transition to methanol from 2030, replacing approximately 29,000 tons of Marine Gas Oil (MGO) annually.\nTransition to methanol would require around 62,000 tons to meet the same energy demand due to methanol's lower energy density compared to MGO.\nOffshore wind installations from the Port of Roenne are potential users of methanol, with growing orders for installation vessels and Service Operation Vessels (SOVs).+","T","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G196,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H196,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"Maritime Decarbonization Strategy 2022","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M196,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.196","Market trends","Oxygen's Significance in Water Treatment","Oxygen's critical role in waste water treatment and drinking water production cannot be understated. From improving oxygen transfer rates to reducing energy consumption, its impact on efficiency and cost-effectiveness makes it a pivotal element in the water treatment process.","T","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G197,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H197,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M197,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.197","Market trends","Plan for decarbonization - local industry","Anticipated reduction of 18,465 MWh energy usage by up to half through efficiency gains and electrification.","T","WP3","Positive (+)",4,"S","O",{"$f":"_xlfn.XLOOKUP(G198,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H198,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M198,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.198","Market trends","Potential for Oxygen in Drinking Water Production","The potential of using pure oxygen instead of atmospheric air for drinking water production offers hygienic benefits. As traditional methods evolve, this technological shift could improve the quality of drinking water and establish more efficient production processes.","T","WP3","Positive (+)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G199,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H199,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},"_REACTRF-22-0054_WP3 - Market for Oxygen","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M199,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.199","Market trends","Waste heat","The study shows that energy of the waste heat generated as co-product can cover the demand, however the temperature ratings are too low to be considered feasible at the moment. Further heat recovery investigations need to be carried out to have a case for using waste heat in the local district system.","T","WP4","Negative (-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G200,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H200,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":-1},"_REACTRF-22-0054_WP2 - Report","_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M200,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.200","Market trends","Waste Heat","The temperature rating demand is shown in Table 9, which is far higher than the calculated waste heat temperature, however WP2 results show that in terms of energy, the demand will be satisfied. \nUsing waste heat in terms of energy is feasible but conditioning waste heat to bring it to the temperature specification required will be costly and other systems, such the cooling system, must be given priority over waste heat recovery.  This can be turned into an opportunity if SOEC technology is used, which oerates in the range of 700deg C","T","WP4","Neutral (+/-)",3,"W","O",{"$f":"_xlfn.XLOOKUP(G201,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H201,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M201,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.201","Market trends","Waste Heat Potential","Waste heat from PtX can amount to 72 GWh or 435 GWh per year with varying temperature profiles.","T","WP3","Neutral (+/-)",3,"S","O",{"$f":"_xlfn.XLOOKUP(G202,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H202,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M202,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.202","Operational performance","Lifetime","Electrolizer lifetime is influence by the number of start / stops. Optimal operation will look into reduce the number of start stops to optimize equipment lifetime. Also the modules must be rotated operationally, , to allow modules to wear off at a similar rate.","T","WP4","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G203,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H203,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M203,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.203","Operational performance","Operational performance","Deriving from the relation between stable power source and operational performance, connecting the system to the grid will allow maximum electrical input, allowing to operate the units at maximum capacity with less start/stop sequences, expecting better operational performance. This is a scenario that need to be investigated further. It was not included the analysis the study focused in the behind-the-meter scenario. ","T","WP4","Neutral (+/-)",3,"W","T",{"$f":"_xlfn.XLOOKUP(G204,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H204,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":3},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M204,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.204","Operational performance","Operational strategies ","Operational strategies should be planned and evalauted to optimize electricity consupmtion. They could have an effect on ammonioa production and result in unused hydrogen. if there is unused hydrogen, there should be a plan for hydrogen storage to be able to recycle it and put it back into the syste,m","T","WP4","Positive (+)",3,"S","T",{"$f":"_xlfn.XLOOKUP(G205,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H205,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":6},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M205,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.205","Operational performance","Portfolio Configuration","The larger the number of electrolyser units or the smaller the unit capacity is, the more  flexibility the portfolio has. The smaller the unit is, less power is required to keep it operating making the system more flexible to withstand lower or variable electricity inputs during low wind conditiions.\n","T","WP4","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G206,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H206,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M206,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.206","Operational performance","Portfolio Operational Sequence","Optimal operation sequence that inproves the system efficiency and reduce the start/stops of the modules, incomparison with the fixed sequence. The optimal sequence is not applicable directly to all cases but the process of calculating when a electrolyser needs to put in on or off mode based on wind demand as well as rotating modules to make sure the modules are all equally utilized. Using this strategy, the portfolio will produce more hydrogen for the same amount of energy used to operate the electrolyser. ","T","WP4","Positive (+)",4,"W","T",{"$f":"_xlfn.XLOOKUP(G207,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H207,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":8},null,"_REACTRF-22-0054_WP4 - Report",{"$f":"_xlfn.XLOOKUP(M207,References[Reference],References[Citation])","v":"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."}]
["F.207","Energy and Input","Low Temperature DAC","Development of low temperature Direct Air Capture for CO2 capture; energy-intensive and under development.",null,"Ext.","Neutral (+/-)",1,"W","T",{"$f":"_xlfn.XLOOKUP(G208,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H208,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":1},"T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","_REACTRF-22-0054_WP3 - Report",{"$f":"_xlfn.XLOOKUP(M208,References[Reference],References[Citation])","v":"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "},"O. Uribe"]
["F.208",null,"Additional investigation lines","•\tInvestigation of electrolyser portfolio configuration \n•\tMulti-electrolyser control and operation strategies \n•\tInvestigation of waste heat integration into Bornholm’s DH \n•\tHydrogen to Ammonia",null,"Ext.","Neutral (+/-)",null,null,null,{"$f":"_xlfn.XLOOKUP(G209,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H209,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":{"$error":"#N/A"}},null,null,{"$f":"_xlfn.XLOOKUP(M209,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
["F.209",null,null,null,null,null,null,null,null,null,{"$f":"_xlfn.XLOOKUP(G210,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H210,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":{"$error":"#N/A"}},null,null,{"$f":"_xlfn.XLOOKUP(M210,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
["F.210",null,null,null,null,null,null,null,null,null,{"$f":"_xlfn.XLOOKUP(G211,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H211,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":{"$error":"#N/A"}},null,null,{"$f":"_xlfn.XLOOKUP(M211,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
[null,null,null,null,null,null,null,null,null,null,{"$f":"_xlfn.XLOOKUP(G212,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H212,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":{"$error":"#N/A"}},null,null,{"$f":"_xlfn.XLOOKUP(M212,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]
[null,null,"Ammnia as as fuel <add in Market trendes)","Ammonia is considered one of the most promising future fuels in the maritime world, but introducing it to the fuel mix is far from straightforward There are some challenges related to its toxicity, flammability, and combustion in traditional engines. Despite these challenges, ammonia has several advantages as a marine fuel, including low production, storage, and transport costs compared to other carbon-neutral fuels, and the stable fuel supply is possible as the large-capacity ammonia synthesis technologies are already mature,  To use ammonia as fuel, design requirements can be found in NR 671 Rules, and the design will have to be assessed through Alternative Design procedure of the IGF Code and SOLAS regulations",null,"Ext.",null,null,null,null,{"$f":"_xlfn.XLOOKUP(G213,Source!$E$3:$E$6,Source!$G$3:$G$6)*_xlfn.XLOOKUP(H213,Source!$I$3:$I$9,Source!$J$3:$J$9)","v":{"$error":"#N/A"}},null,null,{"$f":"_xlfn.XLOOKUP(M213,References[Reference],References[Citation])","v":{"$error":"#N/A"}}]

{"sheet":"Factor  - P","index":3,"n_rows":27,"n_cols":26,"rows_kept":27,"cut":false,"hidden":false,"merged":[]}
[null,"Factor Domain","POLITICAL",null,null,null,null,null,null,null,null,null,null,null,null,"All inner equal"]
[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
[]
["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,10,null,{"$f":"_xlfn.UNIQUE(A5:A27)","v":"Collaboration and International Cooperation"},{"$f":"COUNTIF($Q$5:$Q$27,$Y4)","v":2}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Collaboration and International Cooperation"},"Collaboration with Stakeholders","P","WP5","Positive (+)",4,8,1,null,{"$f":"+$A5","v":"Collaboration and International Cooperation"},{"$f":"+$B5","v":"Collaboration with Stakeholders"},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":2},{"$f":"+$F5","v":4},{"$f":"+$G5","v":8},12,{"$f":"+$A5","v":"Collaboration and International Cooperation"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Collaboration with Stakeholders"},null,{"$f":"+$V$7/2+U5","v":3.00285},{"$f":"+U6+U6","v":2.0000000000000001E-4},{"$f":"SUM(T5:T6)","v":6.0056000000000003},{"$f":"SUM(T5:T6)","v":6.0056000000000003},null,"Energy Independence and Security",{"$f":"COUNTIF($Q$5:$Q$27,$Y5)","v":4}]
["Collaboration and International Cooperation","International Cooperation","P","WP6","Positive (+)",2,4,2,null,"Collaboration and International Cooperation","International Cooperation",null,2,{"$f":"+$F6","v":2},4,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Collaboration and International Cooperation"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. International Cooperation"},null,{"$f":"+$V$7/2+U6","v":3.0027500000000003},1E-4,null,null,null,"Environmental Impact",3]
["Energy Independence and Security","Energy Independece ","P","WP6","Positive (+)",4,8,3,null,"Energy Independence and Security","Energy Independece ",null,2,4,8,{"$f":"+$P$5","v":12},"Energy Independence and Security","3. Energy Independece ",null,{"$f":"+$V$11/4+U7","v":1.5014750000000001},{"$f":"+U8+U10","v":4.0000000000000002E-4},{"$f":"SUM(T7:T10)","v":6.0053000000000001},{"$f":"SUM(T7:T10)","v":6.0053000000000001},null,"Funding and Employment",2]
["Energy Independence and Security","Energy Security","P","WP6","Positive (+)",4,8,4,null,"Energy Independence and Security","Energy Security",null,2,4,8,12,"Energy Independence and Security","4. Energy Security",null,{"$f":"+$V$11/4+U8","v":1.5013750000000001},{"$f":"+U9+U10","v":3.0000000000000003E-4},null,null,null,"Infrastructure and Capacity",4]
["Energy Independence and Security","Influence of war in Ukraine ","P","WP6","Negative (-)",3,-3,5,null,"Energy Independence and Security","Influence of war in Ukraine ",null,-1,3,-3,12,"Energy Independence and Security","5. Influence of war in Ukraine ",null,{"$f":"+$V$11/4+U9","v":1.5012750000000001},{"$f":"+U10+U10","v":2.0000000000000001E-4},null,null,null,"Innovation and Environmental Impact",2]
["Energy Independence and Security","Terrorism Risk","P","WP6","Negative (-)",3,-3,6,null,"Energy Independence and Security","Terrorism Risk",null,-1,3,-3,12,"Energy Independence and Security","6. Terrorism Risk",null,{"$f":"+$V$11/4+U10","v":1.5011750000000001},1E-4,null,null,null,"Regulations and Policies",6]
["Environmental Impact","Climate Change Mitigation","P","WP6","Positive (+)",3,6,7,null,"Environmental Impact","Climate Change Mitigation",null,2,3,6,12,"Environmental Impact","7. Climate Change Mitigation",null,{"$f":"+$V$14/3+U11","v":2.0015333333333336},{"$f":"+U12+U13","v":3.0000000000000003E-4},{"$f":"SUM(T11:T13)","v":6.0043000000000006},{"$f":"SUM(T11:T12)","v":4.0029666666666675},null,null,0]
["Environmental Impact","GHG Reduction target for 2030","P","WP6","Positive (+)",3,6,8,null,"Environmental Impact","GHG Reduction target for 2030",null,2,3,6,12,"Environmental Impact","8. GHG Reduction target for 2030",null,{"$f":"+$V$14/3+U12","v":2.0014333333333334},{"$f":"+U13+U13","v":2.0000000000000001E-4}]
["Environmental Impact","Hydrogen essential for EU decarbonisation ","P","WP6","Positive (+)",3,6,9,null,"Environmental Impact","Hydrogen essential for EU decarbonisation ",null,2,3,6,12,"Environmental Impact","9. Hydrogen essential for EU decarbonisation ",null,{"$f":"+$V$14/3+U13","v":2.0013333333333336},{"$f":"+U27","v":1E-4}]
["Funding and Employment","Employment","P","WP6","Positive (+)",4,8,10,null,"Funding and Employment","Employment",null,2,4,8,12,"Funding and Employment","10. Employment",null,{"$f":"+V16/2+U14","v":3.0019},{"$f":"+U15+U15","v":2.0000000000000001E-4},{"$f":"SUM(T14:T15)","v":6.0037000000000003},{"$f":"SUM(T13:T15)","v":8.0050333333333334}]
["Funding and Employment","Funding","P","WP6","Positive (+)",4,8,11,null,"Funding and Employment","Funding",null,2,4,8,12,"Funding and Employment","11. Funding",null,{"$f":"+V16/2+U15","v":3.0018000000000002},1E-4]
["Infrastructure and Capacity","Denmark Electrolysis Capacity","P","WP1","Positive (+)",4,8,12,null,"Infrastructure and Capacity","Denmark Electrolysis Capacity",null,2,4,8,12,"Infrastructure and Capacity","12. Denmark Electrolysis Capacity",null,{"$f":"+$V$20/4+U16","v":1.5010000000000001},{"$f":"+U17+U19","v":4.0000000000000002E-4},{"$f":"SUM(T16:T19)","v":6.0034000000000001},{"$f":"SUM(T16:T18)","v":4.5026999999999999}]
["Infrastructure and Capacity","Pipeline to Germany","P","WP2","Positive (+)",4,8,13,null,"Infrastructure and Capacity","Pipeline to Germany",null,2,4,8,12,"Infrastructure and Capacity","13. Pipeline to Germany",null,{"$f":"+$V$20/4+U17","v":1.5009000000000001},{"$f":"+U18+U19","v":3.0000000000000003E-4}]
["Infrastructure and Capacity","Sufficient green power","P","WP6","Negative (-)",1,-1,14,null,"Infrastructure and Capacity","Sufficient green power",null,-1,1,-1,12,"Infrastructure and Capacity","14. Sufficient green power",null,{"$f":"+$V$20/4+U18","v":1.5008000000000001},{"$f":"+U19+U19","v":2.0000000000000001E-4}]
["Infrastructure and Capacity","Electricity - Offshore wind power","P","WP1","Positive (+)",5,10,15,null,"Infrastructure and Capacity","Electricity - Offshore wind power",null,2,5,10,12,"Infrastructure and Capacity","15. Electricity - Offshore wind power",null,{"$f":"+$V$20/4+U19","v":1.5007000000000001},{"$f":"+U27","v":1E-4}]
["Innovation and Environmental Impact","Innovation in energy production","P","WP6","Positive (+)",4,8,16,null,"Innovation and Environmental Impact","Innovation in energy production",null,2,4,8,12,"Innovation and Environmental Impact","16. Innovation in energy production",null,{"$f":"+$V$22/2+U20","v":3.0012500000000002},{"$f":"+U21+$U$27","v":2.0000000000000001E-4},{"$f":"SUM(T20:T21)","v":6.0024000000000006},{"$f":"SUM(T19:T25)","v":11.504900000000003}]
["Innovation and Environmental Impact","Integration of Renewable Energy","P","WP6","Positive (+)",4,8,17,null,"Innovation and Environmental Impact","Integration of Renewable Energy",null,2,4,8,12,"Innovation and Environmental Impact","17. Integration of Renewable Energy",null,{"$f":"+$V$22/2+U21","v":3.0011500000000004},{"$f":"+U27","v":1E-4}]
["Regulations and Policies","Approval Process","P","WP5","Positive (+)",4,8,18,null,"Regulations and Policies","Approval Process",null,2,4,8,12,"Regulations and Policies","18. Approval Process",null,{"$f":"1+U22","v":1.0005999999999999},{"$f":"+U23+$U$27","v":6.0000000000000006E-4},{"$f":"SUM(T22:T27)","v":6.0021000000000004},{"$f":"SUM(T21:T27)","v":9.0032499999999995}]
["Regulations and Policies","Danish Climate Act","P","WP6","Positive (+)",5,10,19,null,"Regulations and Policies","Danish Climate Act",null,2,5,10,12,"Regulations and Policies","19. Danish Climate Act",null,1.0004999999999999,{"$f":"+U24+$U$27","v":5.0000000000000001E-4}]
["Regulations and Policies","EU Emissions Trading System (EU ETS)","P","WP6","Positive (+)",3,6,20,null,"Regulations and Policies","EU Emissions Trading System (EU ETS)",null,2,3,6,12,"Regulations and Policies","20. EU Emissions Trading System (EU ETS)",null,1.0004,{"$f":"+U25+$U$27","v":4.0000000000000002E-4}]
["Regulations and Policies","Fuel EU Maritime Directive","P","WP6","Positive (+)",4,8,21,null,{"$f":"+$A25","v":"Regulations and Policies"},{"$f":"+$B25","v":"Fuel EU Maritime Directive"},null,{"$f":"IF($E25=\"Positive (+)\",2,IF($E25=\"Neutral (+/-)\",1,IF($E25=\"Negative (-)\",-1)))","v":2},4,{"$f":"+$G25","v":8},12,"Regulations and Policies","21. Fuel EU Maritime Directive",null,1.0003,{"$f":"+U26+$U$27","v":3.0000000000000003E-4}]
["Regulations and Policies","Policy Stability","P","WP6","Negative (-)",3,-3,22,null,{"$f":"+$A26","v":"Regulations and Policies"},null,null,{"$f":"IF($E26=\"Positive (+)\",2,IF($E26=\"Neutral (+/-)\",1,IF($E26=\"Negative (-)\",-1)))","v":-1},3,{"$f":"+$G26","v":-3},12,"Regulations and Policies",{"$f":"_xlfn.CONCAT(H26,\". \",$B26)","v":"22. Policy Stability"},null,1.0002,{"$f":"+U27+U27","v":2.0000000000000001E-4}]
["Regulations and Policies","Regulations and policies regulating chemicals","P","WP3","Neutral (+/-)",2,2,23,null,{"$f":"+$A27","v":"Regulations and Policies"},null,null,{"$f":"IF($E27=\"Positive (+)\",2,IF($E27=\"Neutral (+/-)\",1,IF($E27=\"Negative (-)\",-1)))","v":1},2,{"$f":"+$G27","v":2},12,"Regulations and Policies",{"$f":"_xlfn.CONCAT(H27,\". \",$B27)","v":"23. Regulations and policies regulating chemicals"},null,1.0001,1E-4]

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[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
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["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,null,null,{"$f":"_xlfn.UNIQUE(A5:A72)","v":"Alternative markets"},{"$f":"COUNTIF($Q$5:$Q$72,$Y4)","v":16}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Alternative markets"},"Algae Cultivation","Ec","WP3","Positive (+)",3,6,1,null,{"$f":"+$A5","v":"Alternative markets"},{"$f":"+$B5","v":"Algae Cultivation"},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":2},{"$f":"+$F5","v":3},{"$f":"+$G5","v":6},12,{"$f":"+$A5","v":"Alternative markets"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Algae Cultivation"},null,{"$f":"$V$21/6+U5","v":1.6928500000000002},{"$f":"+U6+$U$20","v":1.6000000000000007E-2},{"$f":"SUM(T21:T24)","v":10.068100000000001},null,null,"Benchmarking",{"$f":"COUNTIF($Q$5:$Q$72,$Y5)","v":4}]
["Alternative markets","Co-Products Revenue Generation","Ec","WP2","Neutral (+/-)",1,1,2,null,"Alternative markets","Co-Products Revenue Generation",null,1,{"$f":"+$F6","v":1},1,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Alternative markets"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. Co-Products Revenue Generation"},null,1.6918500000000001,1.5000000000000008E-2,null,null,null,"Incentives",4]
["Alternative markets","District Heating System","Ec","WP3","Neutral (+/-)",3,3,3,null,"Alternative markets","District Heating System",null,1,3,3,{"$f":"+$P$5","v":12},"Alternative markets","3. District Heating System",null,1.6908500000000002,1.4000000000000007E-2,null,null,null,"Investment and Funding",4]
["Alternative markets","Electricity Costs vs. Oxygen Savings","Ec","WP3","Positive (+)",4,8,4,null,"Alternative markets","Electricity Costs vs. Oxygen Savings",null,2,4,8,12,"Alternative markets","4. Electricity Costs vs. Oxygen Savings",null,1.6898500000000001,1.3000000000000006E-2,null,null,null,"LCOE",5]
["Alternative markets","Greenhouse","Ec","WP3","Positive (+)",3,6,5,null,"Alternative markets","Greenhouse",null,2,3,6,12,"Alternative markets","5. Greenhouse",null,1.6888500000000002,1.2000000000000005E-2,null,null,null,"Market Dynamics",9]
["Alternative markets","Investments for Waste Heat","Ec","WP3","Neutral (+/-)",3,3,6,null,"Alternative markets","Investments for Waste Heat",null,1,3,3,12,"Alternative markets","6. Investments for Waste Heat",null,1.6878500000000001,1.1000000000000005E-2,null,null,null,"Optimization",3]
["Alternative markets","Opportunity to market co-products","Ec","WP2","Positive (+)",2,4,7,null,"Alternative markets","Opportunity to market co-products",null,2,2,4,12,"Alternative markets","7. Opportunity to market co-products",null,1.6868500000000002,1.0000000000000004E-2,null,null,null,"Production Cost",14]
["Alternative markets","Oxygen Consumers on Bornholm","Ec","WP3","Neutral (+/-)",2,2,8,null,"Alternative markets","Oxygen Consumers on Bornholm",null,1,2,2,12,"Alternative markets","8. Oxygen Consumers on Bornholm",null,1.6858500000000001,9.0000000000000028E-3,null,null,null,"Resources",7]
["Alternative markets","Oxygen Market Potential for Waste Water Treatment","Ec","WP3","Positive (+)",2,4,9,null,"Alternative markets","Oxygen Market Potential for Waste Water Treatment",null,2,2,4,12,"Alternative markets","9. Oxygen Market Potential for Waste Water Treatment",null,1.6848500000000002,8.0000000000000019E-3,null,null,null,"Risks",2]
["Alternative markets","Oxygen-Dependent Industry Attraction","Ec","WP3","Positive (+)",2,4,10,null,"Alternative markets","Oxygen-Dependent Industry Attraction",null,2,2,4,12,"Alternative markets","10. Oxygen-Dependent Industry Attraction",null,1.6838500000000001,7.000000000000001E-3]
["Alternative markets","Population Growth","Ec","WP3","Positive (+)",3,6,11,null,"Alternative markets","Population Growth",null,2,3,6,12,"Alternative markets","11. Population Growth",null,1.6828500000000002,6.000000000000001E-3]
["Alternative markets","Potential in Existing Industries","Ec","WP3","Negative (-)",1,-1,12,null,"Alternative markets","Potential in Existing Industries",null,-1,1,-1,12,"Alternative markets","12. Potential in Existing Industries",null,1.6818500000000001,5.000000000000001E-3]
["Alternative markets","Potential in New Industries","Ec","WP3","Positive (+)",3,6,13,null,"Alternative markets","Potential in New Industries",null,2,3,6,12,"Alternative markets","13. Potential in New Industries",null,1.6808500000000002,4.000000000000001E-3]
["Alternative markets","Price for Excess Heat","Ec","WP3","Neutral (+/-)",3,3,14,null,"Alternative markets","Price for Excess Heat",null,1,3,3,12,"Alternative markets","14. Price for Excess Heat",null,1.6798500000000001,3.0000000000000009E-3]
["Alternative markets","Thermal Desalination","Ec","WP3","Positive (+)",3,6,15,null,"Alternative markets","Thermal Desalination",null,2,3,6,12,"Alternative markets","15. Thermal Desalination",null,1.6788500000000002,{"$f":"+U20+$U$20","v":2.0000000000000005E-3}]
["Alternative markets","Waste Heat","Ec","WP4","Negative (-)",1,-1,16,null,"Alternative markets","Waste Heat",null,-1,1,-1,12,"Alternative markets","16. Waste Heat",null,{"$f":"$V$21/6+U20","v":1.6778500000000001},{"$f":"+U24","v":1.0000000000000002E-3}]
["Benchmarking","Benchmarking of Biofuels production cost","Ec","Ext.","Neutral (+/-)",0,0,17,null,"Benchmarking","Benchmarking of Biofuels production cost",null,1,0,0,12,"Benchmarking","17. Benchmarking of Biofuels production cost",null,{"$f":"$V$25/4+U21","v":2.5185250000000003},{"$f":"+U22+$U$32","v":4.000000000000001E-3},{"$f":"SUM(T25:T28)","v":10.061100000000001}]
["Benchmarking","Benchmarking of H2 production cost","Ec","WP6","Positive (+)",5,10,18,null,"Benchmarking","Benchmarking of H2 production cost",null,2,5,10,12,"Benchmarking","18. Benchmarking of H2 production cost",null,{"$f":"$V$25/4+U22","v":2.5175250000000005},{"$f":"+U23+$U$32","v":3.0000000000000009E-3}]
