H2 Terminals Limited

A major green liquid hydrogen infrastructure project featuring a 2GW fuel cell build in the Southeast and a fleet of 20 specialized LH2 carrier ships delivering green hydrogen into the UK for industrial offtake and grid distribution.

Advanced composite material invented by Cambridge scientist Shuo Chen for insulating and containing liquid hydrogen at -253°C.

Technology that generates electricity through an electrochemical reaction between hydrogen and oxygen, with water as the only byproduct.

Hydrogen stored cryogenically at very low temperatures, drastically reducing its volume for efficient long-range transport and storage.

Southeast England; London and Thames Estuary

A major green liquid hydrogen infrastructure project featuring a 2GW fuel cell build in the Southeast and a fleet of 20 specialized LH2 carrier ships delivering green hydrogen into the UK for industrial offtake and grid distribution.

Specialized 90-meter-long vessel designed to carry 2,000 tons of liquid hydrogen at -253°C. Powered partly by fuel cells using boil-off from the LH2 cargo, featuring advanced composite material insulation.

Advanced composite material invented by Cambridge scientist Shuo Chen for insulating and containing liquid hydrogen. Claimed to be five times stronger than steel while remaining lightweight with exceptional thermal insulation properties.