Clyde Hydrogen Systems

companyUnited Kingdom 2 mentions

Development of decoupled electrolysis technology for green hydrogen production

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Often mentioned with · Technologies

Decoupled Water Electrolysis (DWE)

Decoupled Water Electrolysis is a broader class of technologies in which the hydrogen and oxygen evolution reactions are separated in space, time, or via mediators, allowing new reactor architectures and operational modes compared with conventional electrolyzers. H2Pro markets its E-TAC implementation as a proprietary DWE platform tailored for direct connection to renewables and high-efficiency green hydrogen production.

Redox Materials in Electrolysis

Chemical compounds capable of reversible oxidation and reduction used as mediators in DWE systems.

Decoupled electrolysis of seawater

A method that separates the formation of oxygen and hydrogen into different stages, locations, and rates, allowing hydrogen production directly from seawater without relying on freshwater supplies.

Often mentioned with · Locations

Technion and H2Pro developments in Caesarea, Israeli innovation cluster

Technion and H2Pro developments in Caesarea, Israeli innovation cluster

Often mentioned with · People

Professor Mark Symes

United Kingdom 1 mention

In the news (2)

Decoupled Electrolysis Breakthrough Powers Green Hydrogen Production

5 months 16 days ago

Spin-out from University of Glasgow’s School of Chemistry founded around 2023-2024. Backed by pre-seed funding from Zinc, University of Glasgow, Ecotricity, Scottish Government’s Hydrogen Innovation Scheme, and Net Zero Technology Centre. Recently launched £5m seed funding round closing Q2 2026 and signed MoU with Plus

Decoupled Water Electrolysis Positioned to Transform Green Hydrogen Production by 2030

11 months 24 days ago

Company led by Prof. Mark D. Symes, working to commercialize DWE. Recently achieved continuous hydrogen production using new pilot systems and is progressing toward commercial-scale deployment[5].

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