["Benchmarking","Benchmarking of Methanol production cost","Ec","Ext.","Neutral (+/-)",0,0,19,null,"Benchmarking","Benchmarking of Methanol production cost",null,1,0,0,12,"Benchmarking","19. Benchmarking of Methanol production cost",null,{"$f":"$V$25/4+U23","v":2.5165250000000001},{"$f":"+U24+$U$32","v":2.0000000000000005E-3}]
["Benchmarking","Benchmarking of NH3 production cost","Ec","WP6","Positive (+)",5,10,20,null,"Benchmarking","Benchmarking of NH3 production cost",null,2,5,10,12,{"$f":"+$A24","v":"Benchmarking"},"20. Benchmarking of NH3 production cost",null,{"$f":"$V$25/4+U24","v":2.5155250000000002},{"$f":"U28","v":1.0000000000000002E-3}]
["Incentives","CO2 Tax","Ec","WP3","Positive (+)",4,8,21,null,"Incentives","CO2 Tax",null,2,4,8,12,"Incentives","21. CO2 Tax",null,{"$f":"$V$29/4+U25","v":2.5167750000000004},{"$f":"+U26+$U$32","v":4.000000000000001E-3},{"$f":"SUM(T29:T32)","v":10.058100000000001}]
["Incentives","Geographically Differentiated Tariffs","Ec","WP6","Positive (+)",3,6,22,null,"Incentives",null,null,2,3,6,12,"Incentives","22. Geographically Differentiated Tariffs",null,{"$f":"$V$29/4+U26","v":2.5157750000000005},{"$f":"+U27+$U$32","v":3.0000000000000009E-3}]
["Incentives","Green Transition Drivers","Ec","WP3","Negative (-)",4,-4,23,null,"Incentives",null,null,-1,4,-4,12,"Incentives","23. Green Transition Drivers",null,{"$f":"$V$29/4+U27","v":2.5147750000000002},{"$f":"+U28+$U$32","v":2.0000000000000005E-3}]
["Incentives","Marine traffic market drivers","Ec","WP3","Positive (+)",4,8,24,null,"Incentives",null,null,2,4,8,12,"Incentives","24. Marine traffic market drivers",null,{"$f":"$V$29/4+U28","v":2.5137750000000003},{"$f":"U32","v":1.0000000000000002E-3}]
["Investment and Funding","Budget changes  - Cost overrun or financing limitations","Ec","WP6","Negative (-)",5,-5,25,null,"Investment and Funding",null,null,-1,5,-5,12,"Investment and Funding","25. Budget changes  - Cost overrun or financing limitations",null,{"$f":"$V$33/4+U29","v":2.5160250000000004},{"$f":"+U30+$U$32","v":4.000000000000001E-3},{"$f":"SUM(T33:T37)","v":10.051100000000002}]
["Investment and Funding","Financial Risks associated with Project Funding","Ec","WP6","Negative (-)",4,-4,26,null,"Investment and Funding",null,null,-1,4,-4,12,"Investment and Funding","26. Financial Risks associated with Project Funding",null,{"$f":"$V$33/4+U30","v":2.5150250000000005},{"$f":"+U31+$U$32","v":3.0000000000000009E-3}]
["Investment and Funding","Financing: State aid  for Energiø reduced from DKK30 billion to 17,6 DKK billion) -  as off 01.06.23","Ec","WP6","Negative (-)",5,-5,27,null,"Investment and Funding",null,null,-1,5,-5,12,"Investment and Funding","27. Financing: State aid  for Energiø reduced from DKK30 billion to 17,6 DKK billion) -  as off 01.06.23",null,{"$f":"$V$33/4+U31","v":2.5140250000000002},{"$f":"+U32+$U$32","v":2.0000000000000005E-3}]
["Investment and Funding","Investment Support for Green Technologies","Ec","WP6","Positive (+)",4,8,28,null,"Investment and Funding",null,null,2,4,8,12,"Investment and Funding","28. Investment Support for Green Technologies",null,{"$f":"$V$33/4+U32","v":2.5130250000000003},{"$f":"+U37","v":1.0000000000000002E-3}]
["LCOE","Announced Pledges Scenario 2030  (APS)","Ec","WP6","Positive (+)",2,4,29,null,"LCOE",null,null,2,2,4,12,"LCOE","29. Announced Pledges Scenario 2030  (APS)",null,{"$f":"$V$38/5+U33","v":2.0122200000000006},{"$f":"+U34+$U$37","v":5.000000000000001E-3},{"$f":"SUM(T38:T46)","v":10.048100000000002}]
["LCOE","Cost Structure","Ec","WP6","Negative (-)",4,-4,30,null,"LCOE",null,null,-1,4,-4,12,"LCOE","30. Cost Structure",null,{"$f":"$V$38/5+U34","v":2.0112200000000007},{"$f":"+U35+$U$37","v":4.000000000000001E-3}]
["LCOE","Integration the setup with the local grid","Ec","WP3","Positive (+)",4,8,31,null,"LCOE",null,null,2,4,8,12,"LCOE","31. Integration the setup with the local grid",null,{"$f":"$V$38/5+U35","v":2.0102200000000008},{"$f":"+U36+$U$37","v":3.0000000000000009E-3}]
["LCOE","LCOE ","Ec","WP6","Negative (-)",4,-4,32,null,"LCOE",null,null,-1,4,-4,12,"LCOE","32. LCOE ",null,{"$f":"$V$38/5+U36","v":2.0092200000000005},{"$f":"+U37+$U$37","v":2.0000000000000005E-3}]
["LCOE","New Marine Plan","Ec","WP6","Negative (-)",1,-1,33,null,"LCOE",null,null,-1,1,-1,12,"LCOE","33. New Marine Plan",null,{"$f":"$V$38/5+U37","v":2.0082200000000006},{"$f":"+U46","v":1.0000000000000002E-3}]
["Market Dynamics","Demand Marine traffic market oppportunity","Ec","WP3","Positive (+)",4,8,34,null,"Market Dynamics",null,null,2,4,8,12,"Market Dynamics","34. Demand Marine traffic market oppportunity",null,{"$f":"$V$47/9+U38","v":1.1174555555555556},{"$f":"+U41","v":3.0000000000000009E-3},{"$f":"SUM(T47:T49)","v":10.036100000000003}]
["Market Dynamics","Demand Offshore wind project growth ","Ec","WP3","Positive (+)",4,8,35,null,"Market Dynamics",null,null,2,4,8,12,"Market Dynamics","35. Demand Offshore wind project growth ",null,1.1164555555555558,2.0000000000000005E-3]
["Market Dynamics","Potential Fuel Market in the Baltic Sea","Ec","WP3","Positive (+)",5,10,36,null,"Market Dynamics",null,null,2,5,10,12,"Market Dynamics","36. Potential Fuel Market in the Baltic Sea",null,1.1154555555555556,1.0000000000000002E-3]
["Market Dynamics","H2 Export Potential","Ec","WP2","Positive (+)",4,8,37,null,"Market Dynamics",null,null,2,4,8,12,"Market Dynamics","37. H2 Export Potential",null,1.1174555555555556,3.0000000000000009E-3]
["Market Dynamics","Potential Supply - Ammonia","Ec","WP3","Positive (+)",3,6,38,null,"Market Dynamics",null,null,2,3,6,12,"Market Dynamics","38. Potential Supply - Ammonia",null,1.1164555555555558,2.0000000000000005E-3]
["Market Dynamics","Current Energy Demand","Ec","WP3","Negative (-)",4,-4,39,null,"Market Dynamics",null,null,-1,4,-4,12,"Market Dynamics","39. Current Energy Demand",null,1.1154555555555556,1.0000000000000002E-3]
["Market Dynamics","Energy Export Capacities","Ec","WP1","Positive (+)",4,8,40,null,"Market Dynamics",null,null,2,4,8,12,"Market Dynamics","40. Energy Export Capacities",null,1.1174555555555556,3.0000000000000009E-3]
["Market Dynamics","Potential supply","Ec","WP2","Positive (+)",3,6,41,null,"Market Dynamics",null,null,2,3,6,12,"Market Dynamics","41. Potential supply",null,1.1164555555555558,2.0000000000000005E-3]
["Market Dynamics","Green replacement","Ec","WP6","Positive (+)",3,6,42,null,"Market Dynamics",null,null,2,3,6,12,"Market Dynamics","42. Green replacement",null,{"$f":"$V$47/9+U46","v":1.1154555555555556},{"$f":"+U49","v":1.0000000000000002E-3}]
["Optimization","Flexibility - electrolyzers","Ec","WP6","Positive (+)",4,8,43,null,"Optimization",null,null,2,4,8,12,"Optimization","43. Flexibility - electrolyzers",null,{"$f":"$V$50/3+U47","v":3.3463666666666678},{"$f":"+U48+$U$49","v":3.0000000000000009E-3},{"$f":"SUM(T50:T63)","v":10.030100000000003}]
["Optimization","Land Usage ","Ec","WP6","Negative (-)",3,-3,44,null,"Optimization",null,null,-1,3,-3,12,"Optimization","44. Land Usage ",null,{"$f":"$V$50/3+U48","v":3.3453666666666675},{"$f":"+U49+$U$49","v":2.0000000000000005E-3}]
["Optimization","Flexibility - electrolyzers","Ec","WP6","Negative (-)",3,-3,45,null,"Optimization",null,null,-1,3,-3,12,"Optimization","45. Flexibility - electrolyzers",null,{"$f":"$V$50/3+U49","v":3.3443666666666676},{"$f":"+U54","v":1.0000000000000002E-3}]
["Production Cost","CAPEX - H2","Ec","WP2","Neutral (+/-)",4,4,46,null,"Production Cost",null,null,1,4,4,12,"Production Cost","46. CAPEX - H2",null,{"$f":"+$V$64/14+U50","v":0.71708571428571433},{"$f":"+U51+$U$63","v":1.4000000000000004E-3},{"$f":"SUM(T50:T63)","v":10.030100000000003}]
["Production Cost","Production cost - H2","Ec","WP2","Positive (+)",3,6,47,null,"Production Cost",null,null,2,3,6,12,"Production Cost","47. Production cost - H2",null,0.71698571428571434,1.3000000000000004E-3]
["Production Cost","Production cost - NH3","Ec","WP2","Positive (+)",3,6,48,null,"Production Cost",null,null,2,3,6,12,"Production Cost","48. Production cost - NH3",null,0.71688571428571435,1.2000000000000003E-3]
["Production Cost","CAPEX - NH3","Ec","WP2","Neutral (+/-)",4,4,49,null,"Production Cost",null,null,1,4,4,12,"Production Cost","49. CAPEX - NH3",null,0.71678571428571436,1.1000000000000003E-3]
["Production Cost","System and fuel production costs - H2 & NH3","Ec","WP2","Positive (+)",4,8,50,null,"Production Cost",null,null,2,4,8,12,"Production Cost","50. System and fuel production costs - H2 & NH3",null,0.71668571428571437,1.0000000000000002E-3]
["Production Cost","Electrolyzer technology","Ec","WP2","Positive (+)",4,8,51,null,"Production Cost",null,null,2,4,8,12,"Production Cost","51. Electrolyzer technology",null,0.71658571428571438,9.0000000000000019E-4]
["Production Cost","Cost Breakdown  - Biofuels","Ec","WP3","Positive (+)",4,8,52,null,"Production Cost",null,null,2,4,8,12,"Production Cost",{"$f":"_xlfn.CONCAT(H56,\". \",$B56)","v":"52. Cost Breakdown  - Biofuels"},null,0.71648571428571439,8.0000000000000015E-4]
["Production Cost","Cost Breakdown  - Methanol","Ec","WP2","Positive (+)",4,8,53,null,"Production Cost",null,null,2,4,8,12,"Production Cost","53. Cost Breakdown  - Methanol",null,0.7163857142857144,7.000000000000001E-4]
["Production Cost","Economies of Scale -  small scale","Ec","WP2","Neutral (+/-)",2,2,54,null,"Production Cost",null,null,1,2,2,12,"Production Cost","54. Economies of Scale -  small scale",null,0.71628571428571441,6.0000000000000006E-4]
["Production Cost","Impact of Weather Scenarios","Ec","WP2","Neutral (+/-)",2,2,55,null,"Production Cost",null,null,1,2,2,12,"Production Cost","55. Impact of Weather Scenarios",null,0.71618571428571431,5.0000000000000001E-4]
["Production Cost","Methanol","Ec","WP2","Negative (-)",3,-3,56,null,"Production Cost",null,null,-1,3,-3,12,"Production Cost","56. Methanol",null,0.71608571428571433,4.0000000000000002E-4]
["Production Cost","Power Supply  Configuration","Ec","WP2","Positive (+)",4,8,57,null,"Production Cost",null,null,2,4,8,12,"Production Cost","57. Power Supply  Configuration",null,0.71598571428571434,3.0000000000000003E-4]
["Production Cost","Technology Impact  - Methanol & Bio Fuels","Ec","WP2","Positive (+)",2,4,58,null,"Production Cost",null,null,2,2,4,12,"Production Cost","58. Technology Impact  - Methanol & Bio Fuels",null,0.71588571428571435,{"$f":"+U63+$U$63","v":2.0000000000000001E-4}]
["Production Cost","Weather impact on costs and stochastic sizing","Ec","WP2","Negative (-)",4,-4,59,null,"Production Cost",null,null,-1,4,-4,12,"Production Cost","59. Weather impact on costs and stochastic sizing",null,{"$f":"+$V$64/14+U63","v":0.71578571428571436},{"$f":"+$U$72","v":1E-4}]
["Resources","Green Power","Ec","WP6","Positive (+)",4,8,60,null,"Resources",null,null,2,4,8,12,"Resources","60. Green Power",null,{"$f":"+$V$71/7+U64","v":1.4340714285714287},{"$f":"+U65+$U$55","v":5.5000000000000014E-3},{"$f":"SUM(T64:T70)","v":10.019600000000001}]
["Resources","Plant sizing","Ec","WP2","Positive (+)",5,10,61,null,"Resources",null,null,2,5,10,12,"Resources","61. Plant sizing",null,1.4331714285714285,4.6000000000000008E-3]
["Resources","Biogenic CO2 availability","Ec","WP1","Positive (+)",4,8,62,null,"Resources",null,null,2,4,8,12,"Resources","62. Biogenic CO2 availability",null,1.4322714285714286,3.7000000000000006E-3]
["Resources","Biogenic CO2 Cost","Ec","WP1","Neutral (+/-)",4,4,63,null,"Resources",null,null,1,4,4,12,"Resources","63. Biogenic CO2 Cost",null,1.4313714285714285,2.8000000000000004E-3]
["Resources","CO2 from CHP at Rønne Harbor","Ec","WP1","Neutral (+/-)",3,3,64,null,"Resources",null,null,1,3,3,12,"Resources","64. CO2 from CHP at Rønne Harbor",null,1.4304714285714286,1.9000000000000004E-3]
["Resources","Water Supply","Ec","WP2","Positive (+)",4,8,65,null,{"$f":"+$A69","v":"Resources"},null,null,{"$f":"IF($E69=\"Positive (+)\",2,IF($E69=\"Neutral (+/-)\",1,IF($E69=\"Negative (-)\",-1)))","v":2},4,{"$f":"+$G69","v":8},12,"Resources","65. Water Supply",null,1.4295714285714285,1.0000000000000002E-3]
["Resources","Water Treatment Cost","Ec","WP1","Neutral (+/-)",3,3,66,null,{"$f":"+$A70","v":"Resources"},null,null,{"$f":"IF($E70=\"Positive (+)\",2,IF($E70=\"Neutral (+/-)\",1,IF($E70=\"Negative (-)\",-1)))","v":1},{"$f":"+$F70","v":3},{"$f":"+$G70","v":3},12,{"$f":"+$A70","v":"Resources"},"66. Water Treatment Cost",null,{"$f":"+$V$71/7+U70","v":1.4286714285714286},1E-4]
["Risks","Fluctuation of market prices (feedstock and products)","Ec","WP3","Negative (-)",5,-5,67,null,{"$f":"+$A71","v":"Risks"},null,null,{"$f":"IF($E71=\"Positive (+)\",2,IF($E71=\"Neutral (+/-)\",1,IF($E71=\"Negative (-)\",-1)))","v":-1},{"$f":"+$F71","v":5},{"$f":"+$G71","v":-5},{"$f":"+$P$5","v":12},{"$f":"+$A71","v":"Risks"},"67. Fluctuation of market prices (feedstock and products)",null,{"$f":"10/2+U71","v":5.0010000000000003},{"$f":"+U72+$U$55","v":1.0000000000000002E-3},10]
["Risks","Grid Prices and Certification","Ec","WP1","Negative (-)",4,-4,68,null,{"$f":"+$A72","v":"Risks"},null,null,{"$f":"IF($E72=\"Positive (+)\",2,IF($E72=\"Neutral (+/-)\",1,IF($E72=\"Negative (-)\",-1)))","v":-1},{"$f":"+$F72","v":4},{"$f":"+$G72","v":-4},{"$f":"+$P$5","v":12},{"$f":"+$A72","v":"Risks"},"68. Grid Prices and Certification",null,{"$f":"10/2+U72","v":5.0000999999999998},1E-4]

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[null,"Factor Domain","SOCIAL ",null,null,null,null,null,null,null,null,null,null,null,null,"All inner equal"]
[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
[]
["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,null,null,{"$f":"_xlfn.UNIQUE(A5:A29)","v":"Community Involvement & Acceptance"},{"$f":"COUNTIF($Q$5:$Q$29,$Y4)","v":5}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Community Involvement & Acceptance"},"Authority Process ","S","WP5","Positive (+)",5,10,1,null,{"$f":"+$A5","v":"Community Involvement & Acceptance"},{"$f":"+$B5","v":"Authority Process "},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":2},{"$f":"+$F5","v":5},{"$f":"+$G5","v":10},12,{"$f":"+$A5","v":"Community Involvement & Acceptance"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Authority Process "},null,{"$f":"$V$10/5+U5","v":2.0057799999999997},{"$f":"+U6+$U$9","v":5.0000000000000001E-3},{"$f":"SUM(T10:T13)","v":10.003200000000003},null,null,"Cultural and Heritage",{"$f":"COUNTIF($Q$5:$Q$29,$Y5)","v":4}]
["Community Involvement & Acceptance","Call for Clarity on PTX Plans","S","WP6","Negative (-)",4,-4,2,null,"Community Involvement & Acceptance","Call for Clarity on PTX Plans",null,-1,{"$f":"+$F6","v":4},-4,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Community Involvement & Acceptance"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. Call for Clarity on PTX Plans"},null,{"$f":"$V$10/5+U6","v":2.0047799999999998},{"$f":"+U7+$U$9","v":4.0000000000000001E-3},null,null,null,"Effect on local communities",{"$f":"COUNTIF($Q$5:$Q$29,$Y6)","v":8}]
["Community Involvement & Acceptance","Communication Lines","S","WP5","Positive (+)",5,10,3,null,"Community Involvement & Acceptance","Communication Lines",null,2,5,10,{"$f":"+$P$5","v":12},"Community Involvement & Acceptance","3. Communication Lines",null,{"$f":"$V$10/5+U7","v":2.0037799999999999},{"$f":"+U8+$U$9","v":3.0000000000000001E-3},null,null,null,"Employment",{"$f":"COUNTIF($Q$5:$Q$29,$Y7)","v":6}]
["Community Involvement & Acceptance","Ownership models for project acceptance improvement","S","WP6","Positive (+)",3,6,4,null,"Community Involvement & Acceptance","Ownership models for project acceptance improvement",null,2,3,6,12,"Community Involvement & Acceptance","4. Ownership models for project acceptance improvement",null,{"$f":"$V$10/5+U8","v":2.0027799999999996},{"$f":"+U9+$U$9","v":2E-3},null,null,null,"Safety Concerns",{"$f":"COUNTIF($Q$5:$Q$29,$Y8)","v":2}]
["Community Involvement & Acceptance","Transparency and Decision-Making","S","WP6","Neutral (+/-)",4,4,5,null,"Community Involvement & Acceptance","Transparency and Decision-Making",null,1,4,4,12,"Community Involvement & Acceptance","5. Transparency and Decision-Making",null,{"$f":"$V$10/5+U9","v":2.0017799999999997},{"$f":"+U10+U10","v":1E-3},null,null,null,null,{"$f":"COUNTIF($Q$5:$Q$27,$Y9)","v":0}]
["Cultural and Heritage","Architectural Policy","S","WP5","Neutral (+/-)",3,3,6,null,"Cultural and Heritage","Architectural Policy",null,1,3,3,12,"Cultural and Heritage","6. Architectural Policy",null,{"$f":"$V$14/4+U10","v":2.5010250000000007},{"$f":"+U11+U12","v":5.0000000000000001E-4},{"$f":"SUM(T14:T21)","v":10.003899999999998},null,null,null,0]
["Cultural and Heritage","Bornholm's Changing Identity","S","WP6","Negative (-)",2,-2,7,null,"Cultural and Heritage","Bornholm's Changing Identity",null,-1,2,-2,12,"Cultural and Heritage","7. Bornholm's Changing Identity",null,{"$f":"$V$14/4+U11","v":2.5008250000000007},{"$f":"+U12+U13","v":3.0000000000000003E-4},null,null,null,null,0]
["Cultural and Heritage","Cultural Sensitivity","S","WP5","Positive (+)",5,10,8,null,"Cultural and Heritage","Cultural Sensitivity",null,2,5,10,12,"Cultural and Heritage","8. Cultural Sensitivity",null,{"$f":"$V$14/4+U12","v":2.5007250000000005},{"$f":"+U13+U13","v":2.0000000000000001E-4}]
["Cultural and Heritage","Tourism","S","WP6","Positive (+)",0,0,9,null,"Cultural and Heritage","Tourism",null,2,0,0,12,"Cultural and Heritage","9. Tourism",null,{"$f":"$V$14/4+U13","v":2.5006250000000008},{"$f":"+U27","v":1E-4}]
["Effect on local communities","Brownfield, use of","S","WP3","Positive (+)",4,8,10,null,"Effect on local communities","Brownfield, use of",null,2,4,8,12,"Effect on local communities","10. Brownfield, use of",null,{"$f":"$V$22/8+U14","v":1.2508374999999998},{"$f":"+U15+$U$27","v":8.0000000000000015E-4},{"$f":"SUM(T22:T27)","v":10.002100000000002}]
["Effect on local communities","Commercial and Industrial Areas","S","WP5","Positive (+)",4,8,11,null,"Effect on local communities","Commercial and Industrial Areas",null,2,4,8,12,"Effect on local communities","11. Commercial and Industrial Areas",null,1.2507374999999998,7.000000000000001E-4]
["Effect on local communities","Loss of value scheme","S","WP6","Negative (-)",2,-2,12,null,"Effect on local communities","Loss of value scheme",null,-1,2,-2,12,"Effect on local communities","12. Loss of value scheme",null,1.2506374999999998,6.0000000000000006E-4]
["Effect on local communities","Option-to-sell scheme","S","WP6","Negative (-)",2,-2,13,null,"Effect on local communities","Option-to-sell scheme",null,-1,2,-2,12,"Effect on local communities","13. Option-to-sell scheme",null,1.2505374999999999,5.0000000000000001E-4]
["Effect on local communities","RE-bonus scheme","S","WP6","Positive (+)",1,2,14,null,"Effect on local communities","RE-bonus scheme",null,2,1,2,12,"Effect on local communities","14. RE-bonus scheme",null,1.2504374999999999,4.0000000000000002E-4]
["Effect on local communities","Farming","S","WP5","Neutral (+/-)",3,3,15,null,"Effect on local communities","Farming",null,1,3,3,12,"Effect on local communities","15. Farming",null,1.2503374999999999,3.0000000000000003E-4]
["Effect on local communities","Tourism","S","WP6","Negative (-)",1,-1,16,null,"Effect on local communities","Tourism",null,-1,1,-1,12,"Effect on local communities","16. Tourism",null,1.2502374999999999,{"$f":"+U21+$U$27","v":2.0000000000000001E-4}]
["Effect on local communities","Use of waste products","S","WP3","Positive (+)",3,6,17,null,"Effect on local communities","Use of waste products",null,2,3,6,12,"Effect on local communities","17. Use of waste products",null,{"$f":"$V$22/8+U21","v":1.2501374999999999},{"$f":"+U27","v":1E-4}]
["Employment","Continuous Learning","S","WP6","Positive (+)",2,4,18,null,"Employment","Continuous Learning",null,2,2,4,12,"Employment","18. Continuous Learning",null,{"$f":"+$V$28/6+U22","v":1.6672666666666667},{"$f":"+U23+$U$27","v":6.0000000000000006E-4},{"$f":"SUM(T28:T29)","v":10.000299999999999},{"$f":"SUM(T21:T27)","v":11.2522375}]
["Employment","Education and Training","S","WP6","Positive (+)",2,4,19,null,"Employment","Education and Training",null,2,2,4,12,"Employment","19. Education and Training",null,1.6671666666666667,{"$f":"+U24+$U$27","v":5.0000000000000001E-4}]
["Employment","Employment","S","WP6","Positive (+)",4,8,20,null,"Employment","Employment",null,2,4,8,12,"Employment","20. Employment",null,1.6670666666666667,{"$f":"+U25+$U$27","v":4.0000000000000002E-4}]
["Employment","Networking and Collaboration","S","WP6","Positive (+)",2,4,21,null,"Employment","Networking and Collaboration",null,2,2,4,12,"Employment","21. Networking and Collaboration",null,1.6669666666666667,{"$f":"+U26+$U$27","v":3.0000000000000003E-4}]
["Employment","On-the-Job Experience","S","WP6","Positive (+)",2,4,22,null,"Employment",null,null,2,2,4,12,"Employment","22. On-the-Job Experience",null,1.6668666666666667,{"$f":"+U27+U27","v":2.0000000000000001E-4}]
["Employment","Workforce skills and competences","S","WP6","Negative (-)",3,-3,23,null,"Employment",null,null,-1,3,-3,12,"Employment","23. Workforce skills and competences",null,{"$f":"+$V$28/6+U27","v":1.6667666666666667},1E-4]
["Safety Concerns","Education and Awareness","S","WP6","Positive (+)",2,4,24,null,"Safety Concerns",null,null,2,2,4,12,"Safety Concerns",{"$f":"_xlfn.CONCAT(H28,\". \",$B28)","v":"24. Education and Awareness"},null,{"$f":"5+U28","v":5.0002000000000004},{"$f":"+U29+U29","v":2.0000000000000001E-4},10]
["Safety Concerns","Terrorism Risk Assessment","S","WP6","Positive (+)",4,8,25,null,"Safety Concerns",null,null,2,4,8,12,"Safety Concerns",{"$f":"_xlfn.CONCAT(H29,\". \",$B29)","v":"25. Terrorism Risk Assessment"},null,{"$f":"5+U29","v":5.0000999999999998},1E-4]

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[null,"Factor Domain","TECHNOLOGICAL",null,null,{"$f":"SUM(T43:U43)","v":1.112511111111111},null,null,null,null,null,null,null,null,null,"All inner equal"]
[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
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["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,10,null,{"$f":"_xlfn.UNIQUE(A5:A54)","v":"Costs"},{"$f":"COUNTIF($Q$5:$Q$55,$Y4)","v":2}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Costs"},"Cost opttimization","T","WP2","Negative (-)",5,-5,1,null,{"$f":"+$A5","v":"Costs"},{"$f":"+$B5","v":"Cost opttimization"},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":-1},{"$f":"+$F5","v":5},{"$f":"+$G5","v":-5},12,{"$f":"+$A5","v":"Costs"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Cost opttimization"},null,{"$f":"+$V$5/2+U5","v":5.0131500000000004},{"$f":"+U6+U6","v":2.0000000000000001E-4},{"$f":"SUM(T7:T22)","v":10.0259},{"$f":"SUM(T5:T6)","v":10.026199999999999},null,"Energy and Input",16]
["Costs","System and fuel production costs - deterministic","T","WP2","Positive (+)",4,8,2,null,"Costs","System and fuel production costs - deterministic",null,2,{"$f":"+$F6","v":4},8,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Costs"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. System and fuel production costs - deterministic"},null,{"$f":"+$V$5/2+U6","v":5.0130499999999998},1E-4,null,null,null,"Environmental Considerations",2]
["Energy and Input","Biogenic Carbon (CO2)","T","WP1","Positive (+)",4,8,3,null,"Energy and Input","Biogenic Carbon (CO2)",null,2,4,8,{"$f":"+$P$5","v":12},"Energy and Input","3. Biogenic Carbon (CO2)",null,{"$f":"+$V$23/16+U7","v":0.62736874999999992},{"$f":"+U8+$U$54","v":1.6000000000000005E-3},{"$f":"SUM(T23:T24)","v":10.002800000000001},null,null,"Infrastructure and Setup",12]
["Energy and Input","Biogenic Carbon (CO2) - External source","T","WP1","Neutral (+/-)",4,4,4,null,"Energy and Input","Biogenic Carbon (CO2) - External source",null,1,4,4,12,"Energy and Input","4. Biogenic Carbon (CO2) - External source",null,0.62726874999999982,1.5000000000000005E-3,null,null,null,"Location, Transport and Storage",4]
["Energy and Input","Consumption of  water ","T","WP6","Neutral (+/-)",2,2,5,null,"Energy and Input","Consumption of  water ",null,1,2,2,12,"Energy and Input","5. Consumption of  water ",null,0.62716874999999983,1.4000000000000004E-3,null,null,null,"Market trends",9]
["Energy and Input","Consumption of cooling Water","T","WP6","Neutral (+/-)",2,2,6,null,"Energy and Input","Consumption of cooling Water",null,1,2,2,12,"Energy and Input","6. Consumption of cooling Water",null,0.62706874999999984,1.3000000000000004E-3,null,null,null,"Operational performance",5]
["Energy and Input","Consumption of ultrapure water","T","WP6","Neutral (+/-)",2,2,7,null,"Energy and Input","Consumption of ultrapure water",null,1,2,2,12,"Energy and Input","7. Consumption of ultrapure water",null,0.62696874999999985,1.2000000000000003E-3]
["Energy and Input","Drinking water","T","WP1","Positive (+)",2,4,8,null,"Energy and Input","Drinking water",null,2,2,4,12,"Energy and Input","8. Drinking water",null,0.62686874999999986,1.1000000000000003E-3]
["Energy and Input","Electricity - Offshore wind power","T","WP1","Positive (+)",5,10,9,null,"Energy and Input","Electricity - Offshore wind power",null,2,5,10,12,"Energy and Input","9. Electricity - Offshore wind power",null,0.62676874999999987,1.0000000000000002E-3]
["Energy and Input","Electricity - Onshore wind power","T","WP1","Positive (+)",2,4,10,null,"Energy and Input","Electricity - Onshore wind power",null,2,2,4,12,"Energy and Input","10. Electricity - Onshore wind power",null,0.62666874999999989,9.0000000000000019E-4]
["Energy and Input","Renewable Energy Profiles","T","WP2","Neutral (+/-)",2,2,11,null,"Energy and Input","Renewable Energy Profiles",null,1,2,2,12,"Energy and Input","11. Renewable Energy Profiles",null,0.6265687499999999,8.0000000000000015E-4]
["Energy and Input","Solar PV","T","WP1","Positive (+)",5,10,12,null,"Energy and Input","Solar PV",null,2,5,10,12,"Energy and Input","12. Solar PV",null,0.62646874999999991,7.000000000000001E-4]
["Energy and Input","Water -   WWTPs ","T","WP1","Positive (+)",5,10,13,null,"Energy and Input","Water -   WWTPs ",null,2,5,10,12,"Energy and Input","13. Water -   WWTPs ",null,0.62636874999999992,6.0000000000000006E-4]
["Energy and Input","Water -   WWTPs ","T","WP1","Neutral (+/-)",3,3,14,null,"Energy and Input","Water -   WWTPs ",null,1,3,3,12,"Energy and Input","14. Water -   WWTPs ",null,0.62626874999999982,5.0000000000000001E-4]
