Together with imec, VITO will be working in the coming years to develop a demonstration version of an electrolysis platform that is capable of producing green hydrogen cheaply and efficiently. Ideally, this hydrogen will soon be produced en masse in wind farms and solar farms outside Europe.
A domestic research team developed a ceramic fuel cell that secured both stability and high performance while reducing the amount of catalyst to 1/20.Â
With its membership, the deep-water terminal operator Cuxport confirms its commitment to the energy transition.
After over a decade of research and development around hydrogen fuel technology, President Cyril Ramaphosa says South Africa is now ready to manufacture and commercialise hydrogen fuels technology.
Revenue hits all-time high despite a year with many challenges
With the creation of these two business units for green hydrogen and storage EDP reinforces the leadership in the energy transition.
The U.S. Department of Energy’s (DOE’s) Hydrogen and Fuel Cell Technologies Office (HFTO) and Nuclear Energy (NE) Office are joining forces to advance technologies that can efficiently integrate nuclear power and hydrogen.
On January 1, 2021, the European project e-SHyIPS was launched, on which seven European countries are working together. e-SHyIPS stands for Ecosystemic knowledge in Standards for Hydrogen Implementation on Passenger Ship
