Deliverables

D 2.1 Preliminary requirements, assumptions and constraints for GEMINI+ high temperature nuclear cogeneration system

D 2.2 Final requirements, assumptions and constraints for GEMINI+ high temperature nuclear cogeneration system

D 3.1 Test and assessment of advanced structural materials and instrumentation

D 3.2 Feasibility study for the use of a pre-stressed cast iron vessel

D 3.3 Advanced instrumentation options for cogeneration HTGR

D 3.4 Advanced power conversion options and related technology development needs

D 3.5 Applications and market for process heat beyond 550°C achievable with HTGR technology

D 3.6 Use of HTGR process heat with catalysts for dry reforming of methane using CO2 to syngas for the chemical industry

D 3.7 Use of HTGR process heat for nitrogen fertilizers and chemical products

D 3.8 Review of helium turbomachinery, piping, valves and other technologies for power conversion and heat transport

D 3.9 Suitability of dynamic HTSE for coupling with an HTGR in view of ‘peak shaving’

D 3.10 Hydrocarbon or ammoniac synthesis for HTGR energy system integration

D 3.11 Compilation and evaluation of non-conventional hybrid energy options

D 3.12 Market requirements, technical feasibility, required economic boundary conditions for HES

D 3.13 Concept of a HES for a concrete application in the Polish industry context

D 3.14 Feasibility of realistic load following with HTGR in cogeneration mode

D 5.2 Proceedings of the final GEMINI+ workshop