University of Glasgow

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.

A dynamic energy storage system that uses a nano-molecule capable of storing hydrogen gas or electric power, releasing it on demand as either hydrogen gas or electricity.

Steel production using hydrogen and ammonia as reducing agents instead of coal, significantly reducing carbon emissions compared to traditional methods.

Luxembourg

North Sea

Clyde Hydrogen's planned commercial demonstration system scheduled for launch in 2027, representing the transition from pilot to commercial-scale operations.

Clyde Hydrogen's planned fully integrated pilot system incorporating automation for improved efficiency and scalability, scheduled for development by late 2025.

Project led by Professor Aidong Yang at the University of Oxford exploring the use of ammonia as both a hydrogen carrier and a reducing agent in steel production to enable 'green steel' with vastly reduced emissions.

An innovative hydrogen production system that separates electrochemical reduction from hydrogen generation into two distinct stages, enabling hydrogen production at high pressures with intermittent renewable energy sources. The beta-stage prototype has demonstrated continuous operation at pressures exceeding 100 bar.