Greg Hands

Marine energy research

Wind energy generation

A method of storing hydrogen by binding it chemically within solid materials, such as metal hydrides or advanced adsorbents, rather than in high-pressure tanks.

The process used to produce green hydrogen by splitting water using electricity.

Crucial components for storing hydrogen, either as compressed gas or supercooled liquid, which are necessary for powering hydrogen-based vessels.

East Renfrewshire, Scotland

Glasgow, Scotland

Scotland, Orkney Islands

A hydrogen production and storage facility to be built at Whitelee Windfarm in East Renfrewshire, Scotland. The facility will use the largest electrolyzer in the UK, powered by renewable wind energy, to produce green hydrogen through water electrolysis and store it onsite for use in local transport and other applications.

A demonstration project to deploy a 1 MWh scalable green hydrogen storage system on Scotland's Orkney Islands using solid-state hydrogen storage technology integrated with AI. The project aims to prove the commercial viability of utility-scale hydrogen storage for applications including industrial heating, hydrogen refueling stations, electrical power, and gas network blending.

A scalable green hydrogen storage system using solid-state materials and AI integration. The system stores hydrogen at low pressures, achieving up to 55% cost savings compared to high-pressure compression, with a targeted levelized cost of $0.25 per kilogram by 2028.

Hydrogen produced through water electrolysis using renewable electricity, with zero associated carbon emissions, to be incorporated into the Baytown facility's diverse hydrogen supply mix.