["Energy and Input","Water - Seawater","T","WP1","Positive (+)",3,6,15,null,"Energy and Input","Water - Seawater",null,2,3,6,12,"Energy and Input","15. Water - Seawater",null,0.62616874999999983,4.0000000000000002E-4]
["Energy and Input","Water Quality - impurities","T","WP6","Negative (-)",2,-2,16,null,"Energy and Input","Water Quality - impurities",null,-1,2,-2,12,"Energy and Input","16. Water Quality - impurities",null,0.62606874999999984,3.0000000000000003E-4]
["Energy and Input","Water Supply","T","WP2","Positive (+)",5,10,17,null,"Energy and Input","Water Supply",null,2,5,10,12,"Energy and Input","17. Water Supply",null,0.62596874999999985,2.0000000000000001E-4]
["Energy and Input","Wind Power Variation","T","WP4","Negative (-)",2,-2,18,null,"Energy and Input","Wind Power Variation",null,-1,2,-2,12,"Energy and Input","18. Wind Power Variation",null,{"$f":"+$V$23/16+U22","v":0.62586874999999986},1E-4]
["Environmental Considerations","Biomass availability reduction","T","WP1","Positive (+)",4,8,19,null,"Environmental Considerations","Biomass availability reduction",null,2,4,8,12,"Environmental Considerations","19. Biomass availability reduction",null,{"$f":"+$V$25/2+U23","v":5.0014500000000002},{"$f":"+U24+$U$54","v":2.0000000000000001E-4},{"$f":"SUM(T25:T36)","v":10.012299999999998}]
["Environmental Considerations","WWTPs' CO2 Emissions","T","WP1","Negative (-)",0,0,20,null,"Environmental Considerations","WWTPs' CO2 Emissions",null,-1,0,0,12,{"$f":"+$A24","v":"Environmental Considerations"},"20. WWTPs' CO2 Emissions",null,{"$f":"+$V$25/2+U24","v":5.0013499999999995},1E-4]
["Infrastructure and Setup","Behind-the-meter","T","WP1","Positive (+)",2,4,21,null,"Infrastructure and Setup","Behind-the-meter",null,2,2,4,12,"Infrastructure and Setup","21. Behind-the-meter",null,{"$f":"+$V$37/12+U25","v":0.83490833333333314},{"$f":"+U26+$U$54","v":1.2000000000000003E-3},{"$f":"SUM(T37:T40)","v":10.0025}]
["Infrastructure and Setup","Capacity Factor","T","WP1","Positive (+)",3,6,22,null,"Infrastructure and Setup",null,null,2,3,6,12,"Infrastructure and Setup","22. Capacity Factor",null,0.83480833333333315,1.1000000000000003E-3]
["Infrastructure and Setup","Efficiency","T","WP2","Negative (-)",4,-4,23,null,"Infrastructure and Setup",null,null,-1,4,-4,12,"Infrastructure and Setup","23. Efficiency",null,0.83470833333333316,1.0000000000000002E-3]
["Infrastructure and Setup","Electrolyser design and construction","T","WP6","Positive (+)",4,8,24,null,"Infrastructure and Setup",null,null,2,4,8,12,"Infrastructure and Setup",{"$f":"_xlfn.CONCAT(H28,\". \",$B28)","v":"24. Electrolyser design and construction"},null,0.83460833333333317,9.0000000000000019E-4]
["Infrastructure and Setup","Electrolyser Technologies","T","WP2","Neutral (+/-)",2,2,25,null,"Infrastructure and Setup",null,null,1,2,2,12,"Infrastructure and Setup","25. Electrolyser Technologies",null,0.83450833333333319,8.0000000000000015E-4]
["Infrastructure and Setup","Heat Plant  Location","T","WP1","Negative (-)",1,-1,26,null,"Infrastructure and Setup",null,null,-1,1,-1,12,"Infrastructure and Setup","26. Heat Plant  Location",null,0.8344083333333332,7.000000000000001E-4]
["Infrastructure and Setup","Influence of Electrolyser Technology","T","WP2","Neutral (+/-)",2,2,27,null,"Infrastructure and Setup",null,null,1,2,2,12,"Infrastructure and Setup","27. Influence of Electrolyser Technology",null,0.83430833333333321,6.0000000000000006E-4]
["Infrastructure and Setup","Infrastructure","T","WP6","Negative (-)",4,-4,28,null,"Infrastructure and Setup",null,null,-1,4,-4,12,"Infrastructure and Setup","28. Infrastructure",null,0.83420833333333311,5.0000000000000001E-4]
["Infrastructure and Setup","Power from the grid","T","WP1","Positive (+)",2,4,29,null,"Infrastructure and Setup",null,null,2,2,4,12,"Infrastructure and Setup","29. Power from the grid",null,0.83410833333333312,{"$f":"+U34+$U$54","v":4.0000000000000002E-4}]
["Infrastructure and Setup","Power Supply Technologies","T","WP2","Positive (+)",3,6,30,null,"Infrastructure and Setup",null,null,2,3,6,12,"Infrastructure and Setup","30. Power Supply Technologies",null,0.83400833333333313,{"$f":"+U35+$U$54","v":3.0000000000000003E-4}]
["Infrastructure and Setup","Scale","T","WP4","Neutral (+/-)",4,4,31,null,"Infrastructure and Setup",null,null,1,4,4,12,"Infrastructure and Setup","31. Scale",null,0.83390833333333314,{"$f":"+U36+$U$54","v":2.0000000000000001E-4}]
["Infrastructure and Setup","Turbine Selection","T","WP1","Positive (+)",3,6,32,null,"Infrastructure and Setup",null,null,2,3,6,12,"Infrastructure and Setup","32. Turbine Selection",null,{"$f":"+$V$37/12+U36","v":0.83380833333333315},1E-4]
["Location, Transport and Storage","Land Usage","T","WP2","Positive (+)",4,8,33,null,"Location, Transport and Storage",null,null,2,4,8,12,"Location, Transport and Storage","33. Land Usage",null,{"$f":"+$V$41/4+U37","v":2.500775},{"$f":"+U38+$U$54","v":4.0000000000000002E-4},{"$f":"SUM(T41:T49)","v":10.004499999999998}]
["Location, Transport and Storage","Transport of producs by land - volumes","T","WP5","Neutral (+/-)",3,3,34,null,"Location, Transport and Storage",null,null,1,3,3,12,"Location, Transport and Storage","34. Transport of producs by land - volumes",null,{"$f":"+$V$41/4+U38","v":2.5006750000000002},{"$f":"+U39+$U$54","v":3.0000000000000003E-4}]
["Location, Transport and Storage","Transport Options","T","WP5","Negative (-)",5,-5,35,null,"Location, Transport and Storage",null,null,-1,5,-5,12,"Location, Transport and Storage","35. Transport Options",null,{"$f":"+$V$41/4+U39","v":2.500575},{"$f":"+U40+$U$54","v":2.0000000000000001E-4}]
["Location, Transport and Storage","Underground storage","T","WP5","Negative (-)",4,-4,36,null,"Location, Transport and Storage",null,null,-1,4,-4,12,"Location, Transport and Storage","36. Underground storage",null,{"$f":"+$V$41/4+U40","v":2.5004750000000002},1E-4]
["Market trends","Future fuel options in local industry","T","WP3","Positive (+)",4,8,37,null,"Market trends",null,null,2,4,8,12,"Market trends","37. Future fuel options in local industry",null,{"$f":"$V$50/9+U41","v":1.1120111111111111},{"$f":"+U42+$U$54","v":9.0000000000000019E-4},{"$f":"SUM(T50:T54)","v":10.0015}]
["Market trends","Hydrogen demand","T","WP3","Positive (+)",4,8,38,null,"Market trends",null,null,2,4,8,12,"Market trends","38. Hydrogen demand",null,1.1119111111111111,8.0000000000000015E-4]
["Market trends","Methanol as marine oil replacement","T","WP3","Positive (+)",4,8,39,null,"Market trends",null,null,2,4,8,12,"Market trends","39. Methanol as marine oil replacement",null,1.1118111111111111,7.000000000000001E-4]
["Market trends","Oxygen's Significance in Water Treatment","T","WP3","Positive (+)",4,8,40,null,"Market trends",null,null,2,4,8,12,"Market trends","40. Oxygen's Significance in Water Treatment",null,1.1117111111111111,6.0000000000000006E-4]
["Market trends","Plan for decarbonization - local industry","T","WP3","Positive (+)",4,8,41,null,"Market trends",null,null,2,4,8,12,"Market trends","41. Plan for decarbonization - local industry",null,1.1116111111111111,5.0000000000000001E-4]
["Market trends","Potential for Oxygen in Drinking Water Production","T","WP3","Positive (+)",3,6,42,null,"Market trends",null,null,2,3,6,12,"Market trends","42. Potential for Oxygen in Drinking Water Production",null,1.1115111111111111,4.0000000000000002E-4]
["Market trends","Waste heat","T","WP4","Negative (-)",1,-1,43,null,"Market trends",null,null,-1,1,-1,12,"Market trends","43. Waste heat",null,1.1114111111111111,3.0000000000000003E-4]
["Market trends","Waste Heat","T","WP4","Neutral (+/-)",3,3,44,null,"Market trends",null,null,1,3,3,12,"Market trends","44. Waste Heat",null,1.1113111111111111,2.0000000000000001E-4]
["Market trends","Waste Heat Potential","T","WP3","Neutral (+/-)",3,3,45,null,"Market trends",null,null,1,3,3,12,"Market trends","45. Waste Heat Potential",null,{"$f":"$V$50/9+U49","v":1.1112111111111111},1E-4]
["Operational performance","Lifetime","T","WP4","Positive (+)",4,8,46,null,"Operational performance",null,null,2,4,8,12,"Operational performance","46. Lifetime",null,{"$f":"+$V$50/5+U50","v":2.0005000000000002},{"$f":"+U51+$U$54","v":5.0000000000000001E-4},10]
["Operational performance","Operational performance","T","WP4","Neutral (+/-)",3,3,47,null,"Operational performance",null,null,1,3,3,12,"Operational performance","47. Operational performance",null,{"$f":"+$V$50/5+U51","v":2.0004},{"$f":"+U52+$U$54","v":4.0000000000000002E-4}]
["Operational performance","Operational strategies ","T","WP4","Positive (+)",3,6,48,null,"Operational performance",null,null,2,3,6,12,"Operational performance","48. Operational strategies ",null,{"$f":"+$V$50/5+U52","v":2.0003000000000002},{"$f":"+U53+$U$54","v":3.0000000000000003E-4}]
["Operational performance","Portfolio Configuration","T","WP4","Positive (+)",4,8,49,null,"Operational performance",null,null,2,4,8,12,"Operational performance","49. Portfolio Configuration",null,{"$f":"+$V$50/5+U53","v":2.0002},{"$f":"+U54+$U$54","v":2.0000000000000001E-4}]
["Operational performance","Portfolio Operational Sequence","T","WP4","Positive (+)",4,8,50,null,"Operational performance",null,null,2,4,8,12,"Operational performance","50. Portfolio Operational Sequence",null,{"$f":"+$V$50/5+U54","v":2.0001000000000002},1E-4]
[null,null,null,null,null,null,null,51,null,0,null,null,false,0,0,12,0,"51. "]

{"sheet":"Factor  - En","index":7,"n_rows":20,"n_cols":26,"rows_kept":20,"cut":false,"hidden":false,"merged":[]}
[null,"Factor Domain","ENVIRONMENTAL",null,null,null,null,null,null,null,null,null,null,null,null,"All inner equal"]
[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
[]
["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,null,null,{"$f":"_xlfn.UNIQUE(A5:A29)","v":"Emission and Pollution"},{"$f":"COUNTIF($Q$5:$Q$29,$Y4)","v":2}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Emission and Pollution"},"Air Pollution","En","WP6","Negative (-)",4,-4,1,null,{"$f":"+$A5","v":"Emission and Pollution"},{"$f":"+$B5","v":"Air Pollution"},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":-1},{"$f":"+$F5","v":4},{"$f":"+$G5","v":-4},12,{"$f":"+$A5","v":"Emission and Pollution"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Air Pollution"},null,{"$f":"+$V$7/2+U5","v":5.0019500000000097},{"$f":"+U6+$U$20","v":2.0000000000000001E-4},{"$f":"SUM(T7:T8)","v":10.002400000000016},null,null,"Energy Sources and Consumption",{"$f":"COUNTIF($Q$5:$Q$29,$Y5)","v":2}]
["Emission and Pollution","Greenhouse Gas Emissions","En","WP6","Positive (+)",4,8,2,null,"Emission and Pollution","Greenhouse Gas Emissions",null,2,{"$f":"+$F6","v":4},8,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Emission and Pollution"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. Greenhouse Gas Emissions"},null,{"$f":"+$V$7/2+U6","v":5.001850000000009},1E-4,null,null,null,"Environmental Impact and Conservation",{"$f":"COUNTIF($Q$5:$Q$29,$Y6)","v":5}]
["Energy Sources and Consumption","Local Heavy Transportation","En","WP3","Negative (-)",4,-4,3,null,"Energy Sources and Consumption","Local Heavy Transportation",null,-1,4,-4,{"$f":"+$P$5","v":12},"Energy Sources and Consumption","3. Local Heavy Transportation",null,{"$f":"+$V$9/2+U7","v":5.0012500000000086},{"$f":"+U8+$U$20","v":2.0000000000000001E-4},{"$f":"SUM(T9:T13)","v":10.003500000000018},null,null,"Infrastructure and Planning",{"$f":"COUNTIF($Q$5:$Q$29,$Y7)","v":1}]
["Energy Sources and Consumption","Local industry Energy usage","En","WP3","Negative (-)",4,-4,4,null,"Energy Sources and Consumption","Local industry Energy usage",null,-1,4,-4,12,"Energy Sources and Consumption","4. Local industry Energy usage",null,{"$f":"+$V$9/2+U8","v":5.001150000000008},1E-4,null,null,null,"Resource Availability and Usage",{"$f":"COUNTIF($Q$5:$Q$29,$Y8)","v":6}]
["Environmental Impact and Conservation","Environmental Impact ","En","WP5","Positive (+)",4,8,5,null,"Environmental Impact and Conservation","Environmental Impact ",null,2,4,8,12,"Environmental Impact and Conservation","5. Environmental Impact ",null,{"$f":"+$V$14/5+U9","v":2.0009000000000037},{"$f":"+U10+$U$20","v":5.0000000000000001E-4},{"$f":"+T14","v":10.002100000000016},null,null,0,{"$f":"COUNTIF($Q$5:$Q$27,$Y9)","v":0}]
["Environmental Impact and Conservation","Land and Water Resources - Stochastic","En","WP2","Neutral (+/-)",4,4,6,null,"Environmental Impact and Conservation","Land and Water Resources - Stochastic",null,1,4,4,12,"Environmental Impact and Conservation","6. Land and Water Resources - Stochastic",null,{"$f":"+$V$14/5+U10","v":2.0008000000000035},{"$f":"+U11+$U$20","v":4.0000000000000002E-4},null,null,null,null,{"$f":"COUNTIF($Q$5:$Q$27,$Y10)","v":0}]
["Environmental Impact and Conservation","Use of O2 in WWT, benefits","En","WP3","Positive (+)",4,8,7,null,"Environmental Impact and Conservation","Use of O2 in WWT, benefits",null,2,4,8,12,"Environmental Impact and Conservation","7. Use of O2 in WWT, benefits",null,{"$f":"+$V$14/5+U11","v":2.0007000000000037},{"$f":"+U12+$U$20","v":3.0000000000000003E-4},null,null,null,null,{"$f":"COUNTIF($Q$5:$Q$27,$Y11)","v":0}]
["Environmental Impact and Conservation","Waste Management","En","WP6","Negative (-)",4,-4,8,null,"Environmental Impact and Conservation","Waste Management",null,-1,4,-4,12,"Environmental Impact and Conservation","8. Waste Management",null,{"$f":"+$V$14/5+U12","v":2.0006000000000035},{"$f":"+U13+$U$20","v":2.0000000000000001E-4}]
["Environmental Impact and Conservation","Wastewater Treatment","En","WP3","Positive (+)",3,6,9,null,"Environmental Impact and Conservation","Wastewater Treatment",null,2,3,6,12,"Environmental Impact and Conservation","9. Wastewater Treatment",null,{"$f":"+$V$14/5+U13","v":2.0005000000000037},1E-4]
["Infrastructure and Planning","Land Area Estimates","En","WP6","Neutral (+/-)",2,2,10,null,"Infrastructure and Planning","Land Area Estimates",null,1,2,2,12,"Infrastructure and Planning","10. Land Area Estimates",null,{"$f":"SUM(T15:T20)+U14","v":10.002100000000016},1E-4,{"$f":"SUM(T15:T20)","v":10.002000000000017}]
["Resource Availability and Usage","CO2 Availability on Bornholm","En","WP1","Neutral (+/-)",4,4,11,null,"Resource Availability and Usage","CO2 Availability on Bornholm",null,1,4,4,12,"Resource Availability and Usage","11. CO2 Availability on Bornholm",null,{"$f":"1.66666666666667+U15","v":1.66726666666667},{"$f":"+U16+$U$20","v":6.0000000000000006E-4}]
["Resource Availability and Usage","Water -   WWTPs ","En","WP1","Positive (+)",3,6,12,null,"Resource Availability and Usage","Water -   WWTPs ",null,2,3,6,12,"Resource Availability and Usage","12. Water -   WWTPs ",null,{"$f":"1.66666666666667+U16","v":1.66716666666667},{"$f":"+U17+$U$20","v":5.0000000000000001E-4}]
["Resource Availability and Usage","Water Consumption","En","WP6","Positive (+)",4,8,13,null,"Resource Availability and Usage","Water Consumption",null,2,4,8,12,"Resource Availability and Usage","13. Water Consumption",null,{"$f":"1.66666666666667+U17","v":1.66706666666667},{"$f":"+U18+$U$20","v":4.0000000000000002E-4}]
["Resource Availability and Usage","Water Supply","En","WP6","Positive (+)",4,8,14,null,"Resource Availability and Usage","Water Supply",null,2,4,8,12,"Resource Availability and Usage","14. Water Supply",null,{"$f":"1.66666666666667+U18","v":1.66696666666667},{"$f":"+U19+$U$20","v":3.0000000000000003E-4}]
["Resource Availability and Usage","WWTP Brine disposal","En","WP1","Neutral (+/-)",3,3,15,null,"Resource Availability and Usage","WWTP Brine disposal",null,1,3,3,12,"Resource Availability and Usage","15. WWTP Brine disposal",null,{"$f":"1.66666666666667+U19","v":1.66686666666667},{"$f":"+U20+$U$20","v":2.0000000000000001E-4}]
["Resource Availability and Usage","Variability and Intermittency","En","WP2","Negative (-)",4,-4,16,null,"Resource Availability and Usage","Variability and Intermittency",null,-1,4,-4,12,"Resource Availability and Usage","16. Variability and Intermittency",null,1.6666666666666667,1E-4]

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[null,"Factor Domain","LEGAL",null,null,null,null,null,null,null,null,null,null,null,null,"All inner equal"]
[null,null,null,null,null,null,null,"Data  for Radar",null,null,null,null,null,null,null,"Data  for Sunburst  -  Scatter",null,null,null,null,null,null,null,null,"Data for border doughnut & background pie"]
[]
["Category","Factor","Domain","WP","Impact","Relevance","Value","ID",null,"Category","Factor","Impact","Impact","Relevance","Value","top","Category","Factor","Impact","Value","Value",null,null,null,{"$f":"_xlfn.UNIQUE(A5:A28)","v":"Community Engagement and Local Impact:"},{"$f":"COUNTIF($Q$5:$Q$27,$Y4)","v":1}]
[{"$f":"_xlfn._xlws.SORT(_xlfn.CHOOSECOLS(_xlfn._xlws.FILTER(MatrixTable[],MatrixTable[Domain]=_xlfn.XLOOKUP(C1,Source!B3:B8,Domain)),1,2,4,5,6,7,10),1,1)","v":"Community Engagement and Local Impact:"},"Local community engagement","L","WP6","Positive (+)",5,10,1,null,{"$f":"+$A5","v":"Community Engagement and Local Impact:"},{"$f":"+$B5","v":"Local community engagement"},null,{"$f":"IF($E5=\"Positive (+)\",2,IF($E5=\"Neutral (+/-)\",1,IF($E5=\"Negative (-)\",-1)))","v":2},{"$f":"+$F5","v":5},{"$f":"+$G5","v":10},12,{"$f":"+$A5","v":"Community Engagement and Local Impact:"},{"$f":"_xlfn.CONCAT(H5,\". \",$B5)","v":"1. Local community engagement"},null,{"$f":"+V6+U28","v":10.006300000000001},1E-4,null,null,null,"Economic and Financial Factors",4]
["Economic and Financial Factors","CO2 Tax","L","WP6","Positive (+)",4,8,2,null,"Economic and Financial Factors","CO2 Tax",null,2,{"$f":"+$F6","v":4},8,{"$f":"+$P$5","v":12},{"$f":"+$A6","v":"Economic and Financial Factors"},{"$f":"_xlfn.CONCAT(H6,\". \",$B6)","v":"2. CO2 Tax"},null,{"$f":"+$V$10/4+U6","v":2.5017000000000005},{"$f":"+U7+$U$9","v":4.0000000000000002E-4},{"$f":"SUM(T6:T9)","v":10.006200000000002},null,null,"Environmental and Sustainability Regulations",7]
["Economic and Financial Factors","Regulation - effect on Investors","L","WP6","Positive (+)",4,8,3,null,"Economic and Financial Factors","Regulation - effect on Investors",null,2,4,8,{"$f":"+$P$5","v":12},"Economic and Financial Factors","3. Regulation - effect on Investors",null,{"$f":"+$V$10/4+U7","v":2.5016000000000007},{"$f":"+U8+$U$9","v":3.0000000000000003E-4},null,null,null,"Government Support and Funding",3]
["Economic and Financial Factors","Regulation - effect on Off-takers","L","WP6","Positive (+)",4,8,4,null,"Economic and Financial Factors","Regulation - effect on Off-takers",null,2,4,8,12,"Economic and Financial Factors","4. Regulation - effect on Off-takers",null,{"$f":"+$V$10/4+U8","v":2.5015000000000005},{"$f":"+U9+$U$9","v":2.0000000000000001E-4},null,null,null,"Land and Space Usage",2]
["Economic and Financial Factors","Regulation - effect on Producers","L","WP6","Positive (+)",4,8,5,null,"Economic and Financial Factors","Regulation - effect on Producers",null,2,4,8,12,"Economic and Financial Factors","5. Regulation - effect on Producers",null,{"$f":"+$V$10/4+U9","v":2.5014000000000007},{"$f":"+U16","v":1E-4},null,null,null,"Regulatory and Policy Landscape:",6]
["Environmental and Sustainability Regulations","Changes or inconsistencies on support schemes to communities.","L","WP6","Negative (-)",3,-3,6,null,"Environmental and Sustainability Regulations","Changes or inconsistencies on support schemes to communities.",null,-1,3,-3,12,"Environmental and Sustainability Regulations","6. Changes or inconsistencies on support schemes to communities.",null,{"$f":"+$V$20/7+U10","v":1.4296142857142859},{"$f":"+U11+$U$16","v":7.000000000000001E-4},{"$f":"SUM(T10:T16)","v":10.005200000000002},null,null,"Technical and Operational Challenges",{"$f":"COUNTIF($Q$5:$Q$28,$Y10)","v":1}]
["Environmental and Sustainability Regulations","E-fuels definition","L","WP6","Positive (+)",4,8,7,null,"Environmental and Sustainability Regulations","E-fuels definition",null,2,4,8,12,"Environmental and Sustainability Regulations","7. E-fuels definition",null,1.429514285714286,6.0000000000000006E-4,null,null,null,null,{"$f":"COUNTIF($Q$5:$Q$27,$Y11)","v":0}]
["Environmental and Sustainability Regulations","Guarantee of origin - Green Certification","L","WP6","Positive (+)",1,2,8,null,"Environmental and Sustainability Regulations","Guarantee of origin - Green Certification",null,2,1,2,12,"Environmental and Sustainability Regulations","8. Guarantee of origin - Green Certification",null,1.429414285714286,5.0000000000000001E-4]
["Environmental and Sustainability Regulations","Hydrogen and decarbonised gas market package ","L","WP6","Positive (+)",2,4,9,null,"Environmental and Sustainability Regulations","Hydrogen and decarbonised gas market package ",null,2,2,4,12,"Environmental and Sustainability Regulations","9. Hydrogen and decarbonised gas market package ",null,1.429314285714286,4.0000000000000002E-4]
["Environmental and Sustainability Regulations","New Marine Plan","L","WP6","Negative (-)",3,-3,10,null,"Environmental and Sustainability Regulations","New Marine Plan",null,-1,3,-3,12,"Environmental and Sustainability Regulations","10. New Marine Plan",null,1.429214285714286,3.0000000000000003E-4]
["Environmental and Sustainability Regulations","Oxygen Usage Regulations in Water Treatment","L","WP3","Neutral (+/-)",1,1,11,null,"Environmental and Sustainability Regulations","Oxygen Usage Regulations in Water Treatment",null,1,1,1,12,"Environmental and Sustainability Regulations","11. Oxygen Usage Regulations in Water Treatment",null,1.429114285714286,2.0000000000000001E-4]
["Environmental and Sustainability Regulations","Pipeline to Germany","L","WP6","Positive (+)",4,8,12,null,"Environmental and Sustainability Regulations","Pipeline to Germany",null,2,4,8,12,"Environmental and Sustainability Regulations","12. Pipeline to Germany",null,{"$f":"+$V$20/7+U16","v":1.429014285714286},{"$f":"+U27","v":1E-4}]
["Government Support and Funding","Changes in State Aid allocation","L","WP6","Negative (-)",5,-5,13,null,"Government Support and Funding","Changes in State Aid allocation",null,-1,5,-5,12,"Government Support and Funding","13. Changes in State Aid allocation",null,{"$f":"+$V$20/3+U17","v":3.334433333333334},{"$f":"+U18+U19","v":3.0000000000000003E-4},{"$f":"SUM(T17:T19)","v":10.003000000000002},{"$f":"SUM(T16:T18)","v":8.097780952380953}]
["Government Support and Funding","Investment Support for Green Technologies","L","WP6","Positive (+)",4,8,14,null,"Government Support and Funding","Investment Support for Green Technologies",null,2,4,8,12,"Government Support and Funding","14. Investment Support for Green Technologies",null,{"$f":"+$V$20/3+U18","v":3.3343333333333338},{"$f":"+U19+U19","v":2.0000000000000001E-4}]
["Government Support and Funding","PtX Task Force","L","WP6","Positive (+)",4,8,15,null,"Government Support and Funding","PtX Task Force",null,2,4,8,12,"Government Support and Funding","15. PtX Task Force",null,{"$f":"+$V$20/3+U19","v":3.334233333333334},{"$f":"+U27","v":1E-4}]
["Land and Space Usage","Building permit","L","WP6","Neutral (+/-)",3,3,16,null,"Land and Space Usage","Building permit",null,1,3,3,12,"Land and Space Usage","16. Building permit",null,{"$f":"+$V$22/2+U20","v":5.0012500000000015},{"$f":"+U21+$U$27","v":2.0000000000000001E-4},{"$f":"SUM(T20:T21)","v":10.002400000000002},{"$f":"SUM(T19:T25)","v":20.005100000000002}]
["Land and Space Usage","Land Usage","L","WP6","Neutral (+/-)",3,3,17,null,"Land and Space Usage","Land Usage",null,1,3,3,12,"Land and Space Usage","17. Land Usage",null,{"$f":"+$V$22/2+U21","v":5.0011500000000009},{"$f":"+U27","v":1E-4}]
["Regulatory and Policy Landscape:"," Regulatory and policy landscape","L","WP6","Negative (-)",5,-5,18,null,"Regulatory and Policy Landscape:"," Regulatory and policy landscape",null,-1,5,-5,12,"Regulatory and Policy Landscape:","18.  Regulatory and policy landscape",null,{"$f":"+$T$28/6+U22","v":1.6672666666666667},{"$f":"+U23+$U$27","v":6.0000000000000006E-4},{"$f":"SUM(T22:T27)","v":10.002100000000002},{"$f":"SUM(T21:T27)","v":15.003250000000001}]
["Regulatory and Policy Landscape:","Danish Climate Act","L","WP6","Positive (+)",4,8,19,null,"Regulatory and Policy Landscape:","Danish Climate Act",null,2,4,8,12,"Regulatory and Policy Landscape:","19. Danish Climate Act",null,1.6671666666666667,{"$f":"+U24+$U$27","v":5.0000000000000001E-4}]
["Regulatory and Policy Landscape:","EU Emissions Trading System (EU ETS)","L","WP6","Positive (+)",3,6,20,null,"Regulatory and Policy Landscape:","EU Emissions Trading System (EU ETS)",null,2,3,6,12,"Regulatory and Policy Landscape:","20. EU Emissions Trading System (EU ETS)",null,1.6670666666666667,{"$f":"+U25+$U$27","v":4.0000000000000002E-4}]
["Regulatory and Policy Landscape:","EU Taxonomy","L","WP6","Positive (+)",3,6,21,null,"Regulatory and Policy Landscape:","EU Taxonomy",null,2,3,6,12,"Regulatory and Policy Landscape:","21. EU Taxonomy",null,1.6669666666666667,{"$f":"+U26+$U$27","v":3.0000000000000003E-4}]
["Regulatory and Policy Landscape:","Regulatory Framework  ","L","WP6","Positive (+)",4,8,22,null,"Regulatory and Policy Landscape:",null,null,2,4,8,12,"Regulatory and Policy Landscape:","22. Regulatory Framework  ",null,1.6668666666666667,{"$f":"+U27+U27","v":2.0000000000000001E-4}]
["Regulatory and Policy Landscape:","Renewable Energy Directive (RED II) ","L","WP6","Positive (+)",4,8,23,null,"Regulatory and Policy Landscape:",null,null,2,4,8,12,"Regulatory and Policy Landscape:","23. Renewable Energy Directive (RED II) ",null,1.6667666666666667,1E-4]
["Technical and Operational Challenges","Decommissioning and Site Restoration","L","WP6","Neutral (+/-)",4,4,24,null,"Technical and Operational Challenges",null,null,1,4,4,12,"Technical and Operational Challenges",{"$f":"_xlfn.CONCAT(H28,\". \",$B28)","v":"24. Decommissioning and Site Restoration"},null,10,1E-4]

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["Ref_ID","Reference","Link","Citation","Column1"]
[{"$f":"\"R.\" & TEXT(_xlfn.SEQUENCE(COUNTA(B:B)),\"00#\")","v":"R.001"},"_REACTRF-22-0054_WP1 - Report","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/ERBr1kNbPYhOg2dy6WsSZK8B2twK8wRIt9qzf3dwNC5Myw?e=zonEc9","Jacobsen, C. et al.  Work Package 1-Feasibility Study for Power-to-X Production on Bornholm (2022). Bornholms Energi & Forsyning A/S (BEOF) ."]
