In a positive development for Scotland's hydrogen energy sector, Clyde Hydrogen Systems, a spin-out from the University of Glasgow, has secured a €6 million seed funding round following a key technical advancement. The company's achievement of hydrogen production at over 100 bar showcases its potential to provide cost-effective solutions for the worldwide shift to net zero emissions. CEO James Peck announced plans to utilize the funding to develop a pilot system by next year and a commercial demonstrator by 2027. Clyde Hydrogen's technology, originating from the university's School of Chemistry, employs decoupled electrolysis, a novel approach to renewable hydrogen production. This method, spearheaded by Professor Mark Symes and his team, enables the separate generation of hydrogen and oxygen at distinct rates and reactors, converting renewable power into clean hydrogen efficiently and safely. The company's innovation represents a significant advancement over traditional electrolysis systems, offering enhanced efficiency and safety. The funding round, which follows initial investments and grants from Zinc, the University of Glasgow, the Scottish Government's Hydrogen Innovation Scheme, and the Net Zero Technology Centre, serves as a testament to Scotland's commitment to renewable energy advancement. With James Peck's background at ZeroAvia, a hydrogen-electric aircraft developer, the company is poised to play a pivotal role in the UK's energy transition. This funding boost not only propels Clyde Hydrogen towards a production-ready system but also underscores its potential to contribute significantly to the UK's renewable energy landscape. The innovative technology and financial support indicate a bright future for Scotland's hydrogen sector, aligning with the global imperative to combat climate change and achieve sustainable energy solutions.