PosHYdon Project Advances to Offshore Testing Phase in the North Sea
Key Ideas
  • The PosHYdon project has successfully completed its onshore testing phase in Alkmaar, Netherlands, and has moved equipment including an electrolyzer to the Neptune Energy platform in the North Sea for offshore testing.
  • This innovative project aims to produce green hydrogen on an operational gas platform in the North Sea, integrating offshore wind, gas, and hydrogen production systems for the first time.
  • The project aims to test the electrolyzer's performance in challenging offshore conditions, such as saltwater exposure and severe weather, to ensure effective hydrogen production from fluctuating offshore wind power.
  • The Dutch government has increased hydrogen blending specifications in the gas pipeline to support the blending of green hydrogen with natural gas, marking a significant step towards large-scale offshore hydrogen production by 2030-2035.
The PosHYdon project, a groundbreaking initiative in the Netherlands, is moving forward as it transitions from the onshore testing phase to offshore testing in the North Sea. This project, also known as the world’s first pilot to produce green hydrogen on an operational gas platform, marks a significant milestone with the completion of its onshore testing at InVesta in Alkmaar. The project consortium, consisting of 15 members, successfully integrated all components, including an electrolyzer, during the onshore test to prepare for the challenging offshore conditions. The equipment has now been relocated to Neptune Energy’s Q13a-A platform, where the electrolyzer will undergo testing in real offshore conditions to evaluate its performance in fluctuating wind power scenarios. The project aims to achieve the first offshore hydrogen production by the fourth quarter of 2024, with plans for large-scale production in the coming years. The integration of offshore wind, gas, and hydrogen production systems on the Q13a-A platform represents a significant step towards green electrification in the Dutch North Sea. By blending green hydrogen with natural gas and transporting it via existing pipelines, the project aligns with sustainability goals and promotes renewable energy solutions. The Dutch government's support through increased hydrogen blending specifications further emphasizes the commitment to green hydrogen production and the transition towards a more sustainable energy sector.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2024 AdvanceH2, LLC. All rights reserved.