Clyde Hydrogen Systems Develops Decoupled Electrolysis for On-Demand Green Hydrogen Production
Clyde Hydrogen Systems, a spinoff from the University of Glasgow, has unveiled a prototype for decoupled electrolysis that enables on-demand green hydrogen production without the need for bulky compressors. This innovative technology produces high-pressure hydrogen while minimizing cross-contamination, enhancing safety and reducing costs, with a commercial demonstration scheduled for 2025. If successful, the company aims to make commercial units available by 2028, contributing to the UK's net-zero goals.
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Clyde Hydrogen Systems, a spinoff from the University of Glasgow, has launched its first integrated prototype utilizing decoupled electrolysis for hydrogen production without bulky compressors. This innovative approach separates electrochemical reduction and catalytic generation, producing high-pressure hydrogen over 100 bar while eliminating cross-contamination.
The design enhances safety, reduces operational costs, and accommodates variable renewable energy sources. A commercial demonstration is planned for 2025 at PlusZero’s Stornoway facility in the Outer Hebrides, with a pilot project at Clyde's Glasgow headquarters later this year. If successful, commercial units could be available by 2028, positioning the company to potentially transform hydrogen production processes in various industries, aligning with the UK's net-zero objectives.
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