Messer Group Plans to Build Green Hydrogen Plant in Germany's Brainergy Park Jülich
Key Ideas
- Messer Group GmbH is collaborating with the district of Düren to build a 10 MW green hydrogen production plant at Brainergy Park Jülich in Germany.
- The plant will have a production capacity of 180 kilograms of hydrogen per hour and will primarily fuel fuel-cell buses that emit only water vapor, with plans to expand the fleet to 25 buses by November 2024.
- NEUMAN & ESSER is supplying electrolyzers and compressors for the project, with Messer handling storage, filling, and distribution of the green hydrogen.
- Funded by the Federal Ministry of Transport and Digital Infrastructure with 14.7 million euros as part of the National Innovation Program Hydrogen 2, the plant is expected to be operational by fall 2025, contributing to decarbonization and reducing CO2 emissions.
Messer Group GmbH, based in Bad Soden, Germany, is embarking on a green hydrogen project in collaboration with the district of Düren to establish a significant production facility in Brainergy Park Jülich. The plant, operated by HyDN GmbH, a joint venture between Messer and the district of Düren, will have a 10 MW output capacity, producing up to 180 kilograms of green hydrogen per hour. This initiative aims to support energy transition and decarbonization efforts, particularly in the transportation sector. The green hydrogen will primarily fuel fuel-cell buses known for their environmental friendliness, with plans to expand the fleet to 25 buses by 2024. NEUMAN & ESSER has been contracted to supply essential equipment for hydrogen production, while Messer will manage storage, filling, and quality control of the hydrogen. Virginia Esly, COO Europe of Messer, highlights the strategic importance of the project in aiding customers in decarbonization and reducing CO2 emissions. The Federal Ministry of Transport and Digital Infrastructure is providing financial support of approximately 14.7 million euros through the National Innovation Program Hydrogen 2, facilitating the construction of the plant, which is expected to commence operations in fall 2025. This endeavor underscores a significant step towards sustainable energy practices and environmental preservation in Germany.
Topics
Green Hydrogen
Energy Transition
Environmental Sustainability
Decarbonization
Public Transportation
Hydrogen Production
Fuel-cell Buses
Climate-friendly Technology
Innovation Program
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