D-CRBN is a Belgian climate technology company specializing in carbon capture and utilization (CCU) through advanced plasma technology. Founded in 2021 as a spin-off from the University of Antwerp, the company develops and deploys modular, electrified systems that convert industrial CO₂ emissions and hydrocarbons into valuable feedstocks such as carbon monoxide (CO) and syngas.
Its proprietary Plasma ARC™ technology, including the SPARC reactor design, uses non-thermal cold plasma at atmospheric pressure powered by renewable electricity to break down CO₂ without producing byproducts like carbon black. This enables on-site production of sustainable feedstocks for fuels, chemicals, plastics, and materials, supporting industrial decarbonization and reducing reliance on fossil inputs.
Headquartered in Antwerp, Belgium, at Olieweg 95 in the BlueChem district, D-CRBN operates primarily in Europe with a focus on the Antwerp chemical and petrochemical cluster. It has conducted pilot projects, including a trial at ArcelorMittal's Ghent steel plant in 2024, and is advancing demonstration plants such as a renewable syngas facility in Antwerp.
The company is privately held as a Besloten Vennootschap (BV), with co-founders including CEO Gill Scheltjens, CCO David Ziegler, and scientific involvement from Professor Annemie Bogaerts. It has raised significant funding, including a €17.5 million Series A in 2026, and positions itself as a key player in Europe's circular carbon economy by offering cost-competitive, scalable alternatives to traditional fossil-based processes.
Also known as Decarbon and D-CRBN BV.
chemXplore tracks 2 projects involving D-CRBN, of which 2 are active.
D-CRBN's role on them: Owner, Developer, Technology licensor, and Technology / equipment supplier.
1 new construction and 1 expansion.
Contractors, licensors, and offtakers are recorded on all 2 of them For subscribers
Targeting: Carbon dioxide (2), Carbon monoxide (1), Hydrogen (1), Methane (1)
Engineering for a modular demo plant using plasma conversion of CO2 and biomethane to produce 200 t/yr renewable syngas for lower‑carbon fuels, plastics and chemicals.
€17.5m Series A to scale electrified plasma CO₂-to-CO and syngas technology; up to €5m limited secondary available for strategic industrial partners.
Industrial pilot connects a plasma CO₂-to-CO unit to a carbon-capture stream to produce CO for blast-furnace reductant use or as feedstock for chemicals and fuels.
By country, the most active first. active / all projects
