Royal Dutch Shell

Shell's exploratory oil drilling project in the Chukchi Sea, approximately 140 miles off the Alaska coast, approved by the U.S. Bureau of Safety and Environment Enforcement.

A large-scale green hydrogen production facility in the northern Netherlands powered by offshore wind, designed to produce hydrogen via water electrolysis for industrial and power applications.

Transformation of Shell's Wesseling refinery section into an integrated energy and chemicals facility featuring upgraded hydrogen electrolysis, bio-power-to-liquid production, and an Energy Campus.

Fuels derived from biomass, part of Shell's shift toward regenerative solutions at the Wesseling facility.

Sustainable aviation fuel produced at Shell's Wesseling facility using bio-power-to-liquid technology and green hydrogen, intended to reduce emissions in the aviation sector.

Man-made fuels produced from renewable sources and green hydrogen, part of Shell's product portfolio transformation at the Rhineland facility.

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

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

A process used by Hydrogenics to produce hydrogen, which can be stored and later converted back to energy through fuel cells.

United States

Chile

A study to test the feasibility of hydrogen fuel cells for ships, involving retrofitting a vessel and testing the technology on related equipment and trucks.

A large-scale hydrogen production facility to be built at Aukra in western Norway using natural gas combined with carbon capture technology. The facility will produce clean hydrogen for local industries, emissions-free vehicles and ships, and export to Europe.

Shell's initiative to produce renewable aviation fuel at its Wesseling facility using bio-power-to-liquid technology and green hydrogen from the upgraded electrolysis facility.

Man-made fuels produced from renewable sources and green hydrogen, part of Shell's product portfolio transformation at the Rhineland facility.

Tethered kite-like structures designed to capture wind power at higher altitudes as an alternative to traditional wind turbines. The technology aimed to reduce costs and improve efficiency compared to conventional wind energy installations.

Historical hydrogen-powered vehicle used by President George W. Bush; the fueling pump for this vehicle was closed in Washington.