Levidian

Website

www.levidian.com

Services

In app support

Levidian is an advanced materials company that specializes in helping hard-to-abate industries enhance performance, reduce costs, strengthen supply chains, and lower carbon emissions. The company achieves this by transforming methane into high-quality graphene and clean hydrogen, thereby supporting the transition to a low-carbon future. Their offerings include quality-assured graphene products and a patented conversion technology.

At the core of Levidian's operations is its distinctive LOOP technology, which is lauded for the quality of its outputs, process efficiency, and deployment flexibility. This modular, pre-combustion solution operates at low temperatures and pressures, requires no catalysts or water, and can process varied methane feedstocks, making it practical for global deployment to generate graphene and clean hydrogen on-site. This allows businesses to create new revenue streams and decarbonize their operations.

Levidian provides reliable, high-quality graphene suitable for a diverse range of industrial applications, including polymers, coatings, concrete, and batteries. Their Levidian Applied Technologies (LAT) team offers world-class expertise, ensuring graphene quality, providing consultancy to optimize formats such as powders, dispersions, and masterbatches, and assisting with application testing and line-fit integration. The company's credibility is underscored by its independent verification as a Graphene Producer by the Advanced Carbons Council and DNV's Statement of Feasibility for its LOOP technology.

With commercial traction evident through collaborations with over 50 industrial customers and graphene validated in commercial products, Levidian is committed to de-risking the adoption and scaling the impact of advanced materials. They offer comprehensive support, from graphene sample requests and collaborative R&D to large-volume supply integration and LOOP deployment, enabling industries to unlock the full potential of advanced materials.

Locations

• Cambridge, England