thyssenkrupp nucera, a global provider of high-efficiency electrolysis technologies, has been commissioned to carry out a front-end engineering design (FEED) study for a large-scale H₂ project in Europe. The planned water electrolysis plant will have a capacity of approximately 600 megawatts. The customer, who wishes to remain anonymous at this time, will use the produced H₂ in hard-to-abate industries, thereby avoiding CO₂ emissions.

“Large-scale projects like this demonstrate that industry plays a central role in scaling up the H₂ economy and that the business case in Europe is viable under the right conditions – particularly the alignment of affordable green electricity and reliable off-takers. We believe our technology can make a competitive contribution,” said Dr. Werner Ponikwar, CEO of thyssenkrupp nucera.

thyssenkrupp nucera will further develop the project in close collaboration with the customer, with the aim of signing an engineering, procurement, fabrication contract (EPF) in the next phase. The realization of the project is subject to a final investment decision (FID) thereafter, which could be taken in 2026.

This current project would be the third large-scale H₂ project in the region to be realized using technology from thyssenkrupp nucera. Currently, two projects are already underway: a 200-megawatt facility for Shell in Rotterdam and a 740-megawatt facility for Stegra supporting the development of Europe’s first industrial green steel plant. These projects highlight the company’s central role in the industrial expansion of the H₂ economy and in achieving Europe’s decarbonization targets.