- Hycamite's plant produces 2 kt hydrogen annually and high-value solid carbon.
- Hycamite is designated a strategic project under the EU's Critical Raw Minerals Act.
- The CSF will enter a pre-production phase for graphite by year-end.
- Hycamite's technology converts LNG into low-carbon hydrogen and solid carbon without CO₂ emissions.
Visit Overview
A delegation from the Finnish Ministry of Foreign Affairs visited Hycamite's Customer Sample Facility to explore its decarbonization technology and battery-grade graphite production capabilities. CEO Laura Rahikka and Chairman Matti Malkamäki hosted the visit.
Technology and Production
Hycamite's methane-splitting technology plays a significant role in electrification by converting carbon into battery-grade graphite. The industrial-scale demonstration plant produces 2 kt of hydrogen annually, alongside high-value solid carbon products.
Strategic Importance
Hycamite is recognized as a strategic project under the European Commission's Critical Raw Minerals Act, one of only 47 companies to receive this designation. This supports the EU's goals of enhancing supply-chain resilience and reducing dependency on third-country imports.
Environmental Impact
The company's innovative process produces high-quality graphite without conventional mining, enhancing the security of critical carbon product supply. The technology uses waste heat, removes carbon without CO₂ emissions, and produces solid carbon for further refinement.
Future Plans
Hycamite's CSF will enter a pre-production phase for graphite by the end of the year, with plans to build additional plants in other locations. The company is committed to the low-carbon transition, producing battery-grade graphite for various applications, including defense and maritime industries.
