GREEN HYDROGEN, THE CLEAN ENERGY THAT WILL CHANGE THE WORLD
HOW IS GREEN HYDROGEN OBTAINED?




Renewable energy sources that do not produce carbon dioxide.
High-voltage connection.
Water supply.
Electrolyser to separate the hydrogen and oxygen molecules contained in water.
Compressors to reduce the volume of the hydrogen and oxygen produced.
Storage tanks.


GREEN HYDROGEN IS THE MISSING PIECE OF THE DECARBONISATION PUZZLE
Paris agreement greenhouse gas targets will not be reached without green hydrogen.
50% of the carbon abatement needed for a two-degree consistent pathway will come from hydrogen.
- Transportation.
- Heating and power for buildings.
- Industrial heat.
- Power generation.
- Industry feedstock.
GREEN HYDROGEN IS ALREADY COMPETITIVE FOR MANY DIFFERENT APPLICATIONS
Hydrogen market today
2021-2023
Ammonia
Methanol
Refining
Medium & Heavy Duty Trucks Forklifts
Backup Generation
Hydrogen market in the medium term
2023-2027
Blending
CHPs
Existing Networks Trains
Buses
Ferries
Taxis
Vans
Hydrogen market in the medium-long term
2027-2035
Mid-sized Vehicles
Simple Cycle Turbines
Furnaces
Ammonia
Methanol
Refining
Medium & Heavy Duty Trucks
Forklifts
Back up Generation
Blending
CHPs
Existing Networks
Trains
Buses
Ferries
Taxis
Vans
Mid-sized Vehicles
Simple Cycle Turbines
Furnaces






As the hydrogen industry scales-up over the next decade, green hydrogen will become competitive for more and more end-uses reaching its full potential. Already today, the current size of potential green hydrogen market is at c. €45bn/year considering diesel substitution at competitive prices. This is especially true in the transportation sector, where autonomy, heavy weight, high vehicle usage or charging speed are key: long-range trucks, heavy trucks, taxi fleets, commercial van fleets, forklifts, heavy-duty mobility etc.