Essex

The development and testing of a hydrofoil sailboat designed to produce green hydrogen gas at sea.

A 2 MW waste-to-energy facility processing food waste from households and commercial sources in Halstead, Essex. The plant will process 45,000 tons of food waste annually and generate electricity to power approximately 4,000 homes while producing digestate fertilizer.

A hydrogen refueling station to be built at the Center for Engineering and Manufacturing Excellence in Rainham, Essex, providing fueling support for fuel cell vehicles.

Hydrogen fuel cell technology

Renewable energy production

Chemical plant operation

A type of fuel cell mentioned in the report's scope.

Fuel cells used as distributed generation systems, providing on-site power and energy storage.

High-performance sailing vessels equipped with hydrofoils that lift the hull above water to reduce drag and increase speed, enabling efficient energy capture from ocean winds.

An ambitious solar energy project at the Blackfriars train station in London, featuring an expansive array of over 4,400 solar panels spanning the length of the Blackfriars Bridge.

The development and testing of a hydrofoil sailboat designed to produce green hydrogen gas at sea.

Development and testing of hydrogen-powered light commercial vehicles with 700 bar fueling capability and 400-600 km driving range. Includes demonstrator vehicles and planned next-generation 2.0 LCVs.

Hydrogen fuel cell-powered light commercial vehicles designed for zero-emission transportation. A next-generation model was announced for unveiling in the coming weeks.

Systems to be installed at the Miyata Plant to generate electrical power using hydrogen fuel cells.

One of the various fuel cell products analyzed in the study.