Offshore hydrogen production
Offshore hydrogen production: Sustainable energy generation from wind and sea for a climate-neutral future.
Power generation from offshore wind turbines
Offshore wind turbines convert the power of the sea wind into clean, renewable energy - efficiently and sustainably.
Water desalination
Modern water desalination plants use renewable energy to convert seawater into clean drinking and process water
Electrolysis
Electrolysis uses renewable electricity to split water into green hydrogen and oxygen
- a key technology for the energy transition
From water to electricity
Offshore production of green hydrogen uses wind turbines at sea to provide renewable electricity for electrolysis. Desalinated seawater is split into hydrogen and oxygen without using precious drinking water. The hydrogen produced is then compressed and stored in high-pressure tanks to enable efficient storage and transportation. Production in international waters eliminates the need for approval processes and land conflicts on land, while at the same time making optimum use of the enormous potential of wind energy. This method offers a sustainable and CO₂-free solution for generating clean energy and supports the global energy transition.
Our plan
DSP H2 relies on the offshore production of green hydrogen to use renewable energy sources efficiently without competing with drinking water or electricity resources on land. The combination of wind power and seawater on floating platforms eliminates approval hurdles, land use conflicts and supply bottlenecks. At the same time, green hydrogen offers a climate-friendly alternative that relieves users of CO2 taxes and makes an important contribution to the energy transition.
