The University of Bath has secured a substantial £3 million funding for 10 groundbreaking research projects focused on advancing hydrogen and low-carbon liquid fuel technologies. These projects aim to revolutionize the hydrogen value chain, spanning production, storage, and utilization, to support the UK's ambitious carbon-neutral target by 2050. Led by prominent researchers from various UK universities, the projects encompass a wide range of objectives, from producing hydrogen directly from seawater to repurposing offshore assets in the North Sea for hydrogen use. Noteworthy projects include 'Decoupled Electrolysis of Seawater' aiming to extract hydrogen from seawater in regions with limited fresh water, 'Repurposing the North Sea Economy (MHYSTIC)' which explores converting offshore assets for hydrogen use, and 'Green Steel Through Ammonia Reduction (MARIO)' demonstrating the potential of ammonia in reducing carbon emissions from steel production. Other projects focus on enhancing hydrogen storage and transportation safety, developing low-cost hydrogen sensors, and optimizing ammonia combustion efficiency. These initiatives are crucial for the UK's hydrogen economy development and align with the country's net-zero objectives. The UK HyRES initiative, spearheading these projects, highlights the significance of innovation in achieving sustainable energy systems. Professor Tim Mays, the UK HyRES Head, expresses optimism about the projects' potential impact and the prospect of additional funding. Overall, the investment in cutting-edge hydrogen projects underscores the UK's commitment to a sustainable environment and economy, positioning the country at the forefront of hydrogen technology development.