English
State of the art of H2 technologies, future development
State of the art of H2 technologies, future development, R&I funding perspectives
Dominik Richter - Hydrogen Europe
(in lingua inglese)
- Europe's accelerated hydrogen ambitions
- A changed energy landscape
- The Clean Hydrogen Partnership: Europe's hydrogen R&D vessel
- Clean Hydrogen Partnership budget and contributions
- Legacy: FCH-JU & FCH2-JU
- Technical Committees & Roadmaps - General structure
- From priorities to project: 3 main processes running in parallel
- The Strategic Research and Innovation Agenda
A changed energy landscape
REPowerEU
- 10 million tonnes of renewable hydrogen imports and
- 10 million tonnes of domestic renewable hydrogen production by 2030, to replace natural gas, coal and oil in hard-to-decarbonise industries and transport sectors.
- ? 200M funding to demonstrate diverse Hydrogen Valleys across Europe.
- Electrolyser Partnership to ramp up electrolyser manufacturing in Europe.
- Global European Hydrogen Facility (GEHF) for purchasing imported hydrogen.
- Hydrogen Bank to cover for Green Premium.
Legacy: FCH-JU & FCH2-JU
Energy
Hydrogen production and distribution
Hydrogen storage for renewable energy integration
Fuel cells for power & CHP
Mobility
Road vehicles & Non-road vehicles and machinery
Maritime rail and aviation applications
Refuelling infrastructure
Cross-cutting
Standards, safety
Education, Public awareness
Overarching
Hydrogen ecosystems
Valleys
The Strategic Research and Innovation Agenda
Electrolysis
- Technology development are covered for all type of electrolysis, provided the main input is water/steam and main output is hydrogen.
Other modes of production
- Several types of technologies can be covered, provided the input is renewable-based:
- Biological production
- Solar thermal
- Hydrogen from waste/biomass gasification
Attached, you can download the full pdf of the presentation.
REPowerEU
- 10 million tonnes of renewable hydrogen imports and
- 10 million tonnes of domestic renewable hydrogen production by 2030, to replace natural gas, coal and oil in hard-to-decarbonise industries and transport sectors.
- ? 200M funding to demonstrate diverse Hydrogen Valleys across Europe.
- Electrolyser Partnership to ramp up electrolyser manufacturing in Europe.
- Global European Hydrogen Facility (GEHF) for purchasing imported hydrogen.
- Hydrogen Bank to cover for Green Premium.
Legacy: FCH-JU & FCH2-JU
Energy
Hydrogen production and distribution
Hydrogen storage for renewable energy integration
Fuel cells for power & CHP
Mobility
Road vehicles & Non-road vehicles and machinery
Maritime rail and aviation applications
Refuelling infrastructure
Cross-cutting
Standards, safety
Education, Public awareness
Overarching
Hydrogen ecosystems
Valleys
The Strategic Research and Innovation Agenda
Electrolysis
- Technology development are covered for all type of electrolysis, provided the main input is water/steam and main output is hydrogen.
Other modes of production
- Several types of technologies can be covered, provided the input is renewable-based:
- Biological production
- Solar thermal
- Hydrogen from waste/biomass gasification
Attached, you can download the full pdf of the presentation.
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Fonte: mcTER Roma maggio 2023 Le sfide per l'efficienza energetica tra Energy Efficiency First, generazione distribuita, smart grid e idrogeno
Settori: Combustibili, Efficienza energetica industriale, Elettrotecnica, GAS, Idrogeno, Rete elettrica, Rinnovabili, Smart City, Smart energy, Smart Grid
Mercati: Aria e Gas
