Revolutionizing Industrial Decarbonisation with Levidian's LOOP Technology in Cambridge
Key Ideas
- Levidian's LOOP technology in Cambridge enables industrial production of high-quality graphene, offering a pathway for decarbonisation and new revenue streams.
- The patented 'nozzle' crack methane into clean hydrogen and high purity graphene, aiming to produce over 50,000 tonnes of graphene annually by 2030.
- The technology is eco-friendly, efficient, and does not produce additional carbon dioxide, contributing to the reduction of around three million tonnes of carbon dioxide equivalent per year.
- British Climate Minister Kerry McCarthy praises Levidian's innovation, stating it accelerates the UK's journey towards net zero, creating opportunities for jobs and growth.
British climate technology firm Levidian has launched its second-generation LOOP technology in Cambridge, revolutionizing industrial decarbonisation. The market-leading LOOP system provides heavy emitters and hard-to-abate industries with a solution to decarbonize processes while generating revenue from high-quality graphene and hydrogen. The patented 'nozzle' cracks methane into clean hydrogen and captures carbon as high purity graphene. This advancement aims to produce over 50,000 tonnes of graphene annually by 2030, driving down emissions significantly. Levidian's innovative approach unlocks decarbonisation projects economically, making graphene a central player in helping carbon-intensive businesses transition to cleaner processes. The company's eco-friendly technology, backed by UK government funding, showcases British ingenuity and positions the UK as a clean technology pioneer. Unlike traditional methods, Levidian's process is environmentally friendly, efficient, and produces no additional CO2. Levidian's breakthrough not only accelerates the path to net zero but also enhances products in various industries. The company's dedication to industrial decarbonisation and performance improvement sets it apart, offering tailored solutions to customers for integrating graphene into their processes. The installation of an industrial scale unit in Cambridge signifies a significant milestone, with plans to deploy the technology at customer sites in the near future.
Topics
Production
Clean Energy
Technology Advancement
Industrial Decarbonisation
Climate Technology
Graphene Production
British Innovation
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