["R.002","_REACTRF-22-0054_WP2 - Report","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/Ec0ln6IuqltCiD0498pyqCMBI6xU2zNfkPYfG-ArYzlmsw?e=t0ppaj","Garcia Marín, D., Busch-Knudsen, J.F., Letoffet, A., Campion, N. & Münster, M.  REACTRF-22-0054 - Work Package 2: Modelling of scenarios for Power-to-X production in Bornholm (2023). Technical University of Denmark, Department oof Technology, Management and Economics. "]
["R.003","_REACTRF-22-0054_WP3 - Market for Oxygen","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/EUlISbg5h_FPjRn-tU2P_tQBb4f1yk9c62rGwkTuQrlANQ?e=Zhc0el","_REACTRF-22-0054_WP3 - Market for Oxygen (2023)"]
["R.004","_REACTRF-22-0054_WP3 - Report",null,"Bendtsen, M.F. REACTRF-22-0054 - Work Package 3: Market for products (2023). Rønne Havn A/S. "]
["R.005","_REACTRF-22-0054_WP4 - Report",null,"You, S. REACTRF-22-0054 - Work Package 4: Integration into energy systems (2023). DTU Wind and Energy Systems."]
["R.006","_REACTRF-22-0054_WP5 LOCATION OF POWER-TO-X PLANT AND STORAGE - Final report - WP 5 March 2023","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/EU0Qr3rxJ6tMiBFmWxRi7AcBBwGHnM3CGQ4iFDWj9TiCoQ?e=30Xe4M","Stigsen, B. REACTRF-22-0054_WP5 Location of Power-to-X Plant and Storage (2023). Bornholms Regionskommune. Work Package 5 Final  Report."]
["R.007","2021. MRU1: Air Emission Accounts by industry and type of emission","C:\\Users\\olu\\OneDrive - Rønne Havn A S\\WP6\\Support documentation\\Denmark CO2 Country Profile\\28-7-2023 Statistics Denmark , www.statistikbanken.dk. MRU1.xlsx","\n28-7-2023 Statistics Denmark , www.statistikbanken.dk/MRU1"]
["R.008","2030 Climate Target Plan","https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:52020DC0562","European Comission. Stepping up Europe’s 2030 climate ambition (2020). https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:52020DC0562"]
["R.009","2050 long-term strategy","https://climate.ec.europa.eu/eu-action/climate-strategies-targets/2050-long-term-strategy_en","European Comission. 2050 long-term strategy (2020). https://climate.ec.europa.eu/eu-action/climate-strategies-targets/2050-long-term-strategy_en"]
["R.010","A high and uniform CO2 tax is a reality from 2025  -  En høj og ensartet CO2-afgift er en realitet fra 2025","https://www.pwc.dk/da/artikler/2022/06/co2-afgift-realitet.html","En høj og ensartet CO2-afgift er en realitet fra 2025 (2022). PwC Denmark. https://www.pwc.dk/da/artikler/2022/06/co2-afgift-realitet.html"]
["R.011","A Novel Classification of Supply Chain Risks","https://etasr.com/index.php/ETASR/article/view/2781/pdf","M. S. Shahbaz, S. Sohu, F. Z. Khaskhelly, A. Bano, and M. A. Soomro, “A Novel Classification of Supply Chain Risks: A Review”, Eng. Technol. Appl. Sci. Res., vol. 9, no. 3, pp. 4301–4305, Jun. 2019.","reference and thoughts"]
["R.012","A taxonomy of systems that combine utility-scale renewable energy and\nenergy storage technologies ","https://pdf.sciencedirectassets.com/271969/1-s2.0-S1364032121X00020/1-s2.0-S1364032121000083/am.pdf?X-Amz-Security-Token=IQoJb3JpZ2luX2VjEOb%2F%2F%2F%2F%2F%2F%2F%2F%2F%2FwEaCXVzLWVhc3QtMSJHMEUCIEc2nPuCtwt7%2BgotQZSntRoMBOMKaTtOoNDNl1dMgv5XAiEAoKXIQ6GuSF3EhVe6Sygm5%2BtC5ZeNFRPcJuliPs5ovXQqsgUIfhAFGgwwNTkwMDM1NDY4NjUiDA0RzyqpG0nY42%2BM%2BCqPBTNl0an4OHI%2BOqGFgFOndpUsCqIaiZdSD00GqyXEbMLNUCt92oL7J47AV5OEvi0%2BaK98at9y0v8a1Ep04vg%2F3mYpWV%2F4OyYAf0n9sWFH%2FT8LjtlkhFsj3OINVyiwJ6dFoOnz1wjsFqtNqgNY3PYFCTiHG2j7YbnoY3KtLOdfOKZ1ZRgrm0VvMi0Lip4QpflY9S6aKebeT9OqCeK3lxzebfKqGQAEBLxqs%2F19jDSVJnm1lww%2BR2bi2hT8S3RaxdlPB42OboFahQi0sQ%2F3O0cDiHWjSM4qjM4bdXVAq0yRuDXS%2Bfx3qSHooSXIlnc5Ptn0RIdblKzhGs68UFigdHO2zAyviA7WzoHUUnlCYSe3dO2GxAJKGIMOsOpzp8jfQD8hXmw9bpBSoZVrFWoa4O%2FYTizxihNMETotxywqICOLp3sGoZ7aFZqvuYwPd8s8rPUM2712SNNEPQDXw6RqOua3yANTee7lcJRGfez45sfFAwiyjL6zcQQWFOZ2T2x%2F9zt34laGSPlA%2Bf5Ycyn6wJP7NmYmFLkyMQNqrR6gTlbobCR%2BDubjeRZN%2Fnpk9j2%2B7xHhd%2B3gxqNEwCaBH4vd2F58FbwHGKdw1PfV09Ci9qfEP%2FdxseD%2FZaDIiA7cTkRx%2FW1cacOa0cedV6MXuLsUPUgAHSzh1BODiN94%2FS3MbILOxyZPp8p2FsdQcrUus7JKs6KI9rN8AfgiP2p5xMHhhstNRjM6R%2FZ5UHeE5xFSH65nj0H42lvw%2BtiyVJX4hDAuoVr1lWxOPdhya77DuKpOijLUj%2BJVWp2zLaeBuckQBvsZ6FDRzmNx2sbLPYOgRr7%2FrYPJL8RYzkeNryDFc4GgFsM4O9fS3Muh1c6EVBK7m9D%2FtLUw2OGQpgY6sQEzGGloaRQ%2Bi0RrXRzvbx0Xz%2B7tJlH3yUun1%2Bw9mva4BegCMZWw2sCjcs4B%2BObNtdW5WCCdZsCL39ahoP5SNpmei43HxHURP%2FCUNGj4QOl9Vq3ZCeOSjdW6oXHBfxsXSrIfPFxhGa0QbWp5olG5Q3sinUDrsDTnqZSk3tGegIPfWubtj3HOvovOuLJnzz7pF7qqK895FG5Gwtw07qM6vmD9olo5dyelzXRVqzGEOdWu22E%3D&X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Date=20230728T222954Z&X-Amz-SignedHeaders=host&X-Amz-Expires=300&X-Amz-Credential=ASIAQ3PHCVTYY4RF2ZXG%2F20230728%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Signature=b4bcf55f79e6e2c752fd2d3fdcce6fbd3de38d48f680112e5049327e882bfcee&hash=6c5fc7a2e76df5591904e6f68d222f7a5fcf09001ce55d75a4d4a9def5d6b4ed&host=68042c943591013ac2b2430a89b270f6af2c76d8dfd086a07176afe7c76c2c61&pii=S1364032121000083&tid=pdf-fd1737e8-3f78-4480-83fc-06b9c37103a7&sid=19c50e5c48682040153b69484cbf0368375dgxrqb&type=client","Murphy, C.A., Schleifer, A., Eurek, K. (2021). Renewable and Sustainable Energy Reviews, Volume 139, April 2021, 110711"]
["R.013","Act amending the Act on the Promotion of Renewable Energy","https://www.retsinformation.dk/eli/lta/2023/608","Act amending the Act on the Promotion of Renewable Energy (2023). Klima-, Energi- og Forsyningsministeriet. ACT no. 608 of 31/05/2023. https://www.retsinformation.dk/eli/lta/2023/608."]
["R.014","Agreements and political schemes","https://kefm.dk/aftaler-og-politiske-udspil","Agreements and political schemes  (n.d.). Energistyrelsen."]
["R.015","Ammonia Technology Roadmap","https://iea.blob.core.windows.net/assets/6ee41bb9-8e81-4b64-8701-2acc064ff6e4/AmmoniaTechnologyRoadmap.pdf","Ammonia Technology Roadmap (2021). International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/6ee41bb9-8e81-4b64-8701-2acc064ff6e4/AmmoniaTechnologyRoadmap.pdf."]
["R.016","Ammonia: Fuel vs. Hydrogen Carrier","https://www.bv.com/perspectives/ammonia-fuel-vs-hydrogen-carrier","Ammonia: Fuel vs. Hydrogen Carrier | Black & Veatch. (n.d.). https://www.bv.com/perspectives/ammonia-fuel-vs-hydrogen-carrier."]
["R.017","Ammonia: zero-carbon fertiliser, fuel and energy store","https://royalsociety.org/-/media/policy/projects/green-ammonia/green-ammonia-policy-briefing.pdf","Ammonia: zero-carbon fertiliser, fuel and energy store (2020). The Royal Society. Policy briefing. https://royalsociety.org/-/media/policy/projects/green-ammonia/green-ammonia-policy-briefing.pdf."]
["R.018","An assessment of the quality and use of rainwater as the basis for sustainable water management in suburban areas","https://www.researchgate.net/publication/326687747_An_assessment_of_the_quality_and_use_of_rainwater_as_the_basis_for_sustainable_water_management_in_suburban_areas","Zdeb, Monika & Papciak, Dorota & Zamorska, Justyna. (2018). An assessment of the quality and use of rainwater as the basis for sustainable water management in suburban areas. E3S Web of Conferences. 45. 00111. 10.1051/e3sconf/20184500111. "]
["R.019","Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Øst","https://ens.dk/sites/ens.dk/files/Vindenergi/ansoegning_om_forundersoegelsestilladelse_bornholm_bassin_oest_-_aaben_doer_ansoegning_final_revised_20220622.pdf","Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Øst | Copenhagen Infrastructure Partners. (2022). https://ens.dk/sites/ens.dk/files/Vindenergi/ansoegning_om_forundersoegelsestilladelse_bornholm_bassin_oest_-_aaben_doer_ansoegning_final_revised_20220622.pdf"]
["R.020","Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Syd","https://dagsordener.brk.dk/vis/pdf/bilag/b6d1667e-9cc0-4308-ad32-57d970ab820b/?redirectDirectlyToPdf=false","Ansøgning om Forundersøgelsestilladelse - Bornholm Bassin Syd | Copenhagen Infrastructure Partners. (2022). https://dagsordener.brk.dk/vis/pdf/bilag/b6d1667e-9cc0-4308-ad32-57d970ab820b/?redirectDirectlyToPdf=false"]
["R.021","Assessing environmentally sustainable investments","https://eur-lex.europa.eu/legal-content/EN/LSU/?uri=CELEX:32020R0852","Assessing environmentally sustainable investments. European Union. https://eur-lex.europa.eu/legal-content/EN/LSU/?uri=CELEX:32020R0852"]
["R.022","Basisanalyse I for vanddistrikt Bornholm  -  Basic analysis I for water district Bornholm","https://mst.dk/media/122490/vand_born_basis1.pdf","Bornholms Regionskommune, Natur & Miljø. (2004). Basisanalyse I for vanddistrikt Bornholm. https://mst.dk/media/122490/vand_born_basis1.pdf."]
["R.023","Bornholm as the Baltic Sea's lighthouse. Recommendations from Growth Team Bornholm   -  Bornholm som Østersøens\nfyrtårn for udnyttelse af grøn energi fra havvindmøller. Anbefalinger fra Vækstteam Bornholm","https://em.dk/media/14201/faktaark-til-de-7-regionale-vaekstteams.pdf","Bornholm som Østersøens\nfyrtårn for udnyttelse af grøn energi fra havvindmøller.  Vækstteam Bornholm. Erhvervsministeriet (n.d.)"]
["R.024","Bornholm Smartgrid Secured","https://boss-project.com","Bornholm Smartgrid Secured. (n.d.). BOSS: Bornholm Smartgrid Secured – by grid connected battery system. https://boss-project.com/."]
["R.025","Bornholms Klimaplan – Bornholm som testø og rollemodel for grøn omstilling","https://dagsordener.brk.dk/vis/pdf/bilag/17fcc716-3838-40ed-94f2-6d60333afaf2/?redirectDirectlyToPdf=false","Bornholms Klimaplan – Bornholm som testø og rollemodel for grøn omstilling (2023). Bornholms Regionkommune. https://dagsordener.brk.dk/vis/pdf/bilag/17fcc716-3838-40ed-94f2-6d60333afaf2/?redirectDirectlyToPdf=false"]
["R.026","Bulk storage of hydrogen","https://doi.org/10.1016/j.ijhydene.2021.08.028","Papadias, D.D., &  Ahluwalia,  R.K.. Bulk storage of hydrogen (2021). ScienceDirect. https://doi.org/10.1016/j.ijhydene.2021.08.028"]
["R.027","Calculating a Water Poverty Index","https://doi.org/10.1016/S0305-750X(02)00035-9","Sullivan, C. Calculating a Water Poverty Index. (2002). World Development Volume 30, Issue 7, July 2002, Pages 1195-1210. https://doi.org/10.1016/S0305-750X(02)00035-9."]
["R.028","Charting the global energy landscape to 2050: Sustainable fuels","https://www.mckinsey.com/industries/oil-and-gas/our-insights/charting-the-global-energy-landscape-to-2050-sustainable-fuels","Lash, N.,Melgin, T., Mucha-Geppert, A. & Rols, O. Charting the global energy landscape to 2050: Sustainable fuel (2022). McKinsey Insights. McKinsey & Company.https://www.mckinsey.com/industries/oil-and-gas/our-insights/charting-the-global-energy-landscape-to-2050-sustainable-fuels."]
["R.029","Chemicals management - Denmark","https://www.oecd-ilibrary.org/sites/4ce78b81-en/index.html?itemId=/content/component/4ce78b81-en","OECD Environmental Performance Reviews: Denmark 2019. Chapter 5.https://www.oecd-ilibrary.org/sites/4ce78b81-en/index.html?itemId=/content/component/4ce78b81-en. "]
["R.030","Commission proposes new EU framework to decarbonise gas markets, promote hydrogen and reduce methane emissions","https://ec.europa.eu/commission/presscorner/detail/en/ip_21_6682","Commission proposes new EU framework to decarbonise gas markets, promote hydrogen and reduce methane emissions (2021). European Comission. https://ec.europa.eu/commission/presscorner/detail/en/ip_21_6682"]
["R.031","Consultation response to an application from Copenhagen Infrastructure Partners for two offshore wind farms off Bornholm's east coast","https://dagsordener.brk.dk/vis?Referat-Kommunalbestyrelsen-d.13-09-2022-kl.18.00&id=7d476b9c-1148-4773-897b-c1c8fca122df","Høringssvar på ansøgning fra Copenhagen Infrastructure Partners om to havvindmølle-parker udfor Bornholms østkyst  | Bornholms Regionskommune.  (2022).  Referat 13. oktober 2022 kl. 18.00. Punkt 15. https://dagsordener.brk.dk/vis?id=7d476b9c-1148-4773-897b-c1c8fca122df&punktid=bcfa7e29-e937-422c-bfac-252722ac7f63"]
["R.032","CRT: Bornholm can benefit greatly from becoming a green laboratory - CRT: Bornholm kan tjene stort på at blive et grønt laboratorie","https://tidende.dk/erhverv/crt-bornholm-kan-tjene-stort-paa-at-blive-et-groent-laboratorie/133859","Marschner, J. (2023). CRT: Bornholm kan tjene stort på at blive et grønt laboratorie. Bornholm Tidende. https://tidende.dk/erhverv/crt-bornholm-kan-tjene-stort-paa-at-blive-et-groent-laboratorie/133859"]
["R.033","Current Hydrogen Projects in Europe","https://h2-project-visualisation-platform.entsog.eu/"]
["R.034","Danish Climate Act","https://en.kefm.dk/Media/1/B/Climate%20Act_Denmark%20-%20WEBTILG%C3%86NGELIG-A.pdf","Climate Act  (2020). Energistyrelsen. File no. 2019-2855. https://en.kefm.dk/Media/1/B/Climate%20Act_Denmark%20-%20WEBTILG%C3%86NGELIG-A.pdf"]
["R.035","Delivering the European Green Deal","https://commission.europa.eu/strategy-and-policy/priorities-2019-2024/european-green-deal/delivering-european-green-deal_en","European Commission. Delivering the European Green Deal. (2021). https://commission.europa.eu/strategy-and-policy/priorities-2019-2024/european-green-deal/delivering-european-green-deal_en."]
["R.036","Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled","https://www.offshorewind.biz/2023/06/07/denmark-kills-off-open-door-offshore-wind-scheme-24-projects-cancelled/","Durakovic, A.  Denmark Kills Off Open Door Offshore Wind Scheme, 24 Projects Cancelled"]
["R.037","Denmark reaches agreement on tenders for 9 GW of offshore wind capacity","https://www.enerdata.net/publications/daily-energy-news/denmark-reaches-agreement-tenders-9-gw-offshore-wind-capacity.html","Denmark reaches agreement on tenders for 9 GW of offshore wind capacity. Enerdata. (2023). https://www.enerdata.net/publications/daily-energy-news/denmark-reaches-agreement-tenders-9-gw-offshore-wind-capacity.html."]
["R.038","Denmark: CO2 Country Profile","https://ourworldindata.org/co2/country/denmark#total-greenhouse-gas-emissions-how-much-does-the-average-person-emit-where-do-emissions-come-from","Denmark: CO2 Country Profile. Our World in Data. https://ourworldindata.org/co2/country/denmark#total-greenhouse-gas-emissions-how-much-does-the-average-person-emit-where-do-emissions-come-from"]
["R.039","Denmark: CO2 country profile.","https://ourworldindata.org/co2/country/denmark","Denmark: CO2 country profile. (n.d.). Our World in Data. https://ourworldindata.org/co2/country/denmark"]
["R.040","Denmark’s Long-term Strategy","https://ec.europa.eu/clima/sites/lts/lts_dk_en.pdf","Denmark’s Long-term Strategy of the European Parliament and of the Council (the Governance regulation). (2019).\n"]
["R.041","Denmark's Energy Islands","https://ens.dk/en/our-responsibilities/energy-islands/denmarks-energy-islands","Denmark’s Energy Islands   (n.d.).  Energistyrelsen. https://ens.dk/en/our-responsibilities/energy-islands/denmarks-energy-islands."]
["R.042","Digital platform for terrorism protection  -  Digital platform til terrorsikring ","https://www.terrorsikring.nu/Risikovaerktoj/","Castro, K. Digital platform til terrorsikring. Website. https://www.terrorsikring.nu/Risikovaerktoj/"]
["R.043","Directive 2003/87/EC -  system for greenhouse gasemission allowance trading within the Union, in order to promote reductions of greenhouse gas emissions in\na cost-effective and economically efficient manner. ","https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:32018L0410","European Comission. Directive 2003/87/EC to enhance cost-effective emission reductions and low-carbon investments. (2018). https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:32018L0410."]
["R.044","Efficiency – Electrolysis","https://assets.siemens-energy.com/siemens/assets/api/uuid:a33a8c39-b694-4d91-a0b5-4d8c9464e96c/efficiency-white-paper.pdf","Dr. Lettenmeier, P. Efficiency – Electrolysis (2021).  Siemens Energy. White paper. https://assets.siemens-energy.com/siemens/assets/api/uuid:a33a8c39-b694-4d91-a0b5-4d8c9464e96c/efficiency-white-paper.pdf"]
["R.045","eMARS  -  EU Major Accident Reporting System","https://emars.jrc.ec.europa.eu/EN/emars/content"]
["R.046","Emissions from Baltic Sea shipping in 2006 – 2020"," https://portal.helcom.fi/meetings/MARITIME%2021-2021-939/MeetingDocuments/4-2%20Emissions%20from%20Baltic%20Sea%20shipping%20in%202006%20-%202020.pdf","Emissions from Baltic Sea shipping in 2006 – 2020 https://portal.helcom.fi/meetings/MARITIME%2021-2021-939/MeetingDocuments/4-2%20Emissions%20from%20Baltic%20Sea%20shipping%20in%202006%20-%202020.pdf"]
["R.047","Endelig lokalplan 91 for Rønne Havn  --  Final local plan for Port of Rønne  - Delområde 7 aflyst pr. 8. september 2020, se\nlokalplan 115","https://dokument.plandata.dk/20_3286519_1599549601962.pdf","LOKALPLAN NR. 091(2017). Bornholms Regionskommune.  https://dokument.plandata.dk/20_3286519_1599549601962.pdf"]
["R.048","Energi- og forsynings politisk redegørelse  -  Energy policy statement 2022","https://kefm.dk/Media/637898535646182290/Energi-%20og%20forsyningspolitisk%20redeg%C3%B8relse.pdf","Energi- og forsynings politisk redegørelse (2022). Energistyrelsen. "]
["R.049","Energinet: A Danish-German breakthrough for Bornholm as a future energy island","https://en.energinet.dk/About-our-news/News/2021/01/20/LoI-energy-island-baltic-sea/"]
["R.050","Energiøsekretariat til realisering af potentialer ved Energiø Bornholm  -  Energiø secretariat for realization of potentials at Energiø Bornholm","https://dagsordener.brk.dk/vis?id=93cbe6c9-2728-4870-937d-f2eef226962b&fritekst=højspændingsstation&punktid=a481507b-0913-409c-968f-9770cf9fa867","Energiøsekretariat til realisering af potentialer ved Energiø Bornholm (2022). Bornholms Regionskommune.  Referat 23. marts 2023 kl. 18.00. Punkt 3. https://dagsordener.brk.dk/vis?id=93cbe6c9-2728-4870-937d-f2eef226962b&fritekst=højspændingsstation&punktid=a481507b-0913-409c-968f-9770cf9fa867"]
["R.051","Energistrategi 2040 Bornholms Regionskommune","https://www.brk.dk/Indflydelse-Politik/Politikker/Documents/Energistrategi%202040%20Bornholms%20Regionskommune.pdf","Bornholms Energistrategi 2040 (2020). Bornholms Regionskommune. https://www.brk.dk/Indflydelse-Politik/Politikker/Documents/Energistrategi%202040%20Bornholms%20Regionskommune.pdf."]
