Evonik Industries AG Launches 50km Hydrogen Pipeline in North Rhine-Westphalia
Key Ideas
- Evonik Industries AG has repurposed a 50km pipeline to transport hydrogen gas to industrial zones in North Rhine-Westphalia.
- The pipeline forms part of the GET H2 Nukleus project aiming to supply green hydrogen to industrial customers in the region.
- The Marl Chemical Park, where the pipeline terminates, is becoming a significant hydrogen hub for green energy initiatives and specialty chemical production.
- Evonik is also involved in projects like producing green methanol and developing anion exchange membranes for AEM electrolysis to further green hydrogen production.
Evonik Industries AG, one of Germany's major specialty chemical companies, has unveiled a 50-kilometer pipeline network to transport hydrogen gas from production sites to industrial areas in North Rhine-Westphalia. The pipeline, originating from Legden, consists of a repurposed natural gas pipeline and newly constructed sections dedicated to hydrogen transport, connecting key industrial zones like the Marl Chemical Park and the Gelsenkirchen refinery. This initiative is part of the broader GET H2 Nukleus project, which focuses on delivering green hydrogen generated through electrolysis to industrial clients in Lower Saxony and North Rhine-Westphalia. Andreas Cieslik, Head of Evonik's Pipeline Business, highlighted the successful completion of the project after two years of rigorous work to adapt the pipeline infrastructure for hydrogen transport in response to the increasing demand. As Germany progresses towards achieving its greenhouse gas neutrality goal by 2045, the Marl Chemical Park is emerging as a significant hydrogen hub, hosting projects like producing green methanol and the Rheticus research initiative. The Rheticus collaboration between Evonik and Siemens Energy is dedicated to developing methods for synthesizing specialty chemicals from CO2 and water using renewable energy sources. Evonik is also investing in a pilot plant for producing anion exchange membranes essential for AEM electrolysis, a key process in green hydrogen production.
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Production
Renewable Energy
Infrastructure
Sustainability
Green Energy
Industrial Development
Chemical Industry
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