Hycamite TCD Technologies, a leader in emissions-free methane-splitting technology, opens Europe’s largest methane-splitting plant in Kokkola, Finland. Once fully operational, the nominal capacity of Hycamite’s Customer Sample Facility  will reach 2,000 tonnes of low-carbon hydrogen and 6,000 tonnes of high-quality carbon annually. The decarbonization capacity of the CSF can be up to 18,000 tonnes of carbon dioxide per year when liquefied natural gas is used. With biomethane, the produced hydrogen is carbon negative.

“Hycamite’s CSF demonstrates the viability of the new methane-splitting technology. Hycamite will open several other methane-splitting plants in other parts of the world in the future,” says Hycamite CEO Laura Rahikka.

Hycamite’s technology decomposes large volumes of methane into its component elements — hydrogen and carbon — while avoiding the release of greenhouse gases into the atmosphere. Clean hydrogen can be used as either an industrial raw material or fuel. The company’s technology requires only 13% of the energy needed to produce hydrogen via electrolysis. Using a methane feedstock — whether from geologic natural gas, biomethane or synthetic natural gas — allows production to scale up rapidly.

The new CSF is near the Hycamite headquarters and the small test facility in Kokkola Industrial Park (KIP). KIP is northern Europe’s largest ecosystem of the inorganic chemical industry, where several companies leading in the chemical and metal processing industries operate.

Hycamite uses innovative carbon capture, utilization and storage (CCUS) technology to capture the carbon in a solid form and provide it to customers as graphite and other high-value industrial-quality products. Hycamite offers a diverse and environmentally friendly carbon product portfolio, including battery-grade graphite. They provide scalable plants for large volumes and offer custom solutions tailored to specific needs, helping clients reduce emissions. Furthermore, Hycamite’s catalysts are sustainable as they are recyclable and can be produced from industrial side streams.