["R.052","Energy Hubs","https://en.kefm.dk/Media/1/2/factsheet_Energy_hub.pdf","Fact Sheet about energy hubs | Energistyrelsen. (n.d.)."]
["R.053","Energy Island Bornholm (Ramboll report)","https://ens.dk/sites/ens.dk/files/Energioer/technical_report_-_maritime_traffic_and_navigational_safety.pdf","Energy Island Bornholm: Technical Report – Maritime Traffic and Navigational Safety (2022). Ramboll. https://ens.dk/sites/ens.dk/files/Energioer/technical_report_-_maritime_traffic_and_navigational_safety.pdf"]
["R.054","Energy Island Bornholm (website)","https://www.energiobornholm.dk/en","Energy Island Bornholm. (n.d.). https://www.energiobornholm.dk/en"]
["R.055","Energy prices  -  The Danish Energy Agency ","https://sparenergi.dk/energipriser-paa-sparenergi"]
["R.056","Energy Technology Perspectives 2023","https://iea.blob.core.windows.net/assets/a86b480e-2b03-4e25-bae1-da1395e0b620/EnergyTechnologyPerspectives2023.pdf","Energy Technology Perspectives 2023 (2023).  International Energy Agency (IEA). https://iea.blob.core.windows.net/assets/a86b480e-2b03-4e25-bae1-da1395e0b620/EnergyTechnologyPerspectives2023.pdf"]
["R.057","Environmental impacts of power-to-X systems","https://doi.org/10.1016/j.rser.2019.06.029","Koj, J. C., Wulf, C., & Zapp, P. (2019). Environmental impacts of power-to-X systems - A review of technological and methodological choices in Life Cycle Assessments. Renewable and Sustainable Energy Reviews, 112, 865-879. https://doi.org/10.1016/j.rser.2019.06.029","Need copy"]
["R.058","Esbjerg Declaration","https://en.kefm.dk/Media/637884571703277400/The%20Esbjerg%20Declaration%20(002).pdf","THE ESBJERG DECLARATION on The North Sea as a Green Power Plant of Europe (2022). Klima-, Energi- og Forsyningsministeriet. https://en.kefm.dk/Media/637884571703277400/The%20Esbjerg%20Declaration%20(002).pdf"]
["R.059","Establishment of PtX facilities on land -  rules and permits","https://veprojekter.dk/anlaeg/ptxanleag","Establishment of PtX facilities on land (n.d.) Energistyrelsen. Website"]
["R.060","Etablering af PtX-anlæg på land  -  Establishment of PtX facilities on land","https://veprojekter.dk/anlaeg/ptxanleag","Tringuide for etablering af PtX-anlæg på land | Energistyrelsen - Vedvarende Energianlæg. (Last update: 31.03.2023). https://veprojekter.dk/anlaeg/ptxanleag"]
["R.061","EU Emissions Trading System (EU ETS)","https://climate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en","EU Emissions Trading System (EU ETS) (n.d.) European Commision. Website. https://climate.ec.europa.eu/eu-action/eu-emissions-trading-system-eu-ets_en"]
["R.062","EU Taxonomy ","https://finance.ec.europa.eu/sustainable-finance/tools-and-standards/eu-taxonomy-sustainable-activities_en"," EU Taxonomy "]
["R.063","Eutrophication in the Baltic Sea","http://stateofthebalticsea.helcom.fi/pressures-and-their-status/eutrophication/","HELCOM, 2009\nEutrophication in the Baltic Sea – An integrated thematic assessment of the effects of nutrient enrichment\nand eutrophication in the Baltic Sea region. Balt. Sea Environ. Proc. No. 115B."]
["R.064","Fit for 55","https://www.consilium.europa.eu/en/policies/green-deal/fit-for-55-the-eu-plan-for-a-green-transition/","Fit for 55 - The EU’s plan for a green transition - Consilium. (n.d.). https://www.consilium.europa.eu/en/policies/green-deal/fit-for-55-the-eu-plan-for-a-green-transition."]
["R.065","Fit for 55 - delivering the EU's 2030 Climate Target on the way to climate neutrality","https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A52021DC0550","European Comission. Fit for 55 - delivering the EU's 2030 Climate Target on the way to climate neutrality. (2021). https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A52021DC0550."]
["R.066","Fuel EU Maritime - Sustainable maritime fuels, In “A European Green Deal”","https://www.europarl.europa.eu/legislative-train/theme-a-european-green-deal/file-fuel-eu-maritime","Fuel EU Maritime - Sustainable maritime fuels, In “A European Green Deal” https://www.europarl.europa.eu/legislative-train/theme-a-european-green-deal/file-fuel-eu-maritime"]
["R.067","Fund behind new hydrogen report has huge ambitions on Bornholm  -  Fond bag ny brintrapport har kæmpestore ambitioner på Bornholm","https://tidende.dk/miljoe/fond-bag-ny-brintrapport-har-kaempestore-ambitioner-paa-bornholm/133689","Nørmark, J. (2023). Fond bag ny brintrapport har kæmpestore ambitioner på Bornholm. https://tidende.dk/miljoe/fond-bag-ny-brintrapport-har-kaempestore-ambitioner-paa-bornholm/133689"]
["R.068","gcmd-bcg industry survey on maritime decarbonization","https://www.offshore-energy.biz/gcmd-survey-unveils-decarbonization-blind-spots-industry-cannot-decarbonize-without-conservatives/\nhttps://www.tradewindsnews.com/technology/quarter-of-owners-lead-carbon-cut-plans-while-long-tail-is-slower-to-move-survey-finds/2-1-1464095"]
["R.069","GH2_ClusterGuidelines-FINAL-0908","https://fcarchitects.org/wp-content/uploads/2023/08/GH2_ClusterGuidelines-FINAL-0908.pdf"]
["R.070","Global Energy Perspective 2022","https://www.mckinsey.com/industries/oil-and-gas/our-insights/global-energy-perspective-2022","Global Energy Perspective 2022. McKinsey & Company. https://www.mckinsey.com/industries/oil-and-gas/our-insights/global-energy-perspective-2022."]
["R.071","Global greenhouse gas emission by sector","https://ourworldindata.org/emissions-by-sector#by-country-greenhouse-gas-emissions-by-sector","Global greenhouse gas emission by sector. Our World in Data. https://ourworldindata.org/emissions-by-sector#by-country-greenhouse-gas-emissions-by-sector"]
["R.072","Green Ammonia – An Alternative Fuel","https://www.futurebridge.com/industry/perspectives-energy/green-ammonia-an-alternative-fuel/","Green Ammonia – An Alternative Fuel (2022). Future Bridge. Website. https://www.futurebridge.com/industry/perspectives-energy/green-ammonia-an-alternative-fuel/."]
["R.073","Green Hydrogen Cost Reduction","https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2020/Dec/IRENA_Green_hydrogen_cost_2020.pdf?rev=4ce868aa69b54674a789f990e85a3f00"," IRENA (2020), Green Hydrogen Cost Reduction: Scaling up Electrolysers to Meet the 1.5⁰C Climate Goal,\nInternational Renewable Energy Agency, Abu Dhabi"]
["R.074","Green hydrogen supply chain risk analysis: A european hard-to-abate sectors perspective","https://doi.org/10.1016/j.rser.2023.113371","Azadnia, A. H., McDaid, C., Andwari, A. M., Hosseini, S. E. (2023). Green hydrogen supply chain risk analysis: A european hard-to-abate sectors perspective. Renewable and Sustainable Energy Reviews. Volume  182, 113371. https://doi.org/10.1016/J.RSER.2023.113371"]
["R.075","Green transition threatens 3,000 jobs","https://tidende.dk/erhverv/groen-omstilling-truer-3000-job/133721","Marschner, J. (2023). Grøn omstilling truer 3.000 job. Bornholm Tidende. https://tidende.dk/erhverv/groen-omstilling-truer-3000-job/133721"]
["R.076","Guarantees of origin","https://en.energinet.dk/energy-data/guarantees-of-origin-el-gas-hydrogen/","Guarantees of origin. (n.d.). Energinet EN. https://en.energinet.dk/energy-data/guarantees-of-origin-el-gas-hydrogen/"]
["R.077","Havneloven  -  The Port Act","https://www.retsinformation.dk/eli/lta/1999/326","Bekendtgørelse af lov om havne  | Transportministeriet. (2012). LBK nr 457 af 23/05/2012. https://www.retsinformation.dk/eli/lta/2012/457"]
["R.078","HELCOM indicators  -  Latest evaluations from the Baltic Sea region","https://indicators.helcom.fi/","Indicator Home - HELCOM indicators. (n.d.). https://indicators.helcom.fi."]
["R.079","How does the land use of different electricity sources compare?","https://ourworldindata.org/land-use-per-energy-source","Ritchie, H. (2022). How does the land use of different electricity sources compare?. Our World in Data. https://ourworldindata.org/land-use-per-energy-source."]
["R.080","How EU policies could reduce nutrient pollution in European inland and coastal waters","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/EWMm820z7GdPuyirVgdOcLIBhmgLB9xFZNxIVkAAxGPJ2A?e=Ki9EgA\n\nhttps://doi.org/10.1016/j.gloenvcha.2021.102281","Grizzetti, B., Vigiak, O., Udias, A., Aloe, A., Zanni, M., Bouraoui, F., Pistocchi, A., Dorati, C., Friedland, R., de Roo, A., Benitez Sanz, C., Leip, A.,Bielza, M. (2021). How EU policies could reduce nutrient pollution in European inland and coastal waters. Global Environmental Change, 69, 102281. https://doi.org/10.1016/J.GLOENVCHA.2021.102281"]
["R.081","Hvad er Power-to-X?","https://ens.dk/ansvarsomraader/power-x-og-groen-brint/hvad-er-power-x","Hvad er power-to-X? (2023) Energistyrelsen. Available at: https://ens.dk/ansvarsomraader/power-x-og-groen-brint/hvad-er-power-x (Accessed: 18 July 2023). "]
["R.082","Hvad er Power-to-X?  -  What is Power to X?","https://ens.dk/ansvarsomraader/power-x-og-groen-brint/hvad-er-power-x","Hvad er Power-to-X?.  Energistyrelsen. (n.d.). https://ens.dk/ansvarsomraader/power-x-og-groen-brint/hvad-er-power-x"]
["R.083","Hybalance  -  reults","https://hybalance.eu/wp-content/uploads/2021/12/HyBalance-D7.7-Final-Economical-performance-report.pdf\n\nhttps://hybalance.eu/wp-content/uploads/2021/12/HyBalance-D7.8-Final-report-with-strategic-learnings-from-performance-reporting-business-case-analysis.pdf\n\nhttps://hybalance.eu/reports/"]
["R.084","Impact of impurities on water electrolysis","https://pubs.rsc.org/en/content/articlehtml/2023/se/d2se01517j","Becker, H., Murawski, J., Shinde D. V.,  Stephens E. L., Hinds, G., & Smith G. Impact of impurities on water electrolysis: A review - Sustainable energy & fuels (RSC publishing) DOI:10.1039/D2SE01517J. (2023, March 28). RSC Publishing Home – Chemical Science Journals, Books and Databases. https://pubs.rsc.org/en/content/articlehtml/2023/se/d2se01517j"]
["R.085","Implementation of 4-6 GW of Power to X in Denmark by 2030","https://projekter.aau.dk/projekter/files/473675706/Implementation_of_4_6_GW_of_Power_to_X_in_Denmark_by_2030.pdf","Sångren, C. C. (2022).Master’s Thesis:  Implementation of 4-6 GW of Power to X in Denmark by 2030. https://projekter.aau.dk/projekter/files/473675706/Implementation_of_4_6_GW_of_Power_to_X_in_Denmark_by_2030.pdf"]
["R.086","Indicative production costs for ammonia via electrolysis in selected regions compared to current references","https://www.iea.org/data-and-statistics/charts/indicative-production-costs-for-ammonia-via-electrolysis-in-selected-regions-compared-to-current-references","Indicative production costs for ammonia via electrolysis in selected regions compared to current references (2023). IEA, Paris https://www.iea.org/data-and-statistics/charts/indicative-production-costs-for-ammonia-via-electrolysis-in-selected-regions-compared-to-current-references, IEA. Licence: CC BY 4.0"]
["R.087","Innovation Fund","https://ec.europa.eu/clima/policies/innovation-fund_en","European Commission. \"Innovation Fund.\" European Commission, https://ec.europa.eu/clima/policies/innovation-fund_en. Accessed [Access Date]."]
["R.088","Innovation Outlook: Renewable ammonia (2022). IRENA","https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2022/May/IRENA_Innovation_Outlook_Ammonia_2022.pdf","Innovation Outlook: Renewable ammonia (2022). IRENA. https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2022/May/IRENA_Innovation_Outlook_Ammonia_2022.pdf"]
["R.089","Investment in Energiø  -  The energy island can become a green failure   -  Energiøen kan blive en grøn fuser","https://tidende.dk/debat/energioeen-kan-blive-en-groen-fuser/133729","Gravgaard K. (2023). Energiøen kan blive en grøn fuser Bornholm Tidende. https://tidende.dk/debat/energioeen-kan-blive-en-groen-fuser/133729"]
["R.090","Is 17.6 billion enough? The aid is lower than the expected deficit","https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728","Er 17,6 milliarder nok? Stø¸tten ER lavere end forventet underskud. (2023). https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728. https://tidende.dk/bornholm/er-176-milliarder-nok-stoetten-er-lavere-end-forventet-underskud/133728"]
["R.091","Job creation: CRT: Power-to-x is the key to migration  -   CRT: Power-to-x er nøglen til tilflytning","https://tidende.dk/bornholm/crt-power-to-x-er-noeglen-til-tilflytning/132433","Nørmark, J. (2023). CRT: Power-to-x er nøglen til tilflytning. Bornholm Tidende. https://tidende.dk/bornholm/crt-power-to-x-er-noeglen-til-tilflytning/132433"]
["R.092","Joint Declaration of Intent - On the Cooperation On Green Hydrogen Between Denmark and Germany","https://kefm.dk/Media/638151855536501080/Joint%20Declaration%20Hydrogen%20DNK-DEU%20.pdf","Joint Declaration of Intent - On the Cooperation On Green Hydrogen Between Denmark and Germany (2023). Klima-, Energi- og Forsyningsministeriet. https://kefm.dk/Media/638151855536501080/Joint%20Declaration%20Hydrogen%20DNK-DEU%20.pdf."]
["R.093","Joint Project Bornholm Energy Island for the Generation and Transmission of Offshore Renewable Energy. Denmark & Germany","https://www.bmwk.de/Redaktion/DE/Downloads/J-L/joint-project-bornholm-energy-island-for-the-generation-and-transmission-of-offshore-renewable-energy.pdf?__blob=publicationFile&v=6","Joint Project Bornholm Energy Island for the Generation and Transmission of Offshore Renewable Energy (01.Jun.23). Government of the Federal Republic of Germany and Government of the Kingdom of Denmark"]
["R.094","Kommunalbestyrelsen tøvede med at støtte CIP og Ørsteds fulde plan om power-to-X\nThe municipal board hesitated to support CIP and Ørsted's full power-to-X plan","https://tidende.dk/miljoe/kommunalbestyrelsen-toevede-med-at-stoette-cip-og-oersteds-fulde-plan-om-power-to-x/126822","Nørmark, J. (2023). Kommunalbestyrelsen tøvede med at støtte CIP og Ørsteds fulde plan om power-to-X. Bornholm Tidende. https://tidende.dk/miljoe/kommunalbestyrelsen-toevede-med-at-stoette-cip-og-oersteds-fulde-plan-om-power-to-x/126822"]
["R.095","Landbrugsjord bliver til transformerstation ","https://www.tv2bornholm.dk/artikel/landbrugsjord-bliver-til-transformerstation","Arnbjerg, Mads. (2022). Landbrugsjord bliver til transformerstation. TV2 Bornholm. https://www.tv2bornholm.dk/artikel/landbrugsjord-bliver-til-transformerstation."]
["R.096","Levelized Cost of Energy (LCoE) Calculator","https://ens.dk/sites/ens.dk/files/Globalcooperation/vejledning_lcoe_calculator.pdf","Danish Energy Agency (n.d.). FINDING YOUR CHEAPEST WAY TO A LOW CARBON FUTURE The Danish Levelized Cost of Energy Calculator. https://ens.dk/sites/ens.dk/files/Globalcooperation/vejledning_lcoe_calculator.pdf"]
["R.097","LIV model -  Jysk Energi ","https://greenpowerdenmark.dk/nyheder/liv-modellen-giver-vedvarende-energi-lokalt-rygstoed","LIV-modellen giver vedvarende energi et lokalt rygstød (2023). Green Power Denmark. Press Release. https://greenpowerdenmark.dk/nyheder/liv-modellen-giver-vedvarende-energi-lokalt-rygstoed."]
["R.098","Local Perception: Left strongly skeptical of expanding the energy island  -  Venstre stærkt skeptisk over for at bygge energiøen ud","https://tidende.dk/erhverv/venstre-staerkt-skeptisk-over-for-at-bygge-energioeen-ud/129551","Marschner, J. (2023). Venstre stærkt skeptisk over for at bygge energiøen ud. Bornholm Tidende. https://tidende.dk/erhverv/venstre-staerkt-skeptisk-over-for-at-bygge-energioeen-ud/129551"]
["R.099","Local perception: Linda: Bornholm must dare to win big on the energy island  -  Linda: Bornholm skal turde for at vinde stort på energiø","https://tidende.dk/erhverv/linda-bornholm-skal-turde-for-at-vinde-stort-paa-energioe/129146","Marschner, J. (2023). Linda: Bornholm skal turde for at vinde stort på energiø. Bornholm Tidende. https://tidende.dk/erhverv/linda-bornholm-skal-turde-for-at-vinde-stort-paa-energioe/129146"]
["R.100","Local Perception: Neighbors focus on huge business park: The future will be 'radically changed'","https://tidende.dk/miljoe/naboer-retter-fokus-mod-enorm-erhvervspark-fremtiden-bliver-radikalt-forandret/129641","Nørmark, J. (2023). Naboer retter fokus mod enorm erhvervspark: Fremtiden bliver “radikalt forandret.” Bornholms Tidende. https://tidende.dk/miljoe/naboer-retter-fokus-mod-enorm-erhvervspark-fremtiden-bliver-radikalt-forandret/129641"]
["R.101","LOKALPLAN NR. 115 OPLAGSPLADS OG REKREATIVT OMRÅDE VED GALLØKKEN  -  LOCAL PLAN NO. 115 STORAGE PLACE\nAND RECREATION AREA BY","https://dokument.plandata.dk/20_9732858_1599547626213.pdf","LOKALPLAN NR. 115 OPLAGSPLADS OG REKREATIVT OMRÅDE VED GALLØKKEN (2020). Bornholms Regionskommune. https://dokument.plandata.dk/20_9732858_1599547626213.pdf"]
["R.102","Major Chemical Accidents in the 21st Century Europe\nand its Lessons Learned in Higher Education1","file:///C:/Users/olu/Downloads/AARMS_2017_03_06Dobor.pdf"]
["R.103","Mapping the current and forecasted hydrogen skills landscape","https://www.climatexchange.org.uk/media/5772/cxc-mapping-the-current-and-forecasted-hydrogen-skills-landscape-jun-2023.pdf","Mapping the current and forecasted hydrogen skills landscape. Weir, I., Beinarovica,J.,  Nelson, K., Fagura, J. & Morrison, M., Optimat Ltd. March 2023. http://dx.doi.org/10.7488/era/3369"]
["R.104","MarE-fuel: LCOE and optimal electricity supply strategies for P2X plants","https://orbit.dtu.dk/en/projects/electro-fuels-for-long-range-maritime-transport","Campion N, Backer M, Swisher P, Münster M MarE-fuel: LCOE and optimal electricity supply strategies for P2X plants, MarE-fuel project report 9/9-2021, https://orbit.dtu.dk/en/projects/electro-fuels-for-long-range-maritime-transport"]
["R.105","MarE-fuel: LCOE and optimal electricity supply strategies for P2X plants","https://orbit.dtu.dk/en/projects/electro-fuels-for-long-range-maritime-transport","Campion N, Backer M, Swisher P, Münster M MarE-fuel: LCOE and optimal electricity supply strategies for P2X plants, MarE-fuel project report 9/9-2021, https://orbit.dtu.dk/en/projects/electro-fuels-for-long-range-maritime-transport"]
["R.106","Marienborg Declaration","https://www.regeringen.dk/media/11544/the-marienborg-declaration-_300822.pdf","THE MARIENBORG DECLARATION (2022). The Baltic Sea Energy Security Summit. https://www.regeringen.dk/media/11544/the-marienborg-declaration-_300822.pdf."]
["R.107","Maritime Decarbonization Strategy 2022"," https://www.zerocarbonshipping.com/publications/maritime-decarbonization-strategy/ ","Maritime Decarbonization Strategy 2022 https://www.zerocarbonshipping.com/publications/maritime-decarbonization-strategy/ "]
["R.108","Maritime Forecast to 2050","https://www.dnv.com/maritime/publications/maritime-forecast-2022/digitalization.html","Maritime Forecast to 2050. DNV. https://www.dnv.com/maritime/publications/maritime-forecast-2022/digitalization.html."]
["R.109","National Risk Profile","https://www.brs.dk/globalassets/brs---beredskabsstyrelsen/dokumenter/krisestyring-og-beredskabsplanlagning/2022/-national-risk-profile-2022-.pdf","National Risk Profile (2022). Beredskabsstyrelsen. https://www.brs.dk/globalassets/brs---beredskabsstyrelsen/dokumenter/krisestyring-og-beredskabsplanlagning/2022/-national-risk-profile-2022-.pdf"]
["R.110","Natural hazards and extreme events"]
["R.111","Natural hazards and extreme events in the Baltic Sea region","https://esd.copernicus.org/articles/13/251/2022/","Rutgersson, A., Kjellström, E., Haapala, J., Stendel, M., Danilovich, I., Drews, M., Jylhä, K., Kujala, P., Larsén, X. G., Halsnæs, K., Lehtonen, I., Luomaranta, A., Nilsson, E., Olsson, T., Särkkä, J., Tuomi, L., and Wasmund, N.: Natural hazards and extreme events in the Baltic Sea region, Earth Syst. Dynam., 13, 251–301, https://doi.org/10.5194/esd-13-251-2022, 2022."]
