Its role Offtaker
HyCC (Hydrogen Chemistry Company) is a Netherlands-based developer and operator of large-scale green hydrogen projects for industrial applications. The company produces hydrogen via water electrolysis using renewable electricity, supporting decarbonization in chemicals, fuels, refining, and materials such as steel by replacing fossil-derived hydrogen and enabling low-carbon feedstocks like methanol.
Backed by Nobian and Macquarie’s Green Investment Group, HyCC builds on decades of industrial electrolysis expertise. It focuses on multi-megawatt to gigawatt-scale plants and works with technology suppliers and industrial offtakers to develop, finance, build, and operate safe and reliable hydrogen assets in key industrial clusters in the Netherlands and neighboring countries.
chemXplore tracks 1 project involving HyCC, of which one is active.
1 more active project is in the record. See all 1 in chemXplore →
Draft project decision, EIA and permits open for comment 18 Sep–29 Oct 2026; route crosses Beverwijk, Velsen, Zaanstad, Haarlemmermeer and Amsterdam.
Import terminals, LOHC and electrolysers advance; pipeline and local distribution are planned, but policy, financing and coordination still limit rollout.
Project reached FID/NTP and moves into construction. Will use John Cockerill pressurized alkaline electrolysis; first hydrogen expected mid‑2028; plant ties into local Chemical Park and Nobian.
Power2X will enhance HyCC's green hydrogen projects, aligning with its decarbonization strategy. Nobian continues its focus on chlorine electrolysis and green hydrogen in Europe.
HyCC's Djewels project in Delfzijl will use McPhy's electrolysers and Technip Energies' design to produce 3,000 tons of green hydrogen annually, aiding European decarbonization and climate goals.
The €11M grant supports a 20 MW electrolyzer in Delfzijl, converting renewable electricity to green hydrogen and methanol, reducing CO2 emissions by 27,000 tons annually.
active all projects
What each is building and closing, and the pipelines and grids between them, on one map.
