Liquid Hydrogen Storage and Propulsion for Aircraft

Applied scientific research and testing infrastructure

Aviation decarbonization research and policy

Cryogenic systems design and manufacturing

Ultra-light storage vessel designed by Cryoworld to safely contain liquid hydrogen at extreme temperatures while minimizing heat transfer and boil-off.

An integrated system combining liquid hydrogen storage, fuel cell power generation, and electric motor drive for aircraft propulsion.

The specific type of fuel cell technology supplied by Ballard Power Systems for the buses in Mississauga.

Ypenburg

Previous test flight conducted by AeroDelft using gaseous hydrogen propulsion, preceding the current liquid hydrogen breakthrough.

An integrated propulsion system combining a vacuum-insulated cryogenic liquid hydrogen tank, electrical heat exchanger, PEM fuel cell, and electric motor. Produces 75 kW of continuous power and is designed for 4-seat aircraft.

Ultra-light storage vessel designed to safely contain liquid hydrogen at -253°C, minimizing heat transfer and boil-off during flight operations.