Kansai International Airport

Airport operations and management

Aerospace

Airport operations and management

Motorcycle and powersports manufacturing

Hydrogen-based vehicles and equipment already deployed at Kansai Airports as part of existing hydrogen infrastructure.

Hydrogen stored and transported in its liquid state, requiring cryogenic temperatures near -253°C. It is a key focus for GenH2's expertise.

A two-megawatt electric motor utilizing superconducting technology for hydrogen-powered aircraft propulsion. Developed through the Airbus-Toshiba partnership.

Tokyo

Kansai

A project aiming to make hydrogen fuel technology less of a concept and more of an everyday reality by testing it with end-users across various applications including cars, forklifts, buses, and heat/power.

A collaboration to develop a two-megawatt superconducting motor that utilizes liquid hydrogen for both fuel and cooling, designed to boost efficiency and performance of electric propulsion systems for hydrogen-powered aircraft.

A feasibility study to assess hydrogen infrastructure and supply roadmap for three major airports in Japan's Kansai region: Kansai International Airport, Osaka International Airport, and Kobe Airport. The study evaluates technology, economics, and legal compatibility.

An advanced electric motor designed for hydrogen-powered aircraft that uses liquid hydrogen for both fuel and cooling. The superconducting technology reduces electrical resistance and boosts efficiency and performance of electric propulsion systems.