ArcelorMittal and SSAB have successfully operated the first commercial-scale steel plants using 100% green hydrogen, marking a historic milestone in industrial decarbonization. This achievement demonstrates that zero-carbon steel production is not only possible but economically viable.
Revolutionary Process
Traditional steelmaking relies on coal-based blast furnaces, making it one of the most carbon-intensive industrial processes. The new hydrogen-based direct reduction process eliminates virtually all CO2 emissions while producing steel of equal or superior quality. Explore more industrial use cases for green hydrogen.
The success of these plants validates green hydrogen's potential to decarbonize heavy industry. The technology is benefiting from dramatically reduced hydrogen costs and improved electrolyser efficiency. Our electrolyser solutions are designed for industrial-scale applications.
Supply Chain Integration
The steel plants are supplied by nearby hydrogen production facilities, including Denmark's massive 1.3 GW facility. This integration demonstrates the importance of developing comprehensive hydrogen infrastructure, similar to initiatives like Europe's hydrogen pipeline network.
Market Transformation
Major automotive, construction, and manufacturing companies have already committed to sourcing green steel, creating strong market demand. This shift is driving investment across the hydrogen value chain and contributing to the explosive growth of the green hydrogen market.
The steel industry's transformation is inspiring similar initiatives in other sectors, including chemical manufacturing and even data center operations. Our consulting and advisory services can help your industry make the transition.
With steel production accounting for approximately 7% of global CO2 emissions, this breakthrough represents a critical step toward achieving international climate goals and demonstrates the practical viability of industrial-scale hydrogen applications. Learn more about our expertise in industrial hydrogen systems.
