Researchers at the University of York have made strides in advancing sustainable energy solutions by developing a method to produce hydrogen and capture carbon dioxide using organic waste. The H2Boost project, conducted in partnership with the University of Leeds and funded by the UK government's Net Zero Innovation Portfolio, represents a significant breakthrough in clean hydrogen production. This innovative approach not only efficiently generates hydrogen but also helps in removing CO2 as a by-product. The ultimate goal of the project is to establish a commercially viable and sustainable process for biohydrogen production from organic waste, aligning with the global push towards sustainable energy sources. Additionally, Wild Hydrogen, based in Gloucestershire, has unveiled its hydrogen production process utilizing waste materials like wood, plants, and compost. The company's plans to construct a commercial demonstrator for scaled hydrogen production by 2026 indicate a growing interest in sustainable energy solutions. Moreover, companies like Levidian are at the forefront of the circular economy concept, converting methane from waste into valuable resources such as hydrogen and graphene through their LOOP technology. This demonstrates a shift towards viewing waste as an opportunity for resource recovery and environmental impact mitigation.