Seven EU projects, including CARMA-H2, join forces to accelerate hydrogen innovation and deliver real-world impact. Hydrogen is unlocked by separating it from other elements. But to realise its full potential for the energy transition, it takes connection – uniting expertise, innovation, and commitment across borders. That is the purpose of the European Hydrogen Innovation Cluster: an alliance bringing together pioneering European initiatives to accelerate clean hydrogen research and technologies. Among them is CARMA-H2, which collaborates with six sister projects to amplify impact and transform innovation into real solutions for a sustainable future. The other participating projects are: ANDREAH: Creates advanced ammonia cracking technology to deliver ultra-pure hydrogen at lower costs. AMBHER: Develops green ammonia for long-term energy storage and MOF-based materials for short-term hydrogen storage. APOLO: Designs ammonia-to-hydrogen systems for fuel cells and engines to decarbonise the maritime sector. CARMA-H2: Develops a protonic membrane reformer to produce purified, pressurized hydrogen and food-grade CO₂, demonstrated at a wastewater treatment plant in Spain. HERMES: Develops palladium and carbon-based membranes to cut hydrogen purification costs. HYIELD: Aims to convert biogenic waste into ultra-pure green hydrogen, with a demonstration plant at CEMEX’s cement factory in Spain. MEASURED: Demonstrates advanced membranes for gas separation and carbon capture in industrial settings. Follow the progress of the European Hydrogen Innovation Cluster on social media with the hashtag #EUH2cluster. Post navigation M24 Consortium Meeting at UMICORE 2nd Workshop on Ammonia as Energy Carrier at 1 CUBE Facilities
