IMO

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

A membrane used in electrolyzers and hydrogen fuel cells that is permeable to hydrogen. A key challenge is managing hydrogen crossover through this membrane.

Real-time AI navigation systems, such as HiNAS, are being integrated with SOFCs to optimize ship performance and reduce fuel consumption.

Gyeonggi Province

Eurozone

United States

A demonstration of an emission-free shore power solution combining hydrogen fuel cells and port electrification to power vessels docked at port.

Co-development of solid oxide fuel cell power systems and retrofit kits for low-emission ships.

A safety-validated fueling trial using ammonia derived from grey hydrogen on a working vessel, focused on testing secure fueling operations, equipment, personnel handling, transfer logistics, and emergency systems.

A hydrogen-powered generator integrated with a shore power system designed to provide emission-free electricity to vessels docked at port.

A high-temperature polymer electrolyte membrane fuel cell system designed for automotive applications, particularly long-haul trucks. The system aims to achieve 70 percent efficiency and enable direct reformation of various fuels to low-grade hydrogen within the vehicle.

A real-time AI navigation system designed to optimize ship performance and reduce fuel consumption.