Clyde Hydrogen, a green hydrogen technology startup based in Glasgow, Scotland, has announced a breakthrough in their production process, leading to a £5 million funding round. The company, a spin-out from the University of Glasgow, has developed a decoupled electrolysis process that can produce hydrogen at high pressures more efficiently. This innovation allows Clyde Hydrogen to convert low-quality, intermittent renewable power into green hydrogen by producing hydrogen and oxygen separately in different places and times. The recent successful production of hydrogen at pressures exceeding 100 bar using their hydrogen generator signifies a significant achievement for the company. Clyde Hydrogen's CEO, James Peck, highlighted that this milestone validates years of dedicated research and development efforts, showcasing their ability to scale lab-based innovations into commercially viable technology. With the aim of accelerating its growth and contributing to the global transition to net-zero emissions, Clyde Hydrogen is seeking £5 million in investment to refine its production process. The company plans to develop a production-ready system by 2026, followed by a fully integrated pilot system by late 2025 and a market-ready product by 2027. The funding will also support the expansion of Clyde Hydrogen's team to meet the increasing demand for hydrogen technology. Notable organizations such as Aberdeen's Net Zero Technology Centre, the University of Glasgow, and Zinc have already provided pre-seed funding, in addition to grants from the Scottish government. This financial support will enable Clyde Hydrogen to further develop its innovative green technology and solidify its position in the renewable energy sector.