Its roles Owner Developer
Power2X B.V. (Power2X) is a Netherlands-based project developer focused on converting renewable electricity and sustainable carbon feedstocks into low‑carbon “green molecules.” The company develops industrial-scale facilities for e‑fuels, including sustainable aviation fuel (e‑SAF) and green methanol, primarily using green hydrogen and biogenic or captured CO2.
Power2X originates, permits, and structures complex projects, coordinating early engineering, financing, and long‑term offtake with technology, engineering, and logistics partners. Its projects integrate renewable power, electrolysis, carbon sourcing, synthesis, and storage/terminal infrastructure, typically located in major industrial and port ecosystems to serve hard‑to‑abate sectors.
By building large-scale production and associated logistics hubs in Northwestern Europe and the Baltic region, Power2X targets the decarbonization of aviation, shipping, and chemical value chains and supports compliance with emerging European fuel standards. The company’s approach emphasizes scalable designs, robust supply chains for green molecules, and integration with existing energy and transport networks.
chemXplore tracks 4 projects involving Power2X, of which 4 are active.
Closest to start-up first.
The dates themselves, per project, are for subscribers.
Import terminals, LOHC and electrolysers advance; pipeline and local distribution are planned, but policy, financing and coordination still limit rollout.
Project reached FID/NTP and moves into construction. Will use John Cockerill pressurized alkaline electrolysis; first hydrogen expected mid‑2028; plant ties into local Chemical Park and Nobian.
Power2X will enhance HyCC's green hydrogen projects, aligning with its decarbonization strategy. Nobian continues its focus on chlorine electrolysis and green hydrogen in Europe.
The project will produce e-SAF using green methanol, aiming to cut CO2 emissions. Worley will handle engineering to ensure efficient execution and risk mitigation.
The hub will produce 250,000 tonnes/year of e-SAF, using green methanol and hydrogen, supporting Europe's decarbonization and meeting 40% of e-SAF demand by 2030.
The project in Pärnu aims to produce 500,000 tons of green methanol annually, creating 2,000 construction jobs and 200 long-term jobs, supporting Estonia's energy transition and decarbonization efforts.
The project will produce green hydrogen and ammonia in Sines, Portugal, using renewable energy. It includes electrolyzers, nitrogen production, and storage, with a final decision expected by March 2024.
The project in Sines will now produce 150,000 tons of hydrogen and 1 million tons of green ammonia annually, creating 265 permanent and 6,000 indirect jobs, and supporting EU decarbonization goals.
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What each is building and closing, and the pipelines and grids between them, on one map.
