North Sea

A large-scale CO2 storage operation in the North Sea.

A large-scale CO2 storage operation in the North Sea.

A multi-year integrated electrolyzer design project developing a holistic engineering methodology for offshore hydrogen production that reduces Levelized Cost of Hydrogen by 10–20%.

Applied research and technology development

Energy

Train manufacturing

A 2 megawatt floating wind turbine designed to operate offshore, representing the first phase of the world's first large-scale floating offshore wind farm off Fukushima.

The process used to produce green hydrogen by splitting water using electricity.

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

A thorough exploration of large-scale decarbonization of natural gas and the removal of CO2, seeking to deploy low carbon hydrogen for industrial energy supplies and determine how industry can reduce its CO2 impact by replacing natural gas and coal with blue hydrogen.

A floating offshore wind turbine greater than 10 MW to be developed and tested in the North Sea by a European consortium led by Iberdrola. The project aims to reduce the levelized cost of offshore wind energy to $44-66 per MWh.

Multiple wind farm projects located throughout Germany receiving investment from Mitsubishi Corporation.

A massive floating offshore wind turbine exceeding 10 MW capacity designed to reduce the levelized cost of offshore wind energy. The turbine will be tested at Norway's Marine Energy Test Centre in the North Sea.

An advanced electrode material for seawater electrolysis that addresses anode corrosion and reduces catalyst costs, enabling efficient hydrogen production at coastal wind farm locations.

A floating offshore wind turbine with 20 MW capacity and 260-meter rotor diameter, designed to generate electricity in offshore environments. The first unit has been completed in Yancheng city.