UK-HyRES brings together leading researchers to tackle the key technological challenges of a hydrogen-based energy system. Our technical themes span hydrogen and alternative fuel production, storage, integration, and end use, supporting innovation across the entire value chain. These focus areas are critical to accelerating the development and deployment of low-carbon fuels at scale.
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Following advances in applying exsolution catalysts to high-temperature solid oxide electrolysis, this product researches low-temperature electrolysis in acidic and alkaline electrolysers used for hydrogen production and parallel oxygen evolution.
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This five-year core research project at the University of Bath involves the discovery, identification/selection, design, modelling and characterisation of novel nanoporous materials and composites as hydrogen storage media in future aircraft.
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This five-year core project researches durable and low-cost catalysts for converting the emission gases NH3 and NOx to nitrogen under various conditions, as well as advanced characterisation and theoretical modelling.
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This five-year core project researches novel electro-catalysts for nitrogen reduction reaction (NRR) to be used as a cathode for efficient synthesis of ammonia through an electrochemical synthesis process.
