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FH2

Green Hydrogen

Green Hydrogen

Green hydrogen could be a critical enabler of the global transition towards sustainable energy and net-zero emissions economies.

Zero Carbon Emissions

Produced through electrolysis using renewable electricity.

Flexibility and Energy Storage

It offers flexibility in its use, as it can be easily stored and transported.

Decarbonization of Critical Industries

Capacity to decarbonize key industries, such as the steel, cement, glass, and oil and gas sectors.

Electrolysis

Learn about electrolysis

Electrolysis is a process in which direct electric current is used to dissociate the water molecule into its components: oxygen and hydrogen. This technical method is crucial in green hydrogen production, ensuring a carbon-free generation.​

Markets

Hydrogen, by means of electrolysis, provides a sustainable solution for energy storage, transportation fuel and industrial applications.

Transportation

Fuel cell vehicles for cars, trucks, and public transportation.

Industry

Energy-intensive sectors such as steel, cement, glass, and oil and gas for decarbonization processes.

Energy Storage

Long-term storage solutions to offset the intermittency of renewable sources.

Energy Generation

Power plants generating energy from hydrogen fuel cells.

Residential

Domestic applications for heating and electricity generation.

Sustainable Mobility

Remove bicycles and skates, leave light vehicles, heavy transportation and auxiliary equipment for cargo handling (forklifts).