["R.112","Navigating the complex landscape of regulatory requirements for green fuels.","https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels","Pekala, A. Navigating the complex landscape of regulatory requirements for green fuels. (2023). Architecture, engineering and consultancy - Ramboll group. https://www.ramboll.com/insights/decarbonise-for-net-zero/navigating-the-complex-landscape-of-regulatory-requirements-for-green-fuels"]
["R.113","New Energy Tax Directive","https://www.pwc.dk/da/artikler/2022/12/nyt-energibeskatningsdirektiv.html","New Energy Tax Directive - The European energy tax structure is about to change (2022). PwC Denmark. https://www.pwc.dk/da/artikler/2022/12/nyt-energibeskatningsdirektiv.html"]
["R.114","New political agreement to develop and promote Power-to-X","https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x","Christiansen, J.S., Paulsen, C. B. New political agreement to develop and promote Power-to-X (2022). DLA Piper. https://denmark.dlapiper.com/en/news/new-political-agreement-develop-and-promote-power-x"]
["R.115","Not to be taken for granted: climate protection and sustainability through PtX Discussion of requirements for and first approaches to developing verification criteria for a climate-friendly and sustainable production of PtX. ","https://www.oeko.de/fileadmin/oekodoc/Impulse_paper_criteria_for_e-fuel_production.pdf","Kasten, P., Heinemann, C., Seebach D., & Sutter, J. (2019). Öko-Institut e.V.. Not to be taken for granted: climate protection and sustainability through PtX Discussion of requirements for and first approaches to developing verification criteria for a climate-friendly and sustainable production of PtX. "]
["R.116","Notice on the value loss scheme, the put option scheme and the valuation authority\nBekendtgørelse om værditabsordningen, salgsoptionsordningen og taksationsmyndigheden","https://www.retsinformation.dk/eli/lta/2022/935","Bekendtgørelse om værditabsordningen, salgsoptionsordningen og taksationsmyndigheden (2022). Klima-, Energi- og Forsyningsministeriet. BEK nr 935 af 18/06/2022"]
["R.117","Opportunities and Challenges for Renewable Power-to-X","https://doi.org/10.1021/acsenergylett.0c02249","Rahman Daiyan, Iain MacGill, and Rose Amal. Opportunities and Challenges for Renewable Power-to-X (2020). ACS Energy Letters 2020 5 (12), 3843-3847. https://doi.org/10.1021/acsenergylett.0c02249"]
["R.118","Optimal placement of P2X facility in conjunction with Bornholm energy island: Preliminary overview for an immediate decarbonisation of maritime transport,","https://orbit.dtu.dk/en/publications/optimal-placement-of-p2x-facility-in-conjunction-with-bornholm-en","Singlitico A, Campion N, Münster M, Koivisto M, Cutululis N, Suo C, Karlsson K, Jørgensen T, Waagstein J, Bendtsen M Optimal placement of P2X facility in conjunction with Bornholm energy island: Preliminary overview for an immediate decarbonisation of maritime transport, White paper 2020, https://orbit.dtu.dk/en/publications/optimal-placement-of-p2x-facility-in-conjunction-with-bornholm-en"]
["R.119","Options for transporting CO2 from coal fired power plants Case Denmark","https://pdf.sciencedirectassets.com/277910/1-s2.0-S1876610209X00020/1-s2.0-S1876610209002197/main.pdf?X-Amz-Security-Token=IQoJb3JpZ2luX2VjECgaCXVzLWVhc3QtMSJHMEUCIQDew3IEisevErDNeknSk89LCJAF%2Brx7RPFFQZX9F8jkuQIgNkrkQLfDpRJ9ZFzE9DL4gf3P9MRUBGotyUWpf8g%2BnnwqvAUIwP%2F%2F%2F%2F%2F%2F%2F%2F%2F%2FARAFGgwwNTkwMDM1NDY4NjUiDOTfRIbJL6eaTeWh9yqQBb5QK962ck7JMEomyor2G85W1W5rujsMnJXcgpp8SXt2OfBF1%2BIt634vniOmBewvoEY2EInKMZuR%2BezyYVH%2F0soKPpd66%2FrWzs10FmCWqaugDf8HXNF0qpfBDhgLNrG802xnFlGhuJykWckgDoK%2FAHPMrpazwCPV3poxfpqNt4Bw8kVpFvHCrhZE3%2BDTNaoKHVtFnYkAzHoyyhupjljb5lJqzHnC%2BUuWNfPrCCnFK81R5ud3eaGQsgKXwAShR1FUDZn%2F241lySqc3GuauferJu5sQKqgXSTfCzkng9JIKK0qpZpeI3wosnbEvXNmAsYHuDihwei6mBZjzImboP0saItULWpQWqzprU2vQ48Tu2YXeVg%2FHldxKeGHRqOlfAR8kia9sNdn8SUKAgaKvmGlzH2wy4ZC6vLpMSe1Xsr1DxehJ%2B87%2FTFFs9Jm42UO8ZsX%2BOvs%2BuVyej571PKJq6VYOPIs8s398SZqa3phCFmu%2BzDNl8wlE%2B09rqB3VagWiOUmwsoV3Lu4Y7RFCCzOiTAFU0QlcdNAQYAieJ%2B3IKsTztaCMxDfJguedoE1u4kNhC%2Fbz3jKFWPRxURfFOLxrRY5HHqkKvo4ba6rtuGZdNTk07ymiWTci3HdklU7JQ5%2B1bTUQcSs19ngzviJjRcBD0A92LjB2U8dLcli6udnD%2Bpr7arxuBX7kNoSZ1IItYh%2F3gw2K3ykxhk0YsgCzMWovfhjb1XoPNBeeaSSl2%2FwpzjsH44TffrAXmqSNoGhHQd3%2FV8lLrN6EvKR6cjOBaGZXNZpqAqES6NzniEfoDw4ynx1K0YfqQVPLpEBut%2Bw66qugc4WJMI4FXYvnQuiLExtJeiZI7rkzWHM9teP8fpWpAgtkISFMLCgn6YGOrEBLyiXGwoidpx4TxeNe7dJGo09lpJL2IEdxjLte1aL47ptL47cy5rx5aE3jfKTUnfie74xH2T4mcii3vaXT%2Bw6cVnWEqaxJuqjs6p3%2BgoPoFjqjAtR1kY%2FhJSe8E5nUiinpfcgLwaVV4n8Xspwta%2FDxM7wNDFVHIINqEh6nW4rUMroKACogsWgw59utuVxHFQER0OZy8TRMbypVtL9LVB%2Bmu9lwCJKRWqubn2fFLIpDH2f&X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Date=20230731T161403Z&X-Amz-SignedHeaders=host&X-Amz-Expires=300&X-Amz-Credential=ASIAQ3PHCVTYQ4KEDDF5%2F20230731%2Fus-east-1%2Fs3%2Faws4_request&X-Amz-Signature=889f464b154f9d9afb9cab81e85875fbbab283b9290ccd34eccc33f305c4a0f2&hash=1e28c8b15f5a1aa0d857944556e12b20f3839c4ac05879c3866a63fcf6415e9c&host=68042c943591013ac2b2430a89b270f6af2c76d8dfd086a07176afe7c76c2c61&pii=S1876610209002197&tid=spdf-e834dfdb-4a68-4044-82e0-e441a7120c18&sid=6bafe41316ff7649909abec48f5cc16ec006gxrqb&type=client&tsoh=d3d3LnNjaWVuY2VkaXJlY3QuY29t&ua=1e0d59070452535602510e&rr=7ef721d7a9e7be58&cc=dk","Haugen, H. A., Eldrup, N., Bernstone, C., Liljemark, S., Pettersson, H., Noer, M., Holland, J., Nilsson, A., Hegerland, G., & Pande, J. O. (2009). Energy Procedia Options for transporting CO 2 from coal fired power plants Case Denmark Pipeline prerequisites. Energy Procedia, 1, 1665–1672. https://doi.org/10.1016/j.egypro.2009.01.218."]
["R.120","Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources","https://www.retsinformation.dk/eli/lta/2023/913","Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources (2023). Energistyrelsen. BEK no 913 of 22/06/2023."]
["R.121","Ordinance on RFNBO  - CELEX:32023R1184","http://data.europa.eu/eli/reg_del/2023/1184/oj","European Commission. \"COMMISSION DELEGATED REGULATION (EU) 2023/1184 upplementing Directive (EU) 2018/2001 of the European Parliament and of the Council by\nestablishing a Union methodology setting out detailed rules for the production of renewable liquid\nand gaseous transport fuels of non-biological origin\" Official Journal of the European Union, European Commission, 2023, http://data.europa.eu/eli/reg_del/2023/1184/oj"]
["R.122","Ostend Declaration","https://www.bmwk.de/Redaktion/DE/Downloads/Energie/ostend-declaration-energy-ministers-north-seas-europes-green-power-plant.pdf?__blob=publicationFile&v=4","Ostend Declaration of Energy Ministers on The North Seas as Europe’s Green Power Plant"]
["R.123","Oversigt over planlægning og myndighedstilladelser til PtX-anlæg   -  Overview of planning and authority permits for PtX facilities","https://ens.dk/sites/ens.dk/files/ptx/oversigt_280323.pdf","Oversigt over planlægning og myndighedstilladelser til PtX-anlæg | Energistyrelsen. (Last update: 28.03.2023). https://ens.dk/sites/ens.dk/files/ptx/oversigt_280323.pdf"]
["R.124","Overview of biogas technologies for production of liquid transport fuels"]
["R.125","Placement of Battery Energy Storage for Provision of Grid Services – A Bornholm Case Study","https://ieeexplore.ieee.org/document/9535006","Z. Hameed, S. Hashemi, H. H. Ipsen and C. Træholt, \"Placement of Battery Energy Storage for Provision of Grid Services – A Bornholm Case Study,\" 2021 IEEE 9th International Conference on Smart Energy Grid Engineering (SEGE), Oshawa, ON, Canada, 2021, pp. 36-41, doi: 10.1109/SEGE52446.2021.9535006."]
["R.126","Postkort fra fremtiden  -  Borgernes input fra borgermøde om  Energiø Bornholm 30. marts 2023","https://www.brk.dk/Borger/Miljoe-natur-energi/Documents/Postkort%20fra%20fremtiden_publikation.pdf","Postkort fra fremtiden: Borgernes input fra borgermøde om  Energiø Bornholm | Bornholms Regionskommune. (2023). "]
["R.127","Power to X task Force","https://veprojekter.dk/anlaeg/ptxanleag","Etablering af PtX-anlæg på land(n.d.). Energistyrelsen https://veprojekter.dk/anlaeg/ptxanleag."]
["R.128","Power-to-x and nature: Debate salon about the energy island","https://tidende.dk/bornholm/power-to-x-og-natur-debatsalon-om-energioeen/133459","Hansen, L, S. (2023). Power-to-x og natur: Debatsalon om energiøen. Bornholm Tidende. https://tidende.dk/bornholm/power-to-x-og-natur-debatsalon-om-energioeen/133459"]
["R.129","Power-to-X in energy hubs: A Danish case study of renewable fuel production","https://doi.org/10.1016/J.ENPOL.2023.113439","Kountouris, I., Langer, L., Bramstoft, R., Münster, M., & ; Keles, D. (2023). Power-to-X in energy hubs: A Danish case study of renewable fuel production. Energy Policy, 175, 113439. https://doi.org/10.1016/J.ENPOL.2023.113439"]
["R.130","Power-to-X projects in Denmark  -  Brint i tal","https://brintbranchen.dk/brintprojekter-i-danmark/"]
["R.131","Power-to-X Technology overview, possibilities and challenges","https://vbn.aau.dk/files/514146100/PtX_Report.pdf","Simon Araya, S., Cui, X., Li, N., Liso, V., & Sahlin, S. L. (2022). Power-to-X: Technology overview, possibilities\nand challenges. AAU."]
["R.132","Power-to-X: Paving the way for a greener future","https://www.ramboll.com/en-us/net-zero-explorers/power-to-x-explained","Power-to-X: Paving the way for a greener future (no date) Ramboll group. Available at: https://www.ramboll.com/en-us/net-zero-explorers/power-to-x-explained (Accessed: 18 July 2023). "]
["R.133","PTX Market potencial  -  ramboll report","https://ens.dk/sites/ens.dk/files/ptx/ptx_and_ccus_technology_export_potential.pdf"]
["R.134","PtX processes and products","https://www.ise.fraunhofer.de/en/press-media/news/2022/workshop-perspectives-on-power-to-liquids-and-power-to-chemicals-2022-international-community-highlights-research-and-business-opportunities/jcr:content/fixedContent/pressArticleParsys/textwithasset/imageComponent/image.img.4col.large.png/1651668360559/PtX.png","(2022). PtX processes and products. [Photograph]. Fraunhofer ISE. Workshop-Perspectives on Power-To-Liquids and Power-To-Chemicals. https://www.ise.fraunhofer.de/en/press-media/news/2022/workshop-perspectives-on-power-to-liquids-and-power-to-chemicals-2022-international-community-highlights-research-and-business-opportunities.html"]
["R.135","Public Debate: Bornholm's large new industrial area in Sose/Myrene - Bornholms store nye industriområde i Sose/Myrene","https://tidende.dk/debat/bornholms-store-nye-industriomraade-i-sose-myrene/128558","Sonne, J. (2022). Bornholms store nye industriområde i Sose/Myrene. Bornholm Tidende - Debat. https://tidende.dk/debat/bornholms-store-nye-industriomraade-i-sose-myrene/128558"]
["R.136","Public Debate: By law, land (facility) must be built - Med lov skal man land(anlæg) bygge","https://tidende.dk/debat/med-lov-skal-man-landanlaeg-bygge/126360","Jensen, T.W. (2022). Med lov skal man land(anlæg) bygge. Bornholm Tidende - Debat. https://tidende.dk/debat/med-lov-skal-man-landanlaeg-bygge/126360"]
["R.137","Public debate: Energiø without jobs - Energiø uden arbejdspladser ","https://tidende.dk/debat/energioe-uden-arbejdspladser/128314","Videslet, P.J. (2022). Energiø uden arbejdspladser. Bornholm Tidende - Debat. https://tidende.dk/debat/energioe-uden-arbejdspladser/128314"]
["R.138","Public perception and social acceptance of power-to-x technologies","https://dbi.adobeconnect.com/paozlz2gal8u/","Public perception and social acceptance of power-to-x technologies. DBI. https://dbi.adobeconnect.com/paozlz2gal8u/"]
["R.139","Rambøll: Energy islands in 2030: Tackling Bornholm’s CO2 scarcity in relation to Power-to-X","https://www.ramboll.com/insights/decarbonise-for-net-zero/energy-islands-in-2030-tackling-bornholm-s-co2-scarcity-in-relation-to-power-to-x"]
["R.140","Recent development in Power-to-X: Part I - A review on techno-economic analysis","https://www.sciencedirect.com/science/article/pii/S2352152X22018497#s0085","Dahiru, A. R., Vuokila, A., &  Huuhtanen, M. (2022). Recent development in Power-to-X: Part I - A review on techno-economic analysis. Journal of Energy Storage, 56, 105861. https://doi.org/10.1016/J.EST.2022.105861</div>"]
["R.141","Reference Regulatory Frameworks","https://joint-research-centre.ec.europa.eu/welcome-jec-website/reference-regulatory-framework_en","Reference Regulatory Frameworks (n.d). European Comission.  https://joint-research-centre.ec.europa.eu/welcome-jec-website/reference-regulatory-framework_en"]
["R.142","Regeringens strategi for Power-to-X.\n  -  The Government's strategy for Power-to-X","https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf","Strategi for Power-to-X | Energistyrelsen.  (n.d.). https://ens.dk/sites/ens.dk/files/ptx/strategy_ptx.pdf."]
["R.143","REGULATION (EU) 2020/852 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL","https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32020R0852","Establishment of a framework to facilitate sustainable investment, and amending Regulation (EU) 2019/2088 (2020). Official Journal of the European Union. Document 32020R0852. L 198/13. http://data.europa.eu/eli/reg/2020/852/oj"]
["R.144","Regulations implementing EU directive 32018L2001","https://www.retsinformation.dk/eli/lta/2023/608","Værditabsordningen (n.d.) Energistyrelsen. https://ens.dk/sites/ens.dk/files/Stoette_vedvarende_energi/vidensblad_-_vaerditabsordningen_nye_regler.pdf"]
["R.145","Renewable Energy Directive (RED II) - legally binding","https://eur-lex.europa.eu/eli/dir/2018/2001/oj","European Commission. \"Directive (EU) 2018/2001 of the European Parliament and of the Council of 11 December 2018 on the promotion of the use of energy from renewable sources.\" Official Journal of the European Union, European Commission, 2018, https://eur-lex.europa.eu/eli/dir/2018/2001/oj. "]
["R.146","Renewable Energy Directive (RED II) - provisional agreement","https://ec.europa.eu/commission/presscorner/detail/en/IP_23_2061","European Commission. European Green Deal: EU agrees stronger legislation to accelerate the rollout of renewable energy. Press release. 30.Mar.2023. https://ec.europa.eu/commission/presscorner/detail/en/IP_23_2061"]
["R.147","Renewable Power Remains Cost-Competitive amid Fossil Fuel Crisis","https://www.irena.org/news/pressreleases/2022/Jul/Renewable-Power-Remains-Cost-Competitive-amid-Fossil-Fuel-Crisis","Renewable Power Remains Cost-Competitive amid Fossil Fuel Crisis. (2022). IRENA.  https://www.irena.org/news/pressreleases/2022/Jul/Renewable-Power-Remains-Cost-Competitive-amid-Fossil-Fuel-Crisis."]
["R.148","Research and Innovation Funding","https://ec.europa.eu/info/horizon-europe-next-research-and-innovation-framework-programme_en","European Commission. \"Horizon Europe.\" European Commission, https://ec.europa.eu/info/horizon-europe-next-research-and-innovation-framework-programme_en."]
["R.149","Review of power-to-X demonstration projects in Europe","https://www.frontiersin.org/articles/10.3389/fenrg.2020.00191/full","Wulf, C., Zapp, P. and Schreiber, A. (2020) Review of power-to-X demonstration projects in Europe, Frontiers. Available at: https://www.frontiersin.org/articles/10.3389/fenrg.2020.00191/full (Accessed: 18 July 2023). "]
["R.150","Safety in the green hydrogen industry   - La seguridad en la industria del hidrógeno verde","https://www.mapfreglobalrisks.com/en/risks-insurance-management/article/safety-in-the-green-hydrogen-industry/","Reyes Delgado, G., Santos Remesal, J. & Navarro González, P. Safety in the green hydrogen industry (n.d.). MAPFRE Global Risks. Article.  https://www.mapfreglobalrisks.com/en/risks-insurance-management/article/safety-in-the-green-hydrogen-industry/"]
["R.151","SDG7 Energy Compact of Denmark\nA next Decade Action Agenda to advance SDG7 on sustainable energy for all, in line with the goals of the Paris Agreement on Climate Change","https://www.un.org/sites/un2.un.org/files/2021/09/210920_final_energy_compact-denmark.pdf","SDG7 Energy Compact of Denmark A next Decade Action Agenda to advance SDG7 on sustainable energy for all, in line with the goals of the Paris Agreement on Climate Change. (2020). Energistyrelsen. https://www.un.org/sites/un2.un.org/files/2021/09/210920_final_energy_compact-denmark.pdf"]
["R.152","Seveso - BEK no 372 of 25/04/2016  - Risikobekendtgørelsen - Order on control of the risk of major accidents involving dangerous substances","https://www.retsinformation.dk/eli/lta/2016/372","Risikobekendtgørelsen  | Miljøministeriet. (2016). BEK nr 372 af 25/04/2016. https://www.retsinformation.dk/eli/lta/2016/372"]
["R.153","Seveso - Minerva - major accidents database","https://minerva.jrc.ec.europa.eu/en/minerva","EUROPA - MINERVA Home Page - European Commission. (n.d.). https://minerva.jrc.ec.europa.eu/en/minerva</div>"]
["R.154","Seveso Annex I Part 1 -C&L Inventor - hazardous substances identified by Seveso hazard category.","https://echa.europa.eu/information-on-chemicals/cl-inventory-database","Homepage - ECHA. (n.d.).  https://echa.europa.eu/web/guest"]
["R.155","Seveso III Directive 2012/18/EU ","https://eur-lex.europa.eu/legal-content/EN/ALL/?uri=CELEX%3A32012L0018","I (Legislative acts) DIRECTIVE 2012/18/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 4 July 2012 on the control of major-accident hazards involving dangerous substances, amending and subsequently repealing Council Directive 96/82/EC. (2012). Official Journal of the European Union. L 197/1."]
["R.156","Seveso -Risikobekendtgørelsen - Guide to assess coverage","https://risikohaandbogen.mst.dk/virksomheder/er-virksomheden-omfattet-af-risikobekendtgoerelsen/","Risikohåndbogen v. 2. Er virksomheden omfattet af risikobekendtgørelsen?.   | Miljøministeriet. (2016). https://risikohaandbogen.mst.dk/virksomheder/er-virksomheden-omfattet-af-risikobekendtgoerelsen/"]
["R.157","Seveso -Risikobekendtgørelsen - Special rule for ammonia and chlorine","https://risikohaandbogen.mst.dk/virksomheder/er-virksomheden-omfattet-af-risikobekendtgoerelsen/saerregel-for-ammoniak-og-chlor/","Risikohåndbogen v. 2.Særregel for ammoniak og chlor.   | Miljøministeriet. (2016). https://risikohaandbogen.mst.dk/virksomheder/er-virksomheden-omfattet-af-risikobekendtgoerelsen/saerregel-for-ammoniak-og-chlor/."]
["R.158","Seveso -Risikohåndbogen - Process for case management of risk companies","https://risikohaandbogen.mst.dk/proces-for-sagsbehandling-af-risikovirksomheder/","Risikohåndbogen v. 2. Proces for sagsbehandling af risikovirksomheder | Miljøministeriet. (2016). https://risikohaandbogen.mst.dk/proces-for-sagsbehandling-af-risikovirksomheder/."]
["R.159","Seveso -Risikohåndbogen - Risk handbook v2 for companies","https://risikohaandbogen.mst.dk/virksomheder/","Risikohåndbogen v. 2   | Miljøministeriet. (2016). https://risikohaandbogen.mst.dk/media/191269/risikohaandbog-v-2-endelig.pdf"]
["R.160","SPØRGSMÅL OG SVAR OM ENERGIØ BORNHOLM- QUESTIONS AND ANSWERS ABOUT ENERGIØ BORNHOLM","https://energinet.dk/anlaeg-og-projekter/energioer/sporgsmal-og-svar-om-energio-bornholm/","Spørgsmål og svar om Energiø Bornholm | Energinet. (n.d.). https://energinet.dk/anlaeg-og-projekter/energioer/sporgsmal-og-svar-om-energio-bornholm."]
["R.161","State Aid Guidelines","https://ec.europa.eu/competition/state_aid/overview/index_en.html","European Commission\"State aid.\" European Commission, https://ec.europa.eu/competition/state_aid/overview/index_en.html. "]
["R.162","State aid scheme for the production of Power-t-X in Denmark","https://ens.dk/sites/ens.dk/files/ptx/state_aid_scheme_for_the_production_of_power_t_x_in_denmark_presentation_8march23.pdf","State aid scheme for the production of Power-t-X in Denmark | Energistyrelsen (2023). https://ens.dk/sites/ens.dk/files/ptx/state_aid_scheme_for_the_production_of_power_t_x_in_denmark_presentation_8march23.pdf"]
["R.163","State of green: Bornholm, the Baltic Sea’s green bunker hub","https://stateofgreen.com/en/news/bornholm-the-baltic-seas-new-green-bunker-hub/"]
["R.164","Strategi for grøn mobilitet_Bornholms Regionskommune","https://www.brk.dk/Indflydelse-Politik/Politikker/Documents/Strategi%20for%20gr%C3%B8n%20mobilitet_Bornholms%20Regionskommune.pdf","Strategi for grøn mobilitet | Bornholms Regionskommune. (2021).  https://www.brk.dk/Indflydelse-Politik/Politikker/Documents/Strategi%20for%20gr%C3%B8n%20mobilitet_Bornholms%20Regionskommune.pdf"]
["R.165","Strategies for flexible operation of power-to-X processes coupled with renewables","https://doi.org/10.1016/j.rser.2023.113282","Qi, M., Vo, D. N., Yu, H., Shu, C. M., Cui, C., Liu, Y., Park, J. & Moon, I. Strategies for flexible operation of power-to-X processes coupled with renewables (2022). Renewable and Sustainable Energy Reviews. https://doi.org/10.1016/j.rser.2023.113282"]
["R.166","Summary of the requirements in different frameworks.","C:\\Users\\olu\\OneDrive - Rønne Havn A S\\WP6\\Support documentation\\Graphics\\Source Ramboll. Summary of the regulation requirements in different frameworks..webp","Summary of the requirements in different frameworks. Ramboll (2023)"]
["R.167","T3.5 Market for waste heat  - 2022.11.17 Power-to-X Feasibility Study Bornholm WP3.5 ver2","https://roennehavn.sharepoint.com/:b:/s/PtXFeasibility/ESHhmgRJ2yNDjQOEHLWsGdEBX2tPRhGB_Bty0eraHxsj2A?e=RQWswE","Edström, J. T3.5 Market for waste heat (2023) Supplementary report to REACTRF22-0054-WP3. Bornholms Energi & Forsyning A/S (BEOF) ."]
["R.168","Techno-economic evaluation of hydrogen and ammonia as energy carriers\nin a multi-generation system","https://doi.org/10.1016/j.enconman.2023.116670","Wen, D., Liu, S., Ning, Z., Aziz M. Techno-economic evaluation of hydrogen and ammonia as energy carriers in a multi-generation system (2023). Energy Conversion and Management. https://doi.org/10.1016/j.enconman.2023.116670"]
["R.169","Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi.","https://crt.dk/wp-content/uploads/Testoe-Bornholm-2.0.-Mulige-perspektiver-for-en-videreudvikling-af-Bornholm-som-test-og-udviklingsmiljoe-for-groen-energi-og-teknologi.pdf","Manniche, J., Hansen, A. S. (2023). Testø Bornholm 2.0. Mulige perspektiver for en videreudvikling af Bornholm som\ntest- og udviklingsmiljø for grøn energi og teknologi. Center for Regional- og Turismeforskning (CRT). "]
["R.170","The cost of financing for renewable power","https://mc-cd8320d4-36a1-40ac-83cc-3389-cdn-endpoint.azureedge.net/-/media/Files/IRENA/Agency/Publication/2023/May/IRENA_Cost_of_financing_renewable_power_2023.pdf?rev=6b95edc23fa5468190745975681a71cc"," IRENA (2023), The cost of financing for renewable power, International Renewable Energy Agency,\nAbu Dhabi."]
["R.171","The Danish Energy Agency -  Save Wenergy Website  -  Energy statistics by region","https://sparenergi.dk/energi-og-co2-regnskabet/bornholm"]
["R.172","The Danish Energy Agency invites to market dialogue on a potential transition scheme for the open door scheme","https://ens.dk/en/press/danish-energy-agency-invites-market-dialogue-potential-transition-scheme-open-door-scheme","The Danish Energy Agency invites to market dialogue on a potential transition scheme for the open door scheme. (2023, June 29). Energistyrelsen. https://ens.dk/en/press/danish-energy-agency-invites-market-dialogue-potential-transition-scheme-open-door-scheme"]
["R.173","The feasibility of Power-to-X fuels for power generation","https://www.wartsila.com/docs/default-source/energy-docs/technology-products/white-papers/power-to-x.pdf?sfvrsn=92300843_3","The feasibility of Power-to-X fuels for power generation© . Wärtsilä Corporation. (2023). https://www.wartsila.com/docs/default-source/energy-docs/technology-products/white-papers/power-to-x.pdf?sfvrsn=92300843_3"]
["R.174","The GHG emission methodologies:  Main principles and application process","https://cinea.ec.europa.eu/system/files/2022-04/IF-SSC2021-PM-Main%20Principles.pdf","European Commission. \"The GHG emission methodologies:  Main principles and application process\". (n.d.). https://cinea.ec.europa.eu/system/files/2022-04/IF-SSC2021-PM-Main%20Principles.pdf"]
["R.175","The Power-to-X tender is now open","https://ens.dk/en/press/power-x-tender-now-open","The power-to-X tender is now open. (2023, April 19). Energistyrelsen. https://ens.dk/en/press/power-x-tender-now-open"]
["R.176","The Ukraine/Russia conflict : an accelerator to the energy crisis","https://kpmg.com/fr/fr/blogs/home/posts/2022/03/how-the-russia-ukraine-crisis-impacts-energy-industry.html","Besson, V. The Ukraine/Russia conflict : an accelerator to the energy crisis (2022). KPMG. https://kpmg.com/fr/fr/blogs/home/posts/2022/03/how-the-russia-ukraine-crisis-impacts-energy-industry.html."]
["R.177","The value loss scheme (new rules) -  Værditabsordningen (nye regler)","https://ens.dk/ansvarsomraader/stoette-til-vedvarende-energi/fremme-af-udbygning-med-vindmoeller-1","Værditabsordningen (nye regler) (2022) Energistyrelsen. https://ens.dk/ansvarsomraader/stoette-til-vedvarende-energi/fremme-af-udbygning-med-vindmoeller-1"]
["R.178","The value of flexibility for electrolyzers energinet.","https://energinet.dk/media/bonk4x1i/the-value-of-flexibility-for-electrolyzers-thomas-dalgas-fechtenburg-energinet.pdf","Fechtenburg, T. D. Energinet. (2022). The value of flexibility for electrolyzers energinet. https://energinet.dk/media/bonk4x1i/the-value-of-flexibility-for-electrolyzers-thomas-dalgas-fechtenburg-energinet.pdf"]
["R.179","Tillægsaftale om Energiø Bornholm 2022  -  Supplementary agreement on Energiø Bornholm 2022","https://kefm.dk/Media/637973611483004267/Aftaletekst%20till%C3%A6gsaftale%20Energi%C3%B8%20Bornholm.pdf","Aftaletekst tillægsaftale Energiø Bornholm.pdf (kefm.dk)","need revision"]
["R.180","Timeline and framework for Energy Island Bornholm OWF","https://ens.dk/en/our-responsibilities/wind-power/ongoing-offshore-wind-tenders/energy-island-bornholm-owf"]
["R.181","Trans-European Networks for Energy (TEN-E) Regulation","https://eur-lex.europa.eu/eli/reg/2013/347/oj","European Commission. \"Regulation (EU) No 347/2013 of the European Parliament and of the Council of 17 April 2013 on guidelines for trans-European energy infrastructure.\" Official Journal of the European Union, European Commission, 2013, https://eur-lex.europa.eu/eli/reg/2013/347/oj."]
