HESL intends to incorporate hydrogen compression and on-demand energy storage technology, allowing energy to be stored as hydrogen at a fraction of the cost of lithium-ion battery storage, solving the challenges faced by windfarms during periods of reduced demand.
Bryan Garnier has acted as the sole financial advisor to Enapter, a manufacturer of electrolysers for green hydrogen production, on a €20 million strategic investment by Johnson Matthey.
EDPR has entered into an industrial agreement with Lhyfe to jointly identify, develop, build and manage projects within the renewable hydrogen sector.
As low and zero-emissions vehicles capture an ever-greater share of the market, countries around the globe need to expand access to renewable fuels like hydrogen.
The hydrogen generators produced by the JV under license from e1NA use methanol and water as feedstock resulting in cost effective onsite production of hydrogen and a significant reduction in carbon dioxide emissions and local air pollution when compared to gas and oil.
The collaboration will address multi sector decarbonation such as grid services and industrial application projects.
The project will unlock a low carbon future for North West England and North Wales, producing and distributing low carbon hydrogen to replace the fossil fuels used in industry, transport, and homes, and capture and store carbon dioxide.
The agreements will bring international investment into UK hydrogen, strengthening the country’s leadership in the new low-carbon industry.
The company has announced that it has monetised its 100% interest in its Vlissingen green hydrogen development project and its 50% interest in its Terneuzen green hydrogen development project.
The project will start in 1Q23 and it aims at testing blends of up to 10 vol.% green hydrogen. This will be one of the first cases where green hydrogen is used to lessen the carbon footprint of an existing gas fuelled Wärtsilä power plant.
CIP has proposed to build an artificial island dedicated to the large-scale production of green hydrogen from offshore wind, in the Danish part of the North Sea.
The proposed FFI green hydrogen production plant would enable the decarbonisation of hard-to-abate sectors of the North American economy and support the development of a Pacific Northwest green hydrogen hub, potentially creating hundreds of new local jobs.
The green hydrogen is produced with surplus solar power from the summer using an electrolyser and converted back into electricity in the winter.
The project – ‘Hydrogen Turbine 1’ or ‘HT1’ - aims to be first project in the world to test the full integration of hydrogen production with an offshore wind turbine. HT1 will also map out development and consent processes for large-scale hydrogen projects co-located with offshore wind farms to speed up future development.
EthosEnergy promotes the use of hydrogen as a solution to the growing demand for sustainable energy on the road to a low-carbon economy.