Siemens Energy Secures Contract for Green Hydrogen Electrolysis Plant in Emden
Key Ideas
  • Siemens Energy will supply a 280-MW electrolysis system to EWE in Emden, Germany, expected to operate in 2027, producing 26,000 tons of green hydrogen annually for industrial use.
  • The project is part of EWE's 'Clean Hydrogen Coastline' initiative, aiming to reduce CO2 emissions by 800,000 tons yearly in the steel industry by replacing fossil fuels with green hydrogen.
  • The electrolyzer, using PEM technology, will be crucial for the hydrogen production plant's operation, with a power consumption of 320 MW over its lifetime, supported by a 10-year service contract.
  • This strategic project received funding from the German government and the European Commission as an Important Project of Common European Interest (IPCEI), emphasizing the significance of green hydrogen investments.
Siemens Energy has been awarded a contract to supply a 280-MW electrolysis system to German utility EWE for a green hydrogen production plant in Emden, Germany. Expected to go operational in 2027, the plant will generate 26,000 tons of green hydrogen annually, contributing to various industrial applications. The initiative is part of EWE's 'Clean Hydrogen Coastline' project, aiming to reduce CO2 emissions in the steel industry by 800,000 tons per year through the utilization of green hydrogen. The electrolyzer, based on proton exchange membrane (PEM) technology, plays a pivotal role in the plant's operations, with an average power consumption of 320 MW over its lifetime. EWE and Siemens Energy have also engaged in a 10-year service agreement to support the project. The German government and the European Commission classified the project as an IPCEI, providing strategic funding. The immediate commencement of the contract signifies readiness for large-scale green hydrogen initiatives in Germany. The partnership between EWE and Siemens Energy highlights a commitment to the entire value chain, emphasizing regional and national value creation. The technology's flexibility, attributed to its PEM design, enables efficient operation with renewable energy sources. The project showcases the ongoing development and investment in green hydrogen infrastructure, underscoring the industry's preparedness for significant advancements in sustainable energy production.
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