In a groundbreaking development, British climate technology is set to disrupt the transport industry by efficiently converting methane from wastewater treatment and anaerobic digestion plants into clean hydrogen and graphene. The innovative process, known as LOOP and developed by Levidian, not only captures carbon from methane but also creates valuable materials essential for decarbonizing transportation. Levidian's research indicates the remarkable potential of producing over 100,000 tons of clean hydrogen annually by harnessing carbon from UK wastewater treatment plants and farms. This achievement could fuel more than one billion hydrogen bus miles each year, meeting a significant portion of the predicted hydrogen demand in the transport sector by 2035. Transitioning buses from diesel to clean hydrogen could lead to a substantial reduction of up to 64% in emissions associated with buses and coaches. Moreover, the graphene produced through this process offers a multitude of benefits for electric vehicles (EVs). With a 20% increase in energy density of EV batteries, graphene can enable faster charging times, lighter battery packs, and an enhanced overall EV experience. Potential applications of graphene extend to various auto components such as tires, composites, heaters, engine oil, and paint. Levidian has already commenced installing LOOP units, with plans to commission a unit at United Utilities’ Davyhulme facility. Supported by the Department for Energy Security and Net Zero’s Hydrogen BECCS Innovation Programme, this initiative aims to revolutionize hydrogen production at a large scale. Additionally, Levidian has collaborated with Hexla to introduce carbon negative hydrogen production at Worthy Farm, marking a significant milestone in sustainable energy practices. John Hartley, CEO of Levidian, highlights the pivotal role of innovative technologies like LOOP in driving the transition to hydrogen-powered transport and graphene-enhanced EVs. The recent projects at Davyhulme and Worthy Farm underscore the transformative impact that LOOP can have on decarbonization efforts within the UK, contributing to a circular economy and supporting critical sectors like transportation.