Haydale Composite Solutions

Advanced composite material developed by Haydale that combines graphene with carbon fiber to create stronger, lighter materials for pressure vessel construction, enabling the construction of impermeable pressure vessels.

Advanced hydrogen storage containers designed for fuel cell vehicles. Type V vessels typically feature a composite construction with integrated mounting systems to reduce weight and cost compared to traditional external attachment designs.

Advanced composite material developed by Haydale that combines graphene with carbon fiber to create stronger, lighter materials for pressure vessel construction. The material enables construction of impermeable pressure vessels.

Viritech's proprietary system for mounting hydrogen pressure vessels that integrates mounting points into the vessel structure itself. This design reduces weight and cost compared to external attachment systems.

United Kingdom

Ford Motor Company's three-year hydrogen fuel cell E-Transit trial testing hydrogen fuel cell technology on commercial vehicles in a small UK-based prototype fleet. The project aims to establish whether hydrogen fuel cell technology can deliver improved zero-emission driving range for E-Transit customers with energy-intensive use cases.

Viritech's proprietary integrated mounting system for hydrogen pressure vessels that reduces cost and weight by integrating mountings directly into the vessel structure, allowing them to be bolted directly to the vehicle chassis.

Ford's hydrogen fuel cell-powered version of the E-Transit commercial van, being developed and tested as part of the FCVGEN 2.0 project. Ford Pro is designing, developing, and building a fleet of eight hydrogen fuel cell-powered Transit vans.

Advanced composite material developed by Haydale that combines graphene with carbon fiber to create stronger, lighter materials for pressure vessel construction, enabling the construction of impermeable pressure vessels.