Other renewables

According to GlobalData, global capacity for hydrogen production from renewable energy or natural gas with carbon capture could increase by over 20 times, reaching 14 million tpy by 2030.

The companies have entered into an agreement whereby Dios Energy will develop and support geothermal projects in Japan on behalf of GreenFire Energy.

The company has acquired the Wave Hub renewable energy test site in Cornwall, England, paving the way for the deployment of its Twinwind floating foundation technology.

The companies have delivered a report outlining recommendations to facilitate research collaborations between Scottish and French organisations working in floating wind and hydrogen.

Under the agreement, EIB will provide financing advisory support for hydrogen projects introduced by Hydrogen Europe.

The companies have completed a strategic framework agreement to co-operate on international projects for the production of green hydrogen from hydropower.

The floating tidal turbine has started grid-connected power generation at the European Marine Energy Centre in Orkney, Scotland.

The World Energy Council has published a paper detailing the current international dialogue on hydrogen’s role in ongoing and future energy transitions and transformations.

The companies will co-operate in the AquaSector project – a large-scale German offshore hydrogen park.

The company’s technology combines various renewable energy sources in a single system, with the aim of powering electrolysers for green hydrogen production.

The project consortium, comprising Neptune Energy and partners, has received a subsidy for its offshore green hydrogen pilot.

The companies will work together on an integrated 200-turbine floating wind and hydrogen development in the North Sea.

The demonstration experiment will use a megawatt-class polymer electrolyte membrane water electrolyser developed by ITM Power.

DNV’s experts will undertake workshops and technical sessions to analyse the environmental, safety and operational risks associated with offshore production of green hydrogen.

Researchers at Queen Mary University of London have been awarded £300 000 from Innovate UK to develop microgrids powered by onshore wave energy converters.