Every hour, about
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5 MW stacks delivered between 2018 and 2020
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reference countries
Green hydrogen differs from that produced from other processes, such as steam-methane reforming or steelmaking plants (coke oven gas), because
Hydrogen is a fantastic energy vector to balance supply and demand of electricity, and to complement the intermittent electricity generated
Today, the transport sector is responsible for air pollution in cities and about 14% of global CO2 emissions. Green hydrogen
Renewable electricity production costs are declining rapidly, and production is increasing all over the world.
Because the best way to produce green hydrogen is through water electrolysis, John Cockerill Hydrogen has developed a wide range
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.
This research partnership, financed by a federal fund, aims to study the injection into the gas
Continue ReadingCongrats for this major step, one year after the inauguration of Cockerill Jingli Hydrogen’s new production
Continue ReadingThe green hydrogen will be produced by a 75 MW electrolyser plant powered by green electricity.
Continue ReadingThe production capacity of the new Cockerill Jingli Hydrogen installations will gradually be brought up from
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