A groundbreaking project in Manchester is spearheading the production of clean hydrogen using biogas derived from sewage waste, a prominent example of sustainable energy innovation. United Utilities, in collaboration with Levidian, is conducting a trailblazing experiment at the Manchester Bioresources Centre within the Davyhulme Wastewater Treatment Works. The project utilizes Levidian's innovative LOOP device, powered by electromagnetic waves, to split methane gas from biogas into hydrogen and solid graphene, capturing the carbon in the form of graphene. The resulting lower carbon blend gas is then used to generate power on-site. This venture, supported by the UK government's Hydrogen BECCS Innovation Programme, has the potential to generate 75,000 tonnes of hydrogen annually, a substantial amount that could fuel a significant portion of UK bus and coach journeys, marking a crucial step towards achieving net zero emissions. The produced graphene offers diverse applications, from enhancing tire durability and reducing the carbon footprint of concrete to improving battery and solar panel performance. The project signifies a shift towards a circular economy, converting what was once considered waste into a valuable resource. Both United Utilities and Levidian are committed to advancing hydrogen production technology, aiming to drive down production costs and increase efficiency. The initiative showcases the importance of collaboration between public and private sectors in driving sustainable energy solutions, with plans to expand the technology to other sites in the North West region.