Joining Belgian forces on clean hydrogen to excel in Europe and beyond
Rationale WaterstofNet and Tweed have both been coordinating their regional hydrogen clusters in Flanders and Wallonia
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Green hydrogen, also called renewable hydrogen, is different from hydrogen produced from other processes, such as steam methane reforming, various petrochemical processes or coal gasification, because green hydrogen does not emit CO². The electrolysis of water produces, by definition, hydrogen and only pure oxygen. So there is no trace of CO².
Hydrogen is a fantastic energy vector to balance supply and demand of electricity, and to complement the intermittent electricity generated by solar or wind power.
Today, the transport sector is responsible for air pollution in cities and about 14% of global CO2 emissions. Green hydrogen and our electrolysers will help to change this.
Renewable electricity production, especially from wind and solar sources, is booming around the world, and production costs are falling rapidly. H² can be used to store and release renewable energy. Excess renewable electricity can be stored as hydrogen and then used to produce renewable energy.
Because the best way to produce green hydrogen is through water electrolysis, John Cockerill Hydrogen has developed a wide range of alkaline electrolysers.
The race for green hydrogen starts today. All of the recovery plans are putting their stakes on it. And where there’s a race, there’s business… The question is: is this really the Holy Grail?
Our entrepreneurial spirit and our desire to move the world forward are part of John Cockerill’s DNA. We aim to provide solutions that are more reliable, respectful of the environment, and higher performing.
Following a global impulse towards greener energy, more sustainable and flexible systems, at John Cockerill, we offer a wide range of solutions to the energy transition: concentrated solar power (“CSP”), battery and thermal energy storage, optimisation of electricity networks, biomass, heat recuperation, energy efficiency, wind turbine maintenance, and hydrogen technologies.
Rationale WaterstofNet and Tweed have both been coordinating their regional hydrogen clusters in Flanders and Wallonia
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