The three projects form part of Carlton Power’s development pipeline and will use GenEco electrolyzer systems powered by renewable or low-carbon electricity to produce green hydrogen for industrial and mobility applications. Each project is backed by the UK Government’s Hydrogen Business Model under Hydrogen Allocation Round 1.
The 30 MW Barrow-in-Furness installation will comprise six 5 MW GenEco PEM electrolyzers. Developed through Carlton Power’s joint venture with Schroders Greencoat, the plant has a secured offtake agreement with Kimberly-Clark to supply green hydrogen to a nearby manufacturing facility. The project is intended to support emissions reduction across the company’s operations.
At the Trafford Low Carbon Energy Park in Greater Manchester, Plug Power will supply 15 MW of GenEco PEM electrolyzers for the Trafford Green Hydrogen project. Designed to serve a range of industrial, transport, and municipal users, the facility is planned to begin operations in 2027, contributing to Greater Manchester’s long-term net-zero strategy.
The Langage Green Hydrogen project in Plymouth will incorporate two 5 MW GenEco PEM electrolyzers. The project aims to decarbonize local industrial facilities using renewable electricity. As capacity and regional demand grow, the plant could also supply hydrogen for transport and heating applications.
Final investment decision is expected before the end of 2025 for the Barrow-in-Furness and Trafford projects, and in the first quarter of 2026 for the Langage development. Together, the three sites are positioned to expand regional hydrogen infrastructure and demonstrate scalable project models for industrial decarbonization in the UK.
“This collaboration with Plug Power is a cornerstone of our strategy to deliver reliable, renewable power for UK manufacturers,” said Eric Adams, Hydrogen Director at Carlton Power. “Partnering with Plug Power ensures we’re combining proven technology with long-term investment and operational expertise. We’re developing projects that sets a new standard for scale, performance, and sustainability in green hydrogen production, and furthering the UK’s industrial decarbonization.”
