Air Liquide Inaugurates Largest Green Hydrogen Plant in Germany
Key Ideas
  • Air Liquide inaugurated a 20MW PEM electrolyser plant in Oberhausen, Germany, to supply renewable hydrogen to industrial and mobility customers via an existing pipeline.
  • The plant, claimed as the largest green hydrogen production facility in Germany, has a capacity of up to 2,900 tonnes of hydrogen per year, catering to industries like chemical, steel, and mobility.
  • The Prime Minister of North Rhine-Westphalia highlighted hydrogen's importance for achieving a climate-neutral future in energy-intensive industries and lauded the electrolyser as a milestone for climate protection.
  • The project is a collaborative effort between Air Liquide, Siemens Energy, and Statkraft, with the Power Purchase Agreement ensuring the produced hydrogen is renewable and compliant with REDII standards.
Air Liquide has recently unveiled a significant development in the green hydrogen sector by inaugurating a 20MW PEM electrolyser plant in Oberhausen, Germany. This plant aims to cater to the needs of industrial and mobility customers by supplying renewable hydrogen through an existing pipeline. With a remarkable capacity of up to 2,900 tonnes of hydrogen annually, the facility is considered the largest green hydrogen production plant in Germany. The inauguration ceremony, attended by the Prime Minister of North Rhine-Westphalia, emphasized the pivotal role of hydrogen in achieving a climate-neutral future, especially for energy-intensive industries like steel and chemistry. The collaborative efforts between Air Liquide, Siemens Energy, and Statkraft have been crucial in ensuring the success of this project, with the Power Purchase Agreement guaranteeing the renewable nature of the hydrogen produced. This initiative not only promotes the decarbonization of key industries in the region but also supports low-carbon mobility. The overall sentiment surrounding the article is positive, showcasing how partnerships and infrastructure integration are driving sustainable practices in the industrial sector. Additionally, the article explores the importance of hydrogen in climate protection and highlights the significance of meeting renewable energy standards to propel the region towards a more sustainable future.
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