Glenn Llewellyn

Aerospace

Industrial gases

Cryogenically stored hydrogen maintained at -253°C in a vacuum-insulated tank, offering 2.8 times more energy density than gaseous hydrogen for aviation applications.

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

A propulsion system that uses fuel cells to generate electricity from hydrogen.

Bavaria

Auvergne-Rhône-Alpes

Airbus' roadmap for developing zero-emission commercial aircraft.

Next-generation aircraft concept featuring four 2-megawatt electric propulsion engines powered by hydrogen fuel cells and two liquid hydrogen tanks, expected to launch in the latter 2030s.

Specialized system for managing liquid hydrogen storage, distribution, and propulsion integration in aircraft, developed collaboratively to enable safe and efficient hydrogen-powered flight.

A next-generation aircraft design featuring four 2-megawatt electric propulsion engines powered by hydrogen fuel cells and two liquid hydrogen tanks, designed as a stepping stone to unlock key technologies rather than a final commercial product.