Hycamite joins FutSteel to integrate hydrogen and carbon into steel production
- Hycamite's methane cracking produces low‑carbon hydrogen and solid carbon materials without CO2 emissions.
- FutSteel starts June 2026 and runs three years to develop an EAF‑integrated hot‑rolling production model.
- Research partners are the University of Oulu, VTT and Åbo Akademi; industrial partners include SSAB, Coolbrook, Ovako, Hycamite, Otanmäki Mine, Strategic Resources, Titanor, Carbo Culture, Convion and NordKalk.
- Hycamite says its methane cracking uses one‑eighth of the energy of electrolysis and can recover energy from steel‑mill hot streams.
Project scope and partners
The FutSteel research project starts in June 2026 and runs three years. It will develop a model that integrates electric arc furnace (EAF) technology into the existing hot rolling production chain, investigating how electric steel production can be combined with modernized rolling processes and fossil‑free energy solutions.
Research partners are the University of Oulu, VTT and Åbo Akademi. Industrial partners include SSAB, Coolbrook, Ovako, Hycamite, Otanmäki Mine, Strategic Resources, Titanor, Carbo Culture, Convion and NordKalk. Hycamite participated in the preceding Towards Fossil‑Free Steel Phase 2 (FFS2) project.
Hycamite methane‑cracking technology
Hycamite's methane (CH₄) cracking technology enables production of low‑carbon hydrogen (H₂) and solid, high‑quality carbon materials without carbon dioxide emissions. The company states the process requires about one‑eighth of the energy of electrolysis for hydrogen production and that much of the required energy can be obtained from hot side streams of the steel mill.
Research focus and potential benefits
The research will focus on steel quality and how electric and low‑carbon processes can be adapted to demanding special steel production. The work also addresses the continued need for emission‑free carbon products for slag foaming in EAFs and for alloying steel.
The steel industry accounts for roughly 7% of global emissions, so shifting to electric and hydrogen‑based production models is presented as a way to significantly reduce greenhouse gas emissions.
Source: Hycamite
