United Utilities in Manchester has partnered with Levidian to undertake a groundbreaking project that involves converting gas from sewage waste into clean hydrogen and graphene. Located at the Manchester Bioresources Centre, this innovative trial aims to demonstrate the potential of utilizing biogas generated from wastewater to produce up to 75,000 tonnes of hydrogen annually, which could fuel over 40% of all bus and coach journeys in the UK. The collaboration, supported by the Department for Energy Security and Net Zero’s Hydrogen BECCS Innovation Programme, utilizes Levidian's LOOP device to split methane gas into hydrogen and carbon, with the carbon being captured as graphene. The produced hydrogen can be utilized as a sustainable feedstock for applications like industrial processes, zero carbon transport, or blending into the national gas network to reduce emissions from heating and cooking. The project not only showcases a circular economy approach but also highlights Manchester's role in spearheading innovations in renewable energy and climate technology. Moreover, Levidian aims to make hydrogen production more cost-effective through the production of high-value graphene, contributing significantly to the UK's transition to net zero emissions. United Utilities plans to further explore and scale up the technology to enhance hydrogen production not only in Manchester but also at other sites in the North West, emphasizing their commitment to decarbonization and sustainability.