["R.182","VE-Loven  -  The VE Act ","https://www.retsinformation.dk/eli/lta/2021/1791","Bekendtgørelse af lov om fremme af vedvarende energi (2021). Klima-, Energi- og Forsyningsministeriet. LBK no. 1791 of 02/09/2021"]
["R.183","Vidensblad for værditabsordningen  -  Information sheet for the loss of value scheme","https://ens.dk/sites/ens.dk/files/Stoette_vedvarende_energi/vidensblad_-_vaerditabsordningen_nye_regler.pdf","Vidensblad for værditabsordningen (n.d.).  Energistyrelsen. https://ens.dk/sites/ens.dk/files/Stoette_vedvarende_energi/vidensblad_-_vaerditabsordningen_nye_regler.pdf"]
["R.184","Vurdering af Terrortruslen mod Danmark 2023  -  Assessment of\nthe terrorist threat against Denmark","https://pet.dk/-/media/mediefiler/pet/dokumenter/analyser-og-vurderinger/vurdering-af-terrortruslen-mod-danmark/vurdering-af-terrortruslen-mod-danmark-2023.pdf","Vurdering af Terrortruslen mod Danmark 2023 (2023). Politiets Efterretningstjeneste. https://pet.dk/-/media/mediefiler/pet/dokumenter/analyser-og-vurderinger/vurdering-af-terrortruslen-mod-danmark/vurdering-af-terrortruslen-mod-danmark-2023.pdf"]
["R.185","Water  -  Energy production will give Bornholm a completely different status  -  Energiproduktion vil give Bornholm en helt anden status","https://tidende.dk/miljoe/energiproduktion-vil-give-bornholm-en-helt-anden-status/128779","Kristensen, S. T. (2022). Energiproduktion vil give Bornholm en helt anden status. Bornholm Tidende. https://tidende.dk/miljoe/energiproduktion-vil-give-bornholm-en-helt-anden-status/128779"]
["R.186","Water treatment for green hydrogen: what you need to know","https://hydrogentechworld.com/water-treatment-for-green-hydrogen-what-you-need-to-know","Madsen, H. T.  Water treatment for green hydrogen: what you need to know (2022). Silhorko-Eurowater.  https://hydrogentechworld.com/water-treatment-for-green-hydrogen-what-you-need-to-know"]
["R.187","Weaknesses and drivers for power-to-X diffusion in Europe. Insights from technological innovation system analysis","https://www.researchgate.net/publication/333749064_Weaknesses_and_drivers_for_power-to-X_diffusion_in_Europe_Insights_from_technological_innovation_system_analysis","Decourt, Benoit. (2019). Weaknesses and drivers for power-to-X diffusion in Europe. Insights from technological innovation system analysis. International Journal of Hydrogen Energy. 44. 10.1016/j.ijhydene.2019.05.149. "]
["R.188","What exactly is Power to X?","https://www.h2-international.com/2019/06/03/what-exactly-is-power-to-x/","Admin et al. (2019) What exactly is power-to-X?, H2. Available at: https://www.h2-international.com/2019/06/03/what-exactly-is-power-to-x/. "]
["R.189","The impact of industry transition on a CO2-neutral European energy system","https://data.europa.eu/doi/10.2833/094502","European Commission, Directorate-General for Energy, METIS 3, study S5 : the impact of industry transition on a CO2-neutral European energy system, Publications Office of the European Union, 2023, https://data.europa.eu/doi/10.2833/094502"]
["R.190","Study on regulatory barriers and recommendation for clean energy transition on EU islands","https://data.europa.eu/doi/10.2833/281276","European Commission, Directorate-General for Energy, De Brouwer, A., Rakocevic, L., Study on regulatory barriers and recommendation for clean energy transition on EU islands, Publications Office of the European Union, 2023, https://data.europa.eu/doi/10.2833/281276"]
["R.191","Technical support for RES policy development and implementation – Simplification of permission and administrative procedures for RES installations (RES Simplify)","https://data.europa.eu/doi/10.2833/239077","European Commission, Directorate-General for Energy, Tallat-Kelpšaitė, J., Brückmann, R., Banasiak, J., et al., Technical support for RES policy development and implementation : simplification of permission and administrative procedures for RES installations (RES simplify) : interim report, Publications Office of the European Union, 2022, https://data.europa.eu/doi/10.2833/239077"]
["R.192","the legal framework for renewable energy in Denmark","https://www.lexology.com/library/detail.aspx?g=6e255657-0feb-4f5a-8e56-12355806428e","the legal framework for renewable energy in Denmark"]
["R.193","Eurostat Energy Prices Interactive Tool","https://ec.europa.eu/eurostat/cache/infographs/energy_prices/enprices.html?geos=&product=6000&consumer=HOUSEHOLD&consoms=KWH_LT1000&unit=KWH&taxs=I_TAX,X_TAX,X_VAT&nrg_prc=NETC,NRG_SUP,OTH,TAX_CAP,TAX_ENV,TAX_NUC,TAX_RNW,VAT&currency=EUR&language=EN&detail=0&component=0&order=DESC&dataset=nrg_pc_204&time=2022-S2&modalOption=0&chartOption=0&precision=1&modalOpen=0&modal=0&modalLineOption=0","Eurostat Energy Prices Interactive Tool. https://ec.europa.eu/eurostat/cache/infographs/energy_prices/enprices.html?geos=&product=6000&consumer=HOUSEHOLD&consoms=KWH_LT1000"]
["R.194","Eurostat Annual Energy Data Interactive Tool - Energy balance flow - sankey diagram","https://ec.europa.eu/eurostat/cache/sankey/energy/sankey.html?geos=DK&year=2021&unit=GWh&fuels=TOTAL&highlight=_&nodeDisagg=0101000000000&flowDisagg=false&translateX=3&translateY=-1&scale=1&language=EN",". https://ec.europa.eu/eurostat/cache/sankey/energy/sankey.html?geos=DK&year=2021&unit=GWh&fuels=TOTAL&highlight=_&nodeDisagg=0101000000000&flowDisagg=false&translateX=3&translateY=-1&scale=1&language=EN"]
["R.195","Variable renewable energy deployment in low-emission scenarios: The role of technology cost and value","https://doi.org/10.1016/j.apenergy.2023.121119","Gurgel,A., Mignone, B. K., Morris, J., Kheshgi, H. Mowers, M., Steinberg, D., Herzog, H., Paltsev, S. Variable renewable energy deployment in low-emission scenarios: The role of technology cost and value, Applied Energy, Volume 344, 2023, 121119, ISSN 0306-2619, https://doi.org/10.1016/j.apenergy.2023.121119."]
["R.196","Policies database IEA","https://www.iea.org/policies?country=Denmark&page=2"," IEA’s Policies and Measures Database. Website https://www.iea.org/policies?country=Denmark&page=2"]
["R.197","ECU/EUR exchange rates versus national currencies","https://ec.europa.eu/eurostat/databrowser/view/tec00033/default/table?lang=en","ECU/EUR exchange rates versus national currencies. Eurostat. Website. https://ec.europa.eu/eurostat/databrowser/view/tec00033/default/table?lang=en"]
["R.198"," Announced Pledges Scenario (APS)","https://www.iea.org/reports/global-energy-and-climate-model/announced-pledges-scenario-aps","IEA (2022), Global Energy and Climate Model, IEA, Paris https://www.iea.org/reports/global-energy-and-climate-model, License: CC BY 4.0"]
["R.199","Making the breakthrough: Green hydrogen policies and technology costs","https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2020/Nov/IRENA_Green_Hydrogen_breakthrough_2021.pdf?la=en&hash=40FA5B8AD7AB1666EECBDE30EF458C45EE5A0AA6","IRENA (2021), Making the breakthrough: Green hydrogen policies and technology costs, International Renewable Energy Agency, Abu Dhabi."]
["R.200","Hydrogen Factsheet - Japan","https://adelphi.de/en/system/files/mediathek/bilder/H2%20Factsheet%20Japan.pdf"]
["R.201","Innovation Outlook : Renewable Methanol,","https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2021/Jan/IRENA_Innovation_Renewable_Methanol_2021.pdf"," IRENA AND METHANOL INSTITUTE (2021), Innovation Outlook : Renewable Methanol, International Renewable Energy Agency, Abu Dhabi. https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2021/Jan/IRENA_Innovation_Renewable_Methanol_2021.pdf"]
["R.202","Methanol as a renewable energy carrier: An assessment of production and transportation costs for selected global locations","https://doi.org/10.1016/j.adapen.2021.100050","Schorn, F., Breuer, J. L., Samsun, R. C., Schnorbus, T., Heuser, B., Peters, R., & Stolten, D. (2021). Methanol as a renewable energy carrier: An assessment of production and transportation costs for selected global locations. Advances in Applied Energy, 3, 100050. https://doi.org/10.1016/J.ADAPEN.2021.100050"]
["R.203","Levelised cost of hydrogen. Making the application of the LCOH concept more consistent and more useful","https://static.agora-energiewende.de/fileadmin/Projekte/2022/2022-12-10_Trans4Real/A-EW_301_LCOH_WEB.pdf","Agora Industry and Umlaut (2023): Levelised cost\nof hydrogen. Making the application of the LCOH\nconcept more consistent and more useful. https://static.agora-energiewende.de/fileadmin/Projekte/2022/2022-12-10_Trans4Real/A-EW_301_LCOH_WEB.pdf"]
["R.204","Public Perception and Social Acceptance of Power-to-X Technologies","https://dbi.adobeconnect.com/paozlz2gal8u/","Public Perception and Social Acceptance of Power-to-X Technologies (2022). DBI - The Danish Institute of Fire and Security Technology. Webinar. https://dbi.adobeconnect.com/paozlz2gal8u/"]
["R.205","Uncovering of Challenges, Opportunities and Approval Processes for Danish and Norwegian Operators Within Power-To-X.","https://brandogsikring.dk/files/Pdf/FogU/Interviews%20on%20P2X%20approval%20processes.pdf","Uncovering of Challenges, Opportunities and Approval Processes for Danish and Norwegian Operators Within Power-To-X (2921).  DBI - The Danish Institute of Fire and Security Technology. Report. https://brandogsikring.dk/files/Pdf/FogU/Interviews%20on%20P2X%20approval%20processes.pdf"]
["R.206","Our energy, our future. How offshore wind will help Europe go carbon-neutral. - project LCOE prices to 2050 by region","https://proceedings.windeurope.org/biplatform/rails/active_storage/disk/eyJfcmFpbHMiOnsibWVzc2FnZSI6IkJBaDdDRG9JYTJWNVNTSWhNSE0yTldGemMyMWhhRFJ2ZW1Wc05HTjRhbVp5Tm5Kd2NYRnZOQVk2QmtWVU9oQmthWE53YjNOcGRHbHZia2tpYzJsdWJHbHVaVHNnWm1sc1pXNWhiV1U5SWxkcGJtUkZkWEp2Y0dVdFQzVnlMVVZ1WlhKbmVTMVBkWEl0Um5WMGRYSmxMbkJrWmlJN0lHWnBiR1Z1WVcxbEtqMVZWRVl0T0NjblYybHVaRVYxY205d1pTMVBkWEl0Ulc1bGNtZDVMVTkxY2kxR2RYUjFjbVV1Y0dSbUJqc0dWRG9SWTI5dWRHVnVkRjkwZVhCbFNTSVVZWEJ3YkdsallYUnBiMjR2Y0dSbUJqc0dWQT09IiwiZXhwIjoiMjAyMy0wOC0yNlQxMToxMDozMS4zOThaIiwicHVyIjoiYmxvYl9rZXkifX0=--0fedb45152fbe526675cda3c56c9c9905df73329/WindEurope-Our-Energy-Our-Future.pdf?content_type=application%2Fpdf&disposition=inline%3B+filename%3D%22WindEurope-Our-Energy-Our-Future.pdf%22%3B+filename%2A%3DUTF-8%27%27WindEurope-Our-Energy-Our-Future.pdf'","Our energy, our future. How offshore wind will help Europe go carbon-neutral (2019), BVG Associates for Wind Europehttps://proceedings.windeurope.org/biplatform/rails/active_storage/disk/eyJfcmFpbHMiOnsibWVzc2FnZSI6IkJBaDdDRG9JYTJWNVNTSWhNSE0yTldGemMyMWhhRFJ2ZW1Wc05HTjRhbVp5Tm5Kd2NYRnZOQVk2QmtWVU9oQmthWE53YjNOcGRHbHZia2tpYzJsdWJHbHVaVHNnWm1sc1pXNWhiV1U5SWxkcGJtUkZkWEp2Y0dVdFQzVnlMVVZ1WlhKbmVTMVBkWEl0Um5WMGRYSmxMbkJrWmlJN0lHWnBiR1Z1WVcxbEtqMVZWRVl0T0NjblYybHVaRVYxY205d1pTMVBkWEl0Ulc1bGNtZDVMVTkxY2kxR2RYUjFjbVV1Y0dSbUJqc0dWRG9SWTI5dWRHVnVkRjkwZVhCbFNTSVVZWEJ3YkdsallYUnBiMjR2Y0dSbUJqc0dWQT09IiwiZXhwIjoiMjAyMy0wOC0yNlQxMToxMDozMS4zOThaIiwicHVyIjoiYmxvYl9rZXkifX0=--0fedb45152fbe526675cda3c56c9c9905df73329/WindEurope-Our-Energy-Our-Future.pdf?content_type=application%2Fpdf&disposition=inline%3B+filename%3D%22WindEurope-Our-Energy-Our-Future.pdf%22%3B+filename%2A%3DUTF-8%27%27WindEurope-Our-Energy-Our-Future.pdf "]
["R.207","LCOE Update and Recent Trends - Offshore Wind 2022","https://www.nrel.gov/wind/assets/pdfs/engineering-wkshp2022-1-1-jensen.pdf","Jensen, M. K. LCOE Update and Recent Trends - Offshore Wind (2022). Aegir Insights. https://www.nrel.gov/wind/assets/pdfs/engineering-wkshp2022-1-1-jensen.pdf"]
["R.208","How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs.","https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf","How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs (2022). KPMG Advisory N.V. https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf."]
["R.209","Operational flexibility analysis of alkaline electrolyzers integrated with a temperature-stabilizing control",null,"C. Huang, X. Jin, Y. Zong, S. You, C, Træholt, Y. Zheng, \"Operational flexibility analysis of alkaline electrolyzers integrated with a temperature-stabilizing control\", Presented in the 8th International Conference on Sustainable and Renewable Energy Engineering, Nice, France, May 12, 2023"]
["R.210","Off-grid Wind/hydrogen Systems with Multi-electrolyzers: Optimized Operational Strategies",null,"Y. Zheng, C. Huang, J. Tan, S. You,  Y. Zong, C. Træholt, \"Off-grid Wind/hydrogen Systems with Multi-electrolyzers: Optimized Operational Strategies\", Energy Conversion and Management, 2023 (Under review)"]
["R.211","Exploring Commercial Water Electrolyser Systems: A Data- based Analysis of Product Characteristics",null,"X. Jin, S. You, et al., “Exploring Commercial Water Electrolyser Systems: A Data- based Analysis of Product Characteristics”, Clean Energy, 2023 (under review)"]
["R.212","Techno-economic analysis of 1GW electrolyzer portfolio for Energy Island Bornholm",null,"Techno-economic analysis of 1GW electrolyzer portfolio for Energy Island Bornholm, Sergio Chen, June 2023 \n"]
["R.213","Maritime spatial plan","https://dma.dk/growth-and-framework-conditions/maritime-spatial-plan","Maritime spatial plan (2023). Danish Maritime Authority. https://dma.dk/growth-and-framework-conditions/maritime-spatial-plan."]
["R.214","Techno-economic analysis of current and emerging electrolysis\ntechnologies for green hydrogen production","https://doi.org/10.1016/J.ENCONMAN.2022.116162","Nami, H., Rizvandi, O. B., Chatzichristodoulou, C., Hendriksen, P. V., & Frandsen, H. L. (2022). Techno-economic analysis of current and emerging electrolysis technologies for green hydrogen production. Energy Conversion and Management, 269, 116162. https://doi.org/10.1016/J.ENCONMAN.2022.116162"]
["R.215","How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs.","https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf","How to evaluate the cost of the green hydrogen business case?. Assessing green hydrogen production costs (2022). KPMG Advisory N.V. https://assets.kpmg.com/content/dam/kpmg/be/pdf/2022/hydrogen-industry-1.pdf"]
["R.216","Techno-economic assessment of green ammonia production with different wind and solar potentials","https://doi.org/10.1016/j.rser.2022.113057","Campion, N., Nami, H., Swisher, P. R., Hendriksen, P. V., & Münster, M. (2023). Techno-economic assessment of green ammonia production with different wind and solar potentials. Renewable and Sustainable Energy Reviews, 173, [113057]. https://doi.org/10.1016/j.rser.2022.113057"]
["R.217","Hydrogen Demand and Cost Dynamics ","https://www.worldenergy.org/assets/downloads/Working_Paper_-_Hydrogen_Demand_And_Cost_Dynamics_-_September_2021.pdf?v=1658324860","Hydrogen Demand and Cost Dynamics (2021). World Energy Council.  Working Paper. https://www.worldenergy.org/assets/downloads/Working_Paper_-_Hydrogen_Demand_And_Cost_Dynamics_-_September_2021.pdf?v=1658324860"]
["R.218","Global Hydrogen Review 2022","https://iea.blob.core.windows.net/assets/c5bc75b1-9e4d-460d-9056-6e8e626a11c4/GlobalHydrogenReview2022.pdf","Global Hydrogen Review 2022"]
["R.219","The dawn of green hydrogen (Hydrogren production Costs in GCC countries)","https://www.strategyand.pwc.com/m1/en/reports/2020/the-dawn-of-green-hydrogen/the-dawn-of-green-hydrogen.pdf","The dawn of green hydrogen. Maintaining the decarbonized world. Strategy&  (2020). https://www.strategyand.pwc.com/m1/en/reports/2020/the-dawn-of-green-hydrogen/the-dawn-of-green-hydrogen.pdf"]
["R.220","Europe levelised cost of electricity (LCOE) - Sensitivity analysis report","https://go.woodmac.com/l/131501/2023-02-24/2ysys5/131501/1677234648oZAzOMTD/Europe_levelised_cost_of_electricity_2022_LCOE_Sensitivity_analysis_re.pdf","Europe levelised cost of electricity 2022 (LCOE) – Sensitivity analysis repor (2023). Wood Mackenzie Limited"]
["R.221","European power & renewables: 5 things to look for in 2023","https://roennehavn-my.sharepoint.com/personal/olu_portofroenne_com/_layouts/OneNote.aspx?id=%2Fpersonal%2Folu_portofroenne_com%2FDocuments%2FOlga%20Lucia%20%40%20Arbejde&wd=target%28Business%20Cases.one%7CD538531F-06C9-4460-85E1-5D5FD1CFC6B0%2FEuropean%20power%20%26%20renewables%3A%205%20things%20to%20look%20for%20in%7CD4208A76-93AC-4C32-9C6C-7A30C3D218B2%2F%29\nonenote:https://roennehavn-my.sharepoint.com/personal/olu_portofroenne_com/Documents/Olga%20Lucia%20@%20Arbejde/Business%20Cases.one#European%20power%20%20renewables%205%20things%20to%20look%20for%20in&section-id={D538531F-06C9-4460-85E1-5D5FD1CFC6B0}&page-id={D4208A76-93AC-4C32-9C6C-7A30C3D218B2}&end","European power & renewables: 5 things to look for in 2023"]
["R.222","World Energy Outlook 2022 – Three Scenarios for the Energy Transition","https://commonwealthclimatelaw.org/world-energy-outlook-2022-three-scenarios-for-the-energy-transition/","Cooper, A. Commonwealth Climate and Law Initiative. World Energy Outlook 2022 – Three Scenarios for the Energy Transition (2022). https://commonwealthclimatelaw.org/world-energy-outlook-2022-three-scenarios-for-the-energy-transition/"]
["R.223","Understanding GEC Model scenarios","https://www.iea.org/reports/global-energy-and-climate-model/understanding-gec-model-scenarios","IEA (2022), Global Energy and Climate Model, IEA, Paris https://www.iea.org/reports/global-energy-and-climate-model, License: CC BY 4.0"]
["R.224","Energy from green hydrogen will be expensive, even in 2050","https://sustainability.crugroup.com/article/energy-from-green-hydrogen-will-be-expensive-even-in-2050?fbclid=IwAR3gQVvaCikBTXRUA6-XlW7eBI1YUFsSKUlx-X0FX0TAl8_zttmM4_yYSmY","Wan, L., Butterworth, P. Energy from green hydrogen will be expensive, even in 2050 (2023). CRU International Limited. https://sustainability.crugroup.com/article/energy-from-green-hydrogen-will-be-expensive-even-in-2050?fbclid=IwAR3gQVvaCikBTXRUA6-XlW7eBI1YUFsSKUlx-X0FX0TAl8_zttmM4_yYSmY"]
["R.225"]

{"sheet":"Regulations","index":10,"n_rows":317,"n_cols":2,"rows_kept":317,"cut":false,"hidden":true,"merged":[]}
["Regulations implementing EU directive 32018L2001","BEK no 946 of 26/06/2023"]
[null,"APPLICABLE"]
[null,"Order on grants for conversions to heat pumps in buildings for year-round occupancy (Heat pump pool)"]
[null,"2023-06-28"]
[null,"BEK no 913 of 22/06/2023"]
[null,"APPLICABLE"]
[null,"Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources"]
[null,"2023-06-27"]
[null,"BEK no 882 of 20/06/2023"]
[null,"APPLICABLE"]
[null,"Notice on contact point and deadlines for the renewable energy permit process"]
[null,"2023-06-24"]
[null,"BEK no 857 of 20/06/2023"]
[null,"APPLICABLE"]
[null,"Decree on renewable energy self-consumers"]
[null,"2023-06-22"]
[null,"BEK no 697 of 06/06/2023"]
[null,"APPLICABLE"]
[null,"Order on the approval of projects for collective heating supply systems"]
[null,"2023-06-09"]
[null,"BEK no 674 of 02/06/2023"]
[null,"APPLICABLE"]
[null,"Order on grants for energy savings, energy efficiency improvements and CO2 reductions in business enterprises"]
[null,"2023-06-03"]
[null,"BEK no 649 of 31/05/2023"]
[null,"APPLICABLE"]
[null,"Order on Handbook on the fulfillment of sustainability requirements and requirements for saving greenhouse gas emissions for biomass fuels for energy purposes (HB 2021)"]
[null,"2023-06-02"]
[null,"BEK no 650 of 31/05/2023"]
[null,"APPLICABLE"]
[null,"Order on price supplements for upgraded biogas delivered to an interconnected gas system and for purified biogas delivered to a city gas network"]
[null,"2023-06-02"]
[null,"ACT no. 608 of 31/05/2023"]
[null,"APPLICABLE"]
[null,"Act amending the Act on the promotion of renewable energy (Payment of support and collection of payment for electricity produced on tendered offshore wind farms and implementation of parts of the VE II directive)"]
[null,"2023-06-01"]
[null,"BEK no 601 of 30/05/2023"]
[null,"APPLICABLE"]
[null,"Order amending the order on guarantee of origin for electricity from highly efficient combined heat and power generation"]
[null,"2023-05-31"]
[null,"BEK no 602 of 30/05/2023"]
[null,"APPLICABLE"]
[null,"Executive order amending the executive order on the declaration of electricity to consumers (Electricity labeling order)"]
[null,"2023-05-31"]
[null,"BEK no 641 of 27/05/2023"]
[null,"APPLICABLE"]
[null,"Decree on sustainability and saving of greenhouse gas emissions for biomass fuels and liquid biofuels for energy purposes, etc."]
[null,"2023-06-02"]
[null,"BEK no 594 of 26/05/2023"]
[null,"APPLICABLE"]
[null,"Decree on CO2e displacement requirements and sustainability etc"]
[null,"2023-05-31"]
[null,"BEK no 589 of 24/05/2023"]
[null,"APPLICABLE"]
[null,"Order on system responsible company and use of the electricity transmission network, etc"]
[null,"2023-05-31"]
[null,"ACT no. 415 of 25/04/2023"]
[null,"APPLICABLE"]
[null,"Act amending the Electricity Supply Act and the Electricity Tax Act (Implementation of various agreements on green transition, including parts of the power-to-x agreement of 15 March 2022)"]
[null,"2023-04-26"]
[null,"LBK no. 423 of 19/04/2023"]
[null,"APPLICABLE"]
[null,"Announcement of the Gas Supply Act"]
[null,"2023-04-26"]
[null,"LBK no. 271 of 09/03/2023"]
[null,"APPLICABLE"]
[null,"Promulgation of the Act on Energinet"]
[null,"2023-03-14"]
[null,"LBK no. 221 of 06/03/2023"]
[null,"APPLICABLE"]
[null,"Promulgation of the District Cooling Act"]
[null,"2023-03-08"]
[null,"BEK no 1535 of 16/12/2022"]
[null,"HISTORIC"]
[null,"Decree on sustainability and saving of greenhouse gas emissions for biomass fuels and liquid biofuels for energy purposes, etc."]
[null,"2022-12-20"]
[null,"BEK no 1494 of 06/12/2022"]
[null,"APPLICABLE"]
[null,"Order on subsidies for individual heat pumps when scrapping oil, wood pellet or gas boilers (Scropping scheme)"]
[null,"2022-12-08"]
[null,"BEK no 1422 of 28/10/2022"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings, energy efficiency improvements and CO2 reductions in business enterprises"]
[null,"2022-10-29"]
[null,"BEK no 1419 of 27/10/2022"]
[null,"HISTORIC"]
[null,"Order on Handbook on the fulfillment of sustainability requirements and requirements for saving greenhouse gas emissions for biomass fuels for energy purposes (HB 2021)"]
[null,"2022-10-28"]
[null,"BEK no 1420 of 27/10/2022"]
[null,"HISTORIC"]
[null,"Decree on sustainability and saving of greenhouse gas emissions for biomass fuels and liquid biofuels for energy purposes, etc."]
[null,"2022-10-28"]
[null,"BEK no 1363 of 29/09/2022"]
[null,"APPLICABLE"]
[null,"Order on permission for the establishment and modification of electricity production facilities as well as electricity production from facilities on land"]
[null,"2022-09-30"]
[null,"LBK no. 1161 of 05/08/2022"]
[null,"HISTORIC"]
[null,"Promulgation of the Act on Energinet"]
[null,"2022-08-11"]
[null,"BEK no 991 of 27/06/2022"]
[null,"APPLICABLE"]
[null,"Order on the approval of projects for industrial and district cooling facilities"]
[null,"2022-06-28"]
[null,"BEK no 711 of 24/05/2022"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings and energy efficiency improvements in buildings for year-round occupancy"]
[null,"2022-05-26"]
[null,"BEK no 712 of 24/05/2022"]
[null,"HISTORIC"]
[null,"Order on subsidies for individual heat pumps when scrapping oil or gas boilers (Scropping scheme)"]
[null,"2022-05-26"]
[null,"BEK no 734 of 23/05/2022"]
[null,"APPLICABLE"]
[null,"Order on energy companies and building owners' information obligations towards end customers and end users about energy consumption and invoicing, etc."]
[null,"2022-06-01"]
[null,"BEK no 642 of 17/05/2022"]
[null,"HISTORIC"]
[null,"Decree on sustainability and saving of greenhouse gas emissions for biomass fuels and liquid biofuels for energy purposes, etc."]
