Carbon Utilisation
Enhancing performance and decarbonising products using high-quality graphene
Carbon captured from our decarbonisation process can be turned into a source of competitive advantage by using it to enhance the performance and sustainability of your products and processes.
Benefits
Produce consistent, high-quality carbon at scale
We enable the production of tonnes of repeatable, high-quality carbon - in the form of graphene - with no batch-to-batch variation.
Support to tailor carbon applications to suit your specific needs
Our dedicated Levidian Applied Technologies (LAT) team can work with you to identify possible uses of carbon in your business and optimise both ease of use and performance.
Access a more environmentally friendly graphene, locally or by initiating self-sufficient production
Unlike other graphene production techniques, which typically start with environmentally harmful mining for graphite, Levidian cracks methane into hydrogen and carbon using a patented plasma process. The low temperature, low pressure LOOP process is highly efficient and requires no catalyst or water and produces no additional CO2.
Use Cases
Our graphene is supporting major industries around the world to create better performing, more sustainable products whilst delivering economic value.
Construction
Integrating graphene into building products to improve performance and drive down the carbon footprint of buildings
Rubber Products
Rubber manufacturers can make their products last longer and perform better whilst introducing sustainability benefits to drive a circular economy
Batteries
Our unique graphene can offer enhanced performance when added to existing carbon black/binder chemistries in battery anodes and cathodes
Products & Services
Graphene
We produce graphene - a super material additive reshaping and decarbonising the world we live in.
Levidian Applied Technologies
How we help customers integrate our graphene into their products to deliver performance and add value.
Carbon Capture
Creating commercial value through pre-combustion carbon capture.