Levidian's Second-Generation LOOP Technology: Pioneering Hydrogen and Graphene Production in the UK
Key Ideas
- Levidian has launched its second-generation LOOP hydrogen production technology at its headquarters in Cambridge, UK, capable of capturing carbon dioxide as graphene.
- The technology aims to produce 50,000 tonnes of graphene by 2030, offering a route to decarbonize processes for industries like landfill and aluminum production.
- The UK government has backed the LOOP technology with £3.2m, emphasizing its role in accelerating the country's path to net zero and positioning the UK as a clean technology pioneer.
- Levidian plans to deploy its first industrial LOOP at a customer site next year, following a partnership agreement with Hexla to utilize the technology at Glastonbury Festival's Worthy Farm.
Levidian has introduced its second-generation LOOP hydrogen production technology at its headquarters in Cambridge, UK, marking a significant step in the production of high-quality graphene by capturing carbon dioxide. The technology applies microwave energy to crack methane into its components, creating clean hydrogen and graphene. Levidian aims to produce 50,000 tonnes of graphene by 2030, with individual nozzles capable of producing around 15 tonnes of graphene annually. This innovation offers a pathway for hard-to-abate industries to decarbonize processes and generate new revenue streams from graphene and hydrogen. The UK government has supported the technology with £3.2m, recognizing its role in driving industrial decarbonization and accelerating the nation's net zero goals. Levidian's partnership with Hexla aims to deploy the technology at Glastonbury Festival's Worthy Farm, showcasing the application of methane-to-hydrogen technology in real-world settings. By converting methane into valuable resources like hydrogen and graphene, Levidian's LOOP technology exemplifies a circular economy approach, addressing waste management challenges and contributing to environmental sustainability.