thyssenkrupp and Uniper Collaborate on Groundbreaking Ammonia-to-Hydrogen Project in Germany
Key Ideas
- thyssenkrupp Uhde and Uniper partner to develop a large-scale ammonia cracker project in Germany, converting ammonia to hydrogen and nitrogen.
- The project, supported by North Rhine-Westphalia, will establish the world's first demonstration ammonia-to-hydrogen cracker with a capacity of 28 mt per day at Uniper's site.
- This initiative not only addresses Germany's hydrogen import dependence but also enhances energy security and supports the transition of energy-intensive sectors.
- The production of pure hydrogen through this project is set to benefit industries like steel and energy, promoting sustainable practices and reducing carbon emissions.
thyssenkrupp, a prominent steelmaker in Germany, has revealed its collaboration with Uniper to undertake a pioneering project focused on converting ammonia into hydrogen and nitrogen on a large scale. The subsidiary thyssenkrupp Uhde will be at the forefront of this initiative, which aims to produce pure hydrogen through a purification process. The project, backed by the state of North Rhine-Westphalia, will see the construction of the world's first demonstration ammonia-to-hydrogen cracker with an impressive ammonia processing capacity of 28 metric tons per day. This groundbreaking facility will be situated at Uniper's Gelsenkirchen-Scholven site, marking a significant milestone in the hydrogen sector. By transforming imported ammonia into hydrogen for various industrial applications like steel and energy production, the project seeks to reduce Germany's reliance on external hydrogen sources. Not only does this endeavor cater to the country's future hydrogen demands, but it also plays a vital role in bolstering energy security and aiding the shift towards more sustainable practices in energy-intensive industries. The ultimate goal of this project is to support the local production of hydrogen, fostering innovation and environmental stewardship while decreasing carbon footprints across sectors.