Starting from 2026, the plant will generate around 9,000 tons of green hydrogen a year to be used for the production of carbon-reduced
steel. This will mark the start of the industrial use of hydrogen in SALCOS®-Salzgitter Low CO2 Steelmaking. SALCOS® is aiming for virtually carbon-free steel production. The 100 MW electrolysis plant will be supplied on an EPC basis by the international technology company ANDRITZ, using the pressurized alkaline electrolysis technology of HydrogenPro.
Gerd Baresch, Managing Director Technical division of Salzgitter Flachstahl GmbH, explains:
“Today’s cornerstone laying represents a further major step in our SALCOS® program. This shows that the transformation of our company to low-carbon steel production is progressing on schedule. With this system for on-site hydrogen production, we are fulfilling our side of the bargain. The onus is now on governments to create suitable framework conditions for green production. The priorities here are competitive grid costs and a committed incentivization for promoting of the hydrogen economy.”
Sami Pelkonen, Executive Vice President, Green Hydrogen at ANDRITZ, adds:
“We are very proud to be making a contribution to the conversion to climate-friendly steel with the laying of the cornerstone today for our 100 MW electrolysis plant. Our extensive experience in the construction of major plants provides us with a solid foundation for realizing this innovative project. It fits perfectly with our long-term growth strategy which is focused on decarbonization and supports our customers such as Salzgitter in mastering their green transformation.”
SALCOS® is being realized in stages and it consists of a direct reduction plant, an electric arc furnace (both already under construction) and the 100 MW electrolysis plant for the production of hydrogen. Salzgitter Flachstahl GmbH will launch products using the new route on the market as early as 2026. Conversion to virtually carbon-free steel production at the Salzgitter facility is due to be completed by 2033.
(Source: Andritz Group)
