Yokohama

Yokohama's research and development project to create tires with spoiler fins on the outer sidewall to improve vehicle fuel efficiency through aerodynamic control.

Tires equipped with small thin fins placed at specific angles on the outer sidewall to control airflow, reduce rolling resistance, and improve vehicle fuel efficiency.

Small thin fins placed at specific angles on the tire's outer sidewall to control airflow and reduce fuel consumption.

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

Linde is advancing technologies for hydrogen production, including steam methane reforming with carbon capture and electrolysis.

Tokyo

Japan

Kanagawa Prefecture

Yokohama's research and development project to create tires with spoiler fins on the outer sidewall to improve vehicle fuel efficiency through aerodynamic control.

A project to produce hydrogen using wind energy from the Hama Wing wind farm in Yokohama, which will then be compressed and used to power forklifts at four facilities.

Vehicles powered by fuel cell systems that consume hydrogen to produce electricity. These vehicles operate using electricity generated by the fuel cell system and produce only water vapor and oxygen as byproducts, making them environmentally friendly.

Materials handling vehicles that will be powered by hydrogen produced in the new project.

Tires equipped with small thin fins placed at specific angles on the outer sidewall to control airflow, reduce rolling resistance, and improve vehicle fuel efficiency.