CPH2 partners with EnerHy CDT to advance green hydrogen technology
Clean Power Hydrogen plc (CPH2), a UK-based leader in Membrane-Free Electrolysers™, has partnered with EnerHy CDT to accelerate innovation in cost-effective green hydrogen production.
The collaboration aims to develop high-efficiency electrolysers that leverage renewable energy sources, reducing reliance on fossil fuels and supporting the transition to a sustainable energy future.
The research will focus on advanced electrode materials and cell designs to improve efficiency and stability.
Image ©CPH2
Activities will be based at Loughborough University and CPH2’s Doncaster R&D site, led respectively by Professor of Energy Engineering Sonya Calnan and Technology Development Manager Nick Baynes.
Founded in 2012, and listed on the London Stock Exchange AIM market in 2022, CPH2 designs and manufactures patented Membrane-Free Electrolysers™ for producing high-purity hydrogen and oxygen. Its technology eliminates costly platinum group metals and unreliable membranes, serving sectors from power and transportation to industry, commercial, data centres and wastewater treatment applications.
Paul Cassidy, CPH2’s Chief Technical Officer, said: “We’re committed to the continued research and development of the CPH2 Membrane-Free Electrolyser™ stack.
“This long-term project will significantly improve design, performance, and cost efficiency, further lowering the cost of hydrogen production.
“We’re proud to work with the EnerHy Centre for Doctoral Training at Loughborough University to sponsor pioneering research.”
Professor Sonya Calnan added: “We’re excited to collaborate with CPH2 on advancing green hydrogen technologies.
“This partnership offers a unique opportunity for talented individuals – whether recent graduates or those bringing valuable industrial experience – to contribute to research that will shape a sustainable energy future.”
A fully funded research studentship is available as part of this project. Applications are now open for candidates interested in joining this groundbreaking initiative.
For more information, visit www.enerhy-cdt.ac.uk.