The Biorenewables Development Centre at the University of York has made a groundbreaking achievement by successfully producing hydrogen at scale through a biological process while capturing carbon dioxide emissions. This development is crucial for the renewable energy sector as hydrogen is considered a cleaner alternative to traditional fossil fuels. The H2Boost project, in collaboration with the University of Leeds and supported by the UK government's Net Zero Innovation Portfolio, focuses on converting organic waste into biohydrogen using dark fermentation. This method not only produces hydrogen but also captures by-products to generate additional energy, minimizing waste. By incorporating anaerobic digestion and utilizing algae and bacteria, the project aims to enhance environmental sustainability. The technology is projected to significantly contribute to the UK's net-zero objectives and decarbonization efforts in the transport sector. Supported by various organizations, the initiative aims to create a commercially viable and sustainable process for hydrogen production. The success of this project signifies a major technical breakthrough, offering promising solutions for large-scale sustainable energy production in the future.