[null,"2022-05-19"]
[null,"BEK no 347 of 21/03/2022"]
[null,"APPLICABLE"]
[null,"Order on price supplements for electricity produced by burning biomass in accordance with section 45 bi of the Act on the Promotion of Renewable Energy"]
[null,"2022-03-23"]
[null,"BEK no 348 of 21/03/2022"]
[null,"HISTORIC"]
[null,"Order on price supplements for upgraded biogas delivered to an interconnected gas system and for purified biogas delivered to a city gas network"]
[null,"2022-03-23"]
[null,"BEK no 2654 of 28/12/2021"]
[null,"HISTORIC"]
[null,"Order on permission for the establishment and modification of electricity production facilities as well as electricity production from facilities on land"]
[null,"2021-12-30"]
[null,"BEK no 2657 of 28/12/2021"]
[null,"APPLICABLE"]
[null,"Order on net settlement for self-producers of electricity"]
[null,"2021-12-30"]
[null,"BEK no 2520 of 14/12/2021"]
[null,"HISTORIC"]
[null,"Decree on CO2e displacement requirements and sustainability etc"]
[null,"2021-12-22"]
[null,"BEK no 2536 of 14/12/2021"]
[null,"HISTORIC"]
[null,"Order on handbook on documentation for meeting CO2e displacement requirements, etc. (HB 2022)"]
[null,"2021-12-23"]
[null,"BEK no 2426 of 14/12/2021"]
[null,"HISTORIC"]
[null,"Order on the approval of projects for industrial and district cooling facilities"]
[null,"2021-12-16"]
[null,"BEK no 2237 of 01/12/2021"]
[null,"APPLICABLE"]
[null,"Order on subsidies for energy savings and energy efficiency improvements in commercial enterprises"]
[null,"2021-12-02"]
[null,"LBK no. 2167 of 29/11/2021"]
[null,"APPLICABLE"]
[null,"Promulgation of the Act on Sustainable Biofuels and on the Reduction of Greenhouse Gases (Biofuels Act)"]
[null,"2021-11-30"]
[null,"LBK no. 2068 of 16/11/2021"]
[null,"APPLICABLE"]
[null,"Promulgation of the Heat Supply Act"]
[null,"2021-11-19"]
[null,"BEK no 2080 of 15/11/2021"]
[null,"APPLICABLE"]
[null,"Decree on the approval of list companies"]
[null,"2021-11-23"]
[null,"LBK no 1944 of 12/10/2021"]
[null,"HISTORIC"]
[null,"Promulgation of the District Cooling Act"]
[null,"2021-10-16"]
[null,"LBK no. 1923 of 08/10/2021"]
[null,"APPLICABLE"]
[null,"Promulgation of the Act on the Promotion of Energy Savings in Buildings"]
[null,"2021-10-12"]
[null,"BEK no 1816 of 14/09/2021"]
[null,"APPLICABLE"]
[null,"Order on subsidies for energy improvements and digital solutions in municipal and regional buildings"]
[null,"2021-09-16"]
[null,"BEK no 1812 of 13/09/2021"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings and energy efficiency improvements in buildings for year-round occupancy"]
[null,"2021-09-15"]
[null,"BEK no 1466 of 29/06/2021"]
[null,"APPLICABLE"]
[null,"Decree on the marking of waters in the Danish and Greenland marking area, etc. (Demarking Decree)"]
[null,"2021-06-30"]
[null,"BEK no 1393 of 21/06/2021"]
[null,"APPLICABLE"]
[null,"Proclamation on waste water permits etc. according to Chapters 3 and 4 of the Environmental Protection Act"]
[null,"2021-06-26"]
[null,"BEK no 1352 of 18/06/2021"]
[null,"HISTORIC"]
[null,"Order on Handbook on the fulfillment of sustainability requirements and requirements for saving greenhouse gas emissions for biomass fuels for energy purposes (HB 2021)"]
[null,"2021-06-24"]
[null,"BEK no 1317 of 18/06/2021"]
[null,"APPLICABLE"]
[null,"Order amending the order on an approval scheme for companies that install small renewable energy plants"]
[null,"2021-06-19"]
[null,"BEK no 9475 of 17/06/2021"]
[null,"APPLICABLE"]
[null,"BL 3-11 A Provisions amending BL 3-11, Provisions on aviation marking of wind turbines, 2nd edition of 28 February 2014 Issue 1, 17 June 2021"]
[null,"2021-06-23"]
[null,"BEK no 1297 of 14/06/2021"]
[null,"APPLICABLE"]
[null,"Order on subsidies for biogas sold for use in transport, or used for process purposes in companies or for heat production"]
[null,"2021-06-18"]
[null,"BEK no 1312 of 14/06/2021"]
[null,"HISTORIC"]
[null,"Order on price supplements for upgraded biogas delivered to an interconnected gas system and for purified biogas delivered to a city gas network"]
[null,"2021-06-19"]
[null,"BEK no 1298 of 14/06/2021"]
[null,"APPLICABLE"]
[null,"Order on price supplements for electricity produced using biogas or gasification gas produced from biomass"]
[null,"2021-06-18"]
[null,"BEK no 1313 of 14/06/2021"]
[null,"HISTORIC"]
[null,"Decree on sustainability and saving of greenhouse gas emissions for biomass fuels and liquid biofuels for energy purposes, etc."]
[null,"2021-06-19"]
[null,"BEK no 1299 of 14/06/2021"]
[null,"HISTORIC"]
[null,"Order on price supplements for electricity produced by burning biomass in accordance with section 45 bi of the Act on the Promotion of Renewable Energy"]
[null,"2021-06-18"]
[null,"BEK no 1301 of 14/06/2021"]
[null,"APPLICABLE"]
[null,"Order on price supplements for electricity produced by burning biomass in accordance with § 45 ai Act on the Promotion of Renewable Energy"]
[null,"2021-06-18"]
[null,"BEK no 1216 of 07/06/2021"]
[null,"HISTORIC"]
[null,"Order on guarantees of origin for electricity, gas, district heating and district cooling from renewable energy sources"]
[null,"2021-06-10"]
[null,"BEK no 1215 of 05/06/2021"]
[null,"HISTORIC"]
[null,"Notice on contact point and deadlines for the renewable energy permit process"]
[null,"2021-06-10"]
[null,"BEK no 1133 of 03/06/2021"]
[null,"HISTORIC"]
[null,"Decree on the sustainability of biofuels, etc"]
[null,"2021-06-05"]
[null,"BEK no 1069 of 30/05/2021"]
[null,"APPLICABLE"]
[null,"Order on RE communities and citizen energy communities and the relationship between RE communities and citizen energy communities and electricity trading companies and collective electricity supply companies"]
[null,"2021-06-02"]
[null,"BEK no 1067 of 28/05/2021"]
[null,"HISTORIC"]
[null,"Order on system responsible company and use of the electricity transmission network, etc"]
[null,"2021-06-02"]
[null,"BEK no 1068 of 28/05/2021"]
[null,"HISTORIC"]
[null,"Order on subsidies for energy savings and energy efficiency improvements in commercial enterprises"]
[null,"2021-06-02"]
[null,"BEK no 1044 of 27/05/2021"]
[null,"HISTORIC"]
[null,"Order on net settlement for self-producers of electricity"]
[null,"2021-06-01"]
[null,"BEK no 1045 of 27/05/2021"]
[null,"HISTORIC"]
[null,"Order on exemption from payment to cover public obligations pursuant to § 8 a and § 8 bi of the Electricity Supply Act for instantaneous consumption of electricity produced at certain plants owned by the self-producer"]
[null,"2021-06-01"]
[null,"ACT no. 923 of 18/05/2021"]
[null,"APPLICABLE"]
[null,"Act amending the Act on Natural Gas Supply, the Act on the Promotion of Renewable Energy and various other Acts (Integration of gas from renewable energy sources, offering price supplements for upgraded biogas and other gases from renewable energy sources, offering support for the production of fuels or other products from electricity (power-to-x), adjustment of the financial regulation of gas distribution companies and the rules for the gas retail market and comparison of regions with municipalities in relation to self-production of electricity in case of company separation, etc.)"]
[null,"2021-05-19"]
[null,"LBK no. 984 of 12/05/2021"]
[null,"APPLICABLE"]
[null,"Announcement of the Electricity Supply Act"]
[null,"2021-05-27"]
[null,"BEK no 525 of 26/03/2021"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings and energy efficiency improvements in buildings for year-round occupancy"]
[null,"2021-03-27"]
[null,"BEK no 86 of 21/01/2021"]
[null,"HISTORIC"]
[null,"Executive order amending the executive order on the sustainability of biofuels, etc"]
[null,"2021-01-27"]
[null,"BEK no 2277 of 29/12/2020"]
[null,"HISTORIC"]
[null,"Decree on the sustainability of biofuels, etc"]
[null,"2020-12-31"]
[null,"BEK no 2245 of 29/12/2020"]
[null,"HISTORIC"]
[null,"Order on system responsible company and use of the electricity transmission network, etc"]
[null,"2020-12-30"]
[null,"BEK no 2251 of 29/12/2020"]
[null,"HISTORIC"]
[null,"Order on energy companies and building owners' information obligations towards end customers about energy consumption and invoicing, etc."]
[null,"2020-12-30"]
[null,"ACT no. 2211 of 29/12/2020"]
[null,"HISTORIC"]
[null,"Act amending the Act on Energinet, the Act on Electricity Supply and the Act on Natural Gas Supply (Amendment of the purpose determination for Energinet, new transparent process for Energinet's investments and new forward-looking economic regulation of Energinet, etc.)"]
[null,"2020-12-30"]
[null,"CIR1H no 9909 of 09/12/2020"]
[null,"APPLICABLE"]
[null,"Circular on energy efficiency in state institutions (to all ministries with associated institutions, etc.)"]
[null,"2020-12-11"]
[null,"BEK no 1467 of 12/10/2020"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings and energy efficiency improvements in buildings for year-round occupancy"]
[null,"2020-10-13"]
[null,"BEK no 1414 of 29/09/2020"]
[null,"HISTORIC"]
[null,"Order on subsidies for energy savings and energy efficiency improvements in commercial enterprises"]
[null,"2020-09-30"]
[null,"BEK no 1415 of 29/09/2020"]
[null,"HISTORIC"]
[null,"Order on subsidies for individual heat pumps when scrapping oil or gas boilers (Scropping scheme)"]
[null,"2020-09-30"]
[null,"BEK no 851 of 10/06/2020"]
[null,"HISTORIC"]
[null,"Order on grants for energy savings and energy efficiency improvements in buildings for year-round occupancy"]
[null,"2020-06-13"]
[null,"BEK no 852 of 10/06/2020"]
[null,"HISTORIC"]
[null,"Order on subsidies for energy savings and energy efficiency improvements in commercial enterprises"]
[null,"2020-06-13"]
[null,"BEK no 853 of 10/06/2020"]
[null,"HISTORIC"]
[null,"Order on subsidies for individual heat pumps when scrapping oil boilers"]
[null,"2020-06-13"]
[null,"close"]

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[null,"Review","https://dma.dk/Media/637847381174295461/ZESM%20Roadmap.pdf"]
[null,"Review","https://www.linkedin.com/pulse/electrolyser-efficiency-gareth-richardson%3FtrackingId=3z7zS2dy5uTk8rdYNiDUXg%253D%253D/?trackingId=3z7zS2dy5uTk8rdYNiDUXg%3D%3D"]

{"sheet":"Source","index":12,"n_rows":96,"n_cols":17,"rows_kept":96,"cut":false,"hidden":false,"merged":[[12,4,12,5],[29,2,29,4]]}
[]
[null,"Domain",null,null,"Impact",null,null,null,"Relevance",null,null,null,"Validation"]
[null,"POLITICAL","P","#D31774","Positive (+)","(+)",2,null,0,0,"Very Low - (0)",null,"Name ","Organization","Org ","Role","Code"]
[null,"ECONOMIC","Ec","#FF7A47","Neutral (+/-)","(+/-)",1,null,1,1,"Low  - (1)",null,"A. Damgaard","Technical University of Denmark (Wind and Energy Systems) ","DTU.WE","Steering Committee Member","SC"]
[null,"SOCIAL ","S","#FFD900","Negative (-)","(-)",-1,null,2,2,"Medium Low - (2)",null,"A. Letoffet","Technical University of Denmark (Management) ","DTU.Man","Team Member","TM"]
[null,"TECHNOLOGICAL","T","#8DC680","N/A - (0)","N/A",0,null,3,3,"Medium - (3)",null,"A. Thomas","CRT","CRT","Team Member","TM"]
[null,"ENVIRONMENTAL","En","#38B7E0",null,null,null,null,4,4,"High - (4)",null,"B. Stigsen","Bornholms Regionskommune (BRK)  ","BRK","Project Officer","PO"]
[null,"LEGAL","L","#0096E0",null,null,null,null,5,5,"Very High - (5)",null,"C. Jacobsen","Bornholms Energi & Forsyning A/S (BEOF) ","BEOF","Project Officer","PO"]
[null,null,null,null,null,null,null,null,"N/A","N/A",null,null,"C. Træholt","Technical University of Denmark (Wind and Energy Systems) ","DTU.WE","Team Member","TM"]
[null,null,null,null,null,null,null,null,null,null,null,null,"D. Garcia Marin","Technical University of Denmark (Management) ","DTU.Man","Team Member","TM"]
[null,null,null,null,null,null,null,null,null,null,null,null,"E. Nielsen","Rambøll Management Consulting A/S ","RAM","Steering Committee Member","SC"]
[null,null,null,null,null,null,null,null,null,null,null,null,"F. Andreasen ","Danfoss Power Electronics  A/S","RAM","Team Member","TM"]
[null,null,null,null,"SWOT",null,null,null,null,null,null,null,"F. Qvistgaard  ","Technical University of Denmark (Management) ","DTU.Man","Project Officer","PO"]
[null,null,null,null,"S / W","O / T",null,null,null,null,null,null,"J. Edström","Bornholms Energi & Forsyning A/S (BEOF) ","BEOF","Team Member","TM"]
[null,null,null,null,"S","O",null,null,null,null,null,null,"J. Frederiksen","Rønne Havn A/S ","PoR ","Team Member","TM"]
[null,null,null,null,"W","T",null,null,null,null,null,null,"J. Fredsted","Danfoss Power Electronics  A/S","RAM","Steering Committee Member","SC"]
[null,null,null,null,null,null,null,null,null,null,null,null,"J. Jacobsen","Topsoe A/S ","TOP ","Project Officer","PO"]
[null,null,null,null,null,null,null,null,null,null,null,null,"J. Kofoed","Bornholms Energi & Forsyning A/S (BEOF) ","BEOF","Project Officer","PO"]
[null,null,null,null,"WP",null,null,null,null,null,null,null,"J. Skov-Spilling","Gate21","G21","Steering Committee Member","SC"]
[null,null,null,"Work Package 1","WP1",null,null,null,null,null,null,null,"L. Haaning","Rambøll Management Consulting A/S ","RAM","Team Member","TM"]
[null,null,null,"Work Package 2","WP2",null,null,null,null,null,null,null,"L. Hansen","Ørsted Hydrogen Holding A/S ","ØRS","Project Officer","PO"]
[null,null,null,"Work Package 3","WP3",null,null,null,null,null,null,null,"L. Knudsen","Topsoe A/S ","TOP ","Team Member","TM"]
[null,null,null,"Work Package 4","WP4",null,null,null,null,null,null,null,"L. Lund","Gate21","G21","Project Officer","PO"]
[null,null,null,"Work Package 5","WP5",null,null,null,null,null,null,null,"M. Bach-Olesen ","Skovgaard Energy ApS ","SE","Team Member","TM"]
[null,null,null,"Work Package 6","WP6",null,null,null,null,null,null,null,"M. Bendtsen","Rønne Havn A/S ","PoR ","Project Officer","PO"]
[null,null,null,"Extension","Ext.",null,null,null,null,null,null,null,"M. Boss","Bornholms Regionskommune (BRK)  ","BRK","Steering Committee Member","SC"]
[null,null,null,null,null,null,null,null,null,null,null,null,"M. Brandt-Bernbom","Bornholms Regionskommune (BRK)  ","BRK","Team Member","TM"]
[null,null,null,null,null,null,null,null,null,null,null,null,"M. Kure","Gate21","G21","Team Member","TM"]
[null,null,null,null,null,null,null,null,null,null,null,null,"M. Münster ","Technical University of Denmark (Management) ","DTU.Man","Steering Committee Member","SC"]
[null,"Domain","Category",null,null,null,null,null,null,null,null,null,"M. Skøt","Bornholms Energi & Forsyning A/S (BEOF) ","BEOF","Steering Committee Member","SC"]
[null,"P","Collaboration and International Cooperation",null,null,null,null,null,null,null,null,null,"N. Campion","Technical University of Denmark (Management) ","DTU.Man","Team Member","TM"]
[null,null,"Energy Independence and Security",null,null,null,null,null,null,null,null,null,"N. Gade","Danfoss Power Electronics  A/S","RAM","Project Officer","PO"]
[null,null,"Environmental Impact",null,null,null,null,null,null,null,null,null,"O. Uribe","Rønne Havn A/S ","PoR ","Project Officer","PO"]
[null,null,"Funding and Employment",null,null,null,null,null,null,null,null,null,"P. Han","Skovgaard Energy ApS ","SE","Project Officer","PO"]
[null,null,"Infrastructure and Capacity",null,null,null,null,null,null,null,null,null,"A. Gaur","Rambøll Management Consulting A/S ","RAM","Project Officer","PO"]
[null,null,"Innovation and Environmental Impact",null,null,null,null,null,null,null,null,null,"S. You","Technical University of Denmark (Wind and Energy Systems) ","DTU.WE","Project Officer","PO"]
[null,null,"Regulations and Policies",null,null,null,null,null,null,null,null,null,"T. Jørgensen","Bornholms Energi & Forsyning A/S (BEOF) ","BEOF","Team Member","TM"]
[null,"Ec","Carbon Regulations"]
[null,null,"Energy Costs"]
[]
[null,null,"Funding and Financing"]
[null,null,"Government Support"]
[null,null,"Grid Infrastructure"]
[null,null,"Initial Investment"]
[null,null,"Long-Term Contracts"]
[null,null,"Market Demand"]
[null,null,"Technology Advancements"]
[null,"S","Community Involvement & Acceptance"]
[null,null,"Cultural and Heritage"]
[null,null,"Effect on local communities"]
[null,null,"Employment"]
[null,null,"Safety Concerns:"]
[null,"T","Electrolyzer Technology"]
[null,null,"Energy and Input"]
[null,null,"Environmental Considerations"]
[null,null,"Hydrogen Storage Solutions",null,null,null,null,null,null,null,null,null,null,"Energy Economics"]
[null,null,"Process Optimization",null,null,null,null,null,null,null,null,null,null,"Policy and Incentives"]
[null,null,"System Setup",null,null,null,null,null,null,null,null,null,null,"Market Dynamics"]
[null,"En",null,null,null,null,null,null,null,null,null,null,null,"Infrastructure and Integration"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Innovation and Technology"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Financing and Funding"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Carbon Regulations"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Production costs"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Funding and Financing"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Government Support"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Grid Infrastructure"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Initial Investment"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Long-Term Contracts"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Research and Development Advances"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Competing Technologies"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"L","Regulatory and Policy Landscape"]
[null,null,"Government Support and Funding"]
[null,null,"Environmental and Sustainability Regulations"]
[null,null,"Land and Space Usage"]
[null,null,"Economic and Financial Factors:"]
[null,null,"Community Engagement and Local Impact"]
[null,null,"Technical and Operational Challenges"]

{"sheet":"Overall explanation","index":13,"n_rows":7,"n_cols":2,"rows_kept":7,"cut":false,"hidden":false,"merged":[]}
["PESTEL Factor","Explanation"]
["POLITICAL","The political factor assesses the influence of government policies, regulations, and stability on Power-to-X (PtX) technologies. This includes factors such as energy policies, subsidies, incentives, and political support for renewable energy and PtX development. Political stability and geopolitical factors that may affect the availability and affordability of energy resources are also considered."]
["ECONOMIC","The economic factor evaluates the financial aspects and market conditions related to PtX technologies. It includes factors such as the cost of production, market demand and price for PtX products, energy prices, government incentives and subsidies, as well as the availability and cost of infrastructure and raw materials required for PtX processes. Economic viability and competitiveness of PtX technologies are assessed under this factor."]
["SOCIAL ","The social (sociocultural) factor explores the social and cultural aspects that may impact the acceptance and adoption of PtX technologies. This includes public awareness and perception of renewable energy, attitudes towards PtX products, consumer preferences, and societal values related to sustainability and environmental concerns. Social acceptance and willingness to embrace PtX as a viable energy solution are considered."]
["TECHNOLOGICAL","The technological factor assesses the level of technological advancements and innovation in PtX processes. It includes factors such as research and development (R&D) activities, efficiency improvements, scalability, and the availability of supporting technologies. The rate of technological progress, including breakthroughs and cost reduction potential, can significantly impact the development and deployment of PtX technologies."]
["ENVIRONMENTAL","The environmental factor focuses on the ecological impact and sustainability of PtX technologies. It includes factors such as carbon emissions reduction potential, resource utilization efficiency, water and land use, as well as the overall environmental footprint of PtX processes. Environmental regulations and policies related to renewable energy and greenhouse gas emissions are also considered."]
["LEGAL","The legal factor encompasses the legal and regulatory framework governing PtX technologies. This includes permits, licenses, intellectual property rights, environmental regulations, and compliance requirements. Legal barriers or facilitators, as well as potential legal risks and uncertainties associated with PtX projects, are assessed under this factor."]

{"sheet":"Pivot Table","index":14,"n_rows":64,"n_cols":13,"rows_kept":64,"cut":false,"hidden":false,"merged":[]}
["Domain","Ec"]
["Impact","(All)"]
["Relevance","(All)"]
[]
["Average of Value","Column Labels"]
["Row Labels",-5,-4,-3,-2,-1,3,4,6,8,10,"#N/A","Grand Total"]
["Algae Cultivation",null,null,null,null,null,null,null,6,null,null,null,6]
["Ammonia market",null,null,null,null,null,null,null,6,null,null,null,6]
["Announced Pledges Scenario 2030  (APS)",null,null,null,null,null,null,4,null,null,null,null,4]
["Benchmarking of Biofuels production prices",null,null,null,null,null,null,null,null,null,null,{"$error":"#N/A"},{"$error":"#N/A"}]
["Benchmarking of H2 production prices",null,null,null,null,null,null,null,null,null,10,null,10]
["Benchmarking of Methanol production prices",null,null,null,null,null,null,null,null,null,null,{"$error":"#N/A"},{"$error":"#N/A"}]
["Benchmarking of NH3 production prices",null,null,null,null,null,null,null,null,null,10,null,10]
["Biogas Plant Capacity",null,null,null,null,null,null,null,null,8,null,null,8]
["Biogenic Carbon (CO2)  -  Local source",null,null,null,null,null,null,null,null,8,null,null,8]
["Biogenic Carbon (CO2) - External source",null,null,null,null,null,null,4,null,null,null,null,4]
["Budget changes  - Cost overrun or financing limitations",-5,null,null,null,null,null,null,null,null,null,null,-5]
["CO2 from CHP at Rønne Harbor",null,null,null,null,null,3,null,null,null,null,null,3]
["CO2 Tax",null,-4,null,null,null,null,null,null,null,null,null,-4]
["Consumption for local ferry operation and other vessels",null,-4,null,null,null,null,null,null,null,null,null,-4]
["Cost - Biogenic Carbon (CO2)",null,null,null,null,null,null,4,null,null,null,null,4]
["Cost Breakdown  - Biofuels",null,null,null,null,null,null,null,null,8,null,null,8]
["Cost Breakdown  - Methanol",null,null,null,null,null,null,null,null,8,null,null,8]
["District Heating System",null,null,null,null,null,3,null,null,null,null,null,3]
["Electricity Costs vs. Oxygen Savings",null,null,null,null,null,null,null,null,8,null,null,8]
["Energy Export Capacities",null,null,null,null,null,null,4,null,null,null,null,4]
["Financial Risks associated with Project Funding",null,-4,null,null,null,null,null,null,null,null,null,-4]
["Financing: State aid  for Energiø reduced from DKK30 billion to 17,6 DKK billion) -  as off 01.06.23",-5,null,null,null,null,null,null,null,null,null,null,-5]
["Flexibility - electrolyzers",null,null,null,-2,null,null,null,null,8,null,null,3]
["Fluctuation of market prices (feedstock and products)",-5,null,null,null,null,null,null,null,null,null,null,-5]
["Geographically Differentiated Tariffs",null,null,null,null,null,null,null,6,null,null,null,6]
["Green Transition in Transport",null,null,null,null,null,null,null,6,null,null,null,6]
["Greenhouse",null,null,null,null,null,null,null,6,null,null,null,6]
["Grid Prices and Certification",null,-4,null,null,null,null,null,null,null,null,null,-4]
["GW-Electrolyzer Capacity",null,null,null,null,null,null,null,6,null,null,null,6]
["H2 Export Potential",null,null,null,null,null,null,null,null,8,null,null,8]
["Hydrogen market",null,null,-3,null,null,null,null,null,null,null,null,-3]
["Implement Flexible Pricing Strategies",null,null,null,null,null,null,null,null,8,null,null,8]
["Integration the setup with the local grid",null,null,null,null,null,null,null,null,8,null,null,8]
["Investment Support for Green Technologies",null,null,null,null,null,null,null,null,8,null,null,8]
["Investments for Waste Heat",null,null,null,null,null,3,null,null,null,null,null,3]
["Loss of value scheme",null,null,null,null,null,null,null,null,null,null,{"$error":"#N/A"},{"$error":"#N/A"}]
["Marine traffic market oppportunity",null,null,null,null,null,null,null,null,8,null,null,8]
["Methanol  production costs",null,null,-3,null,null,null,null,null,null,null,null,-3]
["Offshore wind project growth ",null,null,null,null,null,null,null,null,8,null,null,8]
["Opportunity to market co-products",null,null,null,null,null,null,4,null,null,null,null,4]
["Option-to-sell scheme",null,null,null,null,-1,null,null,null,null,null,null,-1]
["Oxygen Market Potential for Waste Water Treatment",null,null,null,null,null,null,null,null,8,null,null,8]
["Oxygen-Dependent Industry Attraction",null,null,null,null,null,null,null,6,null,null,null,6]
["Plant sizing",null,null,null,null,null,null,null,null,null,10,null,10]
["Potential Fuel Market in the Baltic Sea",null,null,null,null,null,null,null,null,null,10,null,10]
["Potential in Existing Industries",null,null,null,null,-1,null,null,null,null,null,null,-1]
["Potential in New Industries",null,null,null,null,null,null,null,6,null,null,null,6]
["Price for Excess Heat",null,null,null,null,null,3,null,null,null,null,null,3]
["Price for fossil fuels vs. green fuels",null,-4,null,null,null,null,null,null,null,null,null,-4]
["RE-bonus scheme",null,null,null,null,-1,null,null,null,null,null,null,-1]
["Scale Economics",null,null,null,null,null,null,null,null,8,null,null,8]
["Technology Impact  - Methanol & Bio Fuels",null,null,null,null,null,null,4,null,null,null,null,4]
["Thermal Desalination",null,null,null,null,null,null,null,6,null,null,null,6]
["Water - outlet from WWTPs ",null,null,null,null,null,null,4,null,null,null,null,4]
["Water Capacity",null,null,null,null,null,null,null,6,null,null,null,6]
["Water Treatment Cost",null,null,null,null,null,3,null,null,null,null,null,3]
["Weather impact on costs and stochastic sizing",null,-4,null,null,null,null,null,null,null,null,null,-4]
["Grand Total",-5,-4,-3,-2,-1,3,4,6,8,10,{"$error":"#N/A"},{"$error":"#N/A"}]