Building breakthrough green hydrogen 
production systems

Watch our short explainer video below.

The Future of Green Hydrogen Production

Utilizing disruptive decoupled electrolysis architecture to deliver safe, flexible, and economical hydrogen solutions.

The Mission for Net Zero: We are a University of Glasgow spinout dedicated to driving the world’s transition to Net Zero through innovative technology that produces hydrogen from water.

The Problem: Traditional electrolyzers produce hydrogen and oxygen together in the same structure which requires a construction that is fragile, complex and costly. The system also often needs treated water and expensive compression stages to store the hydrogen

The Breakthrough: Our technology allows hydrogen and oxygen to be produced in separate places and at different times or rates. This offers flexibility and opportunities not possible with existing electrolyzers. Our patented process utilises a liquid mediator which can also act as a non-gaseous store and can produce hydrogen at high pressure without the need for a compressor.

Inherently Safe

Our decoupled electrolysis ensures there is no possibility of hydrogen and oxygen mixing. By generating hydrogen separately, it is not present in the cell and only released as a gas on demand from the reactor.

Highly Flexible

With our decoupled system we can connect directly to renewable power, storing the energy within our liquid and release hydrogen on demand, this together with very low load factors allows for full utilisation of green electrons.

Maximum Efficiency

Our systems provide an overall efficiency improvement of up to 30%. We produce high-pressure hydrogen (100+ bar) without mechanical compression, and use less water, significantly lowering both CAPEX and OPEX.

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Thank you for your interest in Clyde Hydrogen Systems.

James Peck, CEO


Please send us a message using the form below or an email info@clydehydrogen.com We’d be delighted to hear from you!