A: Technology concept design for a multifuel SOFC system including initial report on specifications of suitable green fuels and qualities for SOFC
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A Technology concept design for a multifuel SOFC system including initial report on specifications of suitable green fuels and qualities for SOFCThis deliverable will focus on the quality of fuels required for successful SOFC stacksystem operation The amount of impurities currently present and what cleaningrefining methods will be needed prior to use in SOFC Supply chain and fuel generation pathways will also be explored
A: Initial Scientific & Technical management handbook
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Scientific & Technical management handbook(The overall scientific and technical management of the project will be documented here)
B: Report on Multi fuel supply chain modelling
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Report on Multi fuel supply chain modelling
A: Report on Multi fuel supply chain modelling
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Report on Multi fuel supply chain modelling(This deliverable will focus on supply chain modelling of how the different fuels will be supplied to the ship or the marine port)
B: Intermediary Scientific & Technical management handbook
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Scientific & Technical management handbook(The overall scientific and technical management of the project will be documented here, to ensure smoothness of the project)
Data Management Plan
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DMPThe data generated from several tasks from different work packages needs to be managed in a responsible manner A detailed report how this vast amount of data will be handled will be chalked out here
A: Initial PEDR
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The deliverable consists of the project’sinitial, PEDR identifying key stakeholder groups with engagement strategies and tactics.
B: Final report on stack performance with simulated multifuel feed
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Final report on stack performance with simulated multifuel feed(Taking learnings from the initial report and initial findings, the stack performance will be characterized when using multi-fuels or multi-fuel feeds. This will then be compared to state of the art stack performance data)
B: Intermediary PEDR
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The deliverable consists of the project’s intermediary PEDR identifying key stakeholder groups with engagement strategies and tactics. Education, training and capacity building will also form a major part here.
B: Technology concept design for a multifuel SOFC system including final report on specifications of suitable green fuels and qualities for SOFC
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B) - Technology concept design for a multifuel SOFC system including final report on specifications of suitable green fuels and qualities for SOFC(This deliverable will be the final report on what are the exact specifications of the fuels viz. ammonia, methanol and hydrogen in terms of fuel quality for use in SOFC stack/system along with defined supply chain pathways and fuel generation pathways)
A: Initial report on stack performance with simulated multifuel feed
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Initial report on stack performance with simulated multifuel feed(Stack operation with multi-fuels is key to the success of the project. The stack performance with multi-fuel feed will be evaluated in the initial phase and the report will document the initial findings)
Report on TEA and LCSA methodology and overarching impact assessment framework
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Report on TEA and LCSA methodology and overarching impact assessment framework(The technoeconomic Analysis and the Life Cycle Sustainability Assessment will be carried out for the whole concept)
