HORIZON-JTI-CH-2022

Public understanding of hydrogen and fuel cell technologies

Compatibility of Distribution non-steel metallic gas grid materials with hydrogen

Ammonia to Green Hydrogen: efficient system for ammonia cracking for application to long distance transportations

Design for advanced and scalable manufacturing of electrolysers

Scaling up of cells and stacks for large electrolysers

Integration of multi-MW electrolysers in industrial applications

Demonstrating offshore production of green hydrogen

Development and demonstration of mobile and stationary compressed hydrogen refuelling solutions for application in inland shipping and short-distance maritime operations

Efficient system for dehydrogenation of liquid organic hydrogen carriers for application to long distance transportations

Hydrogen Valleys (large-scale)

Design and industrial deployment of innovative manufacturing processes for fuel cells and fuel cell components

Hydrogen Valleys (small-scale)

Development of large scale LH2 containment for shipping

Safe hydrogen injection management at network-wide level: towards European gas sector transition

Development and optimisation of reliable and versatile PEMFC stacks for high power range applications

Large scale demonstration of hydrogen fuel cell propelled inland waterway vessels

Development and validation of pressurised high temperature steam electrolysis stacks (Solid Oxide Electrolysis)

LH2 tanks for heavy-duty vehicles

Development of novel or hybrid concepts for reliable, high capacity and energy-efficient H2 compression systems at real-world scale

Innovative and optimised MEA components towards next generation of improved PEMFC stacks for heavy duty vehicles

Development of validated test methods and requirements for measuring devices intended for measuring NG/H2 mixtures

Addressing the sustainability and criticality of electrolyser and fuel cell materials

Bringing green hydrogen MW scale off grid installations closer to technical and financial maturity

Implementing new/optimised refuelling protocols and components for high flow HRS

Development and optimisation of a dedicated Fuel Cells for Aviation: from dedicated stack (100s kW) up to full system (MWs)

Development and validation of pressurised high temperature steam electrolysis stacks (Proton Conducting Ceramic Electrolysis)

Validation of a high-performance hydrogen liquefier

Research & Innovation co-operation with Africa on hydrogen

Large scale demonstration of European H2 Heavy Duty Vehicle along the TEN-T corridors

Development of specific aviation cryogenic storage system with a gauging, fuel metering, heat management and monitoring system

Hydrogen and H2NG leak detection for continuous monitoring and safe operation of HRS and future hydrogen/H2NG networks

Dry Low NOx combustion of hydrogen-enriched fuels at high-pressure conditions for gas turbine applications

Development of low temperature water electrolysers for highly pressurised hydrogen production

Sampling methodology and quality assessment of HRS

Safety of cryogenic hydrogen transfer technologies in public areas for mobile application

Development and optimisation of a dedicated Fuel Cells for Aviation: disruptive next-gen high temperature Fuel Cells technology for future aviation

Ammonia powered fuel cell system focusing on superior efficiency, durable operation and design optimisation

Efficiency boost of solar thermochemical water splitting

Reversible SOC system development, operation and energy system (grid) integration

Scaling-up technologies for SOEL

Increased hydrogen capacity of GH 2 road trailers