Decoupled hydrogen production, utilising a liquid mediator to separate the electrolysis of water to release the Oxygen and Hydrogen in two separate locations, times, and rates.

About

University of Glasgow spin out developing innovative decoupled hydrogen production technology to deliver flexible, safe, reliable, and economical hydrogen production at scale.

Key Benefits

  • Durable, simple maintainable cell with rugged design and longer life.
  • Efficient, Lower hydrogen production cost delivered via reduced CAPEX and OPEX.
  • Safe, No possibility of hydrogen and oxygen mixing in the cell providing an inherently safer system

Applications

Hydrogen production sites as well as hydrogen refuelling stations and fast deployment back up power generation markets.

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