Production Project

Production Project

The Process

From water to electricity

DSP H2 wants to embark on an ambitious mission to harness the abundant resources of the sea for green hydrogen production. By capitalizing on the vast expanse of the ocean, we plan to deploy swimming wind turbines to generate the electricity required for the electrolysis process. This approach holds a significant advantage as nearshore space is limited, but floating turbines offer a scalable solution, expanding our potential for sustainable energy production.

Once the water is transformed into hydrogen through electrolysis, we will ultra purify it. Through a meticulous process, the resulting green hydrogen attains an exceptional level of 99.99% purity, meeting the highest industry standards.

To further optimize efficiency and effectiveness, the produced hydrogen will be meticulously compressed to an impressive 700 bar, and securely stored in high-pressure vessels. This strategic approach will enable us to provide a reliable, clean, and future-oriented solution for diverse energy needs.

Distribution

Transporting hydrogen presents unique challenges within the production chain, and at DSP H2, we understand the importance of addressing them effectively. One such challenge is devising an efficient and secure transportation system to deliver green hydrogen to various destinations across Europe.

To tackle this issue, we plan to implement a shuttle system that streamlines the movement of hydrogen containers. Regularly, our shuttle tankers transport the containers from our offshore production facilities to the shore. This process ensures a reliable and steady supply of green hydrogen to meet the growing demand from customers in different regions.

Safety will always be at the forefront of our operations, and we will take every precaution to ensure the secure distribution of hydrogen to our clients throughout Europe once we are actually able to produce it. By optimizing our distribution network, we strive to contribute to the widespread adoption of green hydrogen, promoting its integration into diverse industries and supporting the transition towards a more sustainable energy future.

Our Plan

DSP H2 is committed to producing large quantities of green hydrogen from renewable energy sources such as wind power and water. The goal is to produce 25 tons of hydrogen per day, or 6 million tons per year starting in 2026. This makes a significant contribution to the fight against climate change and the replacement of fossil fuels.


The fact that the production of green hydrogen competes with scarce resources such as drinking water and electricity for other uses (such as drinking water and electricity for e-mobility) is greatly underestimated.


About 13 liters of water are required to produce one liter of hydrogen. About 331,000 liters of water per day are required to achieve the goal of producing 25 tons of hydrogen. The water consumption will be gigantic in the implementation of the hydrogen strategy of the federal government and will result in a shortage of drinking water if new, additional capacities are not created for the water needed for hydrogen production. DSP H2 does not want to contribute to the shortage of drinking water and the resulting inevitable price increases and therefore will use seawater for hydrogen production. Seawater is virtually free and will only be temporarily converted into hydrogen. DSP H2 will therefore produce hydrogen on a floating platform in international waters.


In addition to water, electricity is needed for electrolysis. Wind power is a natural, green energy source that is widely available and can be used to generate large amounts of electricity with wind turbines. Large wind turbines already deliver over 14 megawatts and are already being used on pylons in the sea or floating on carrier platforms. The production of hydrogen in large quantities competes with the already scarce production of wind energy for other purposes, such as the federal government's desired e-mobility. Starting in 2030, only electric vehicles will be newly registered and the internal combustion engine will be abolished. The electricity demand will be gigantic and it will be a major challenge to provide the needed electricity from renewable sources. Wind energy is the main source of green electricity. At the same time, there is a dilemma that only limited space on land can be socially accepted for the construction of wind turbines. Approval procedures already take up to 10 years on average.  That's why DSP H2 will use the wind power that is freely and infinitely available at sea for hydrogen production and set up wind turbines at sea.


Users of non-green energy will be charged 30 euros per tonne of CO2 in 2023. The CO2 tax will increase to 55.00€ per tonne of CO2 by 2055.

Development and expansion of our green hydrogen production

Our concept can be multiplied by using additional hydrogen plattforms. Later, hydrogen should also be fed into the distribution network planned by the federal government.

Pure oxygen, a result of electrolysis, can also be captured and marketed.

Usage of our green hydrogen

Our green hydrogen can be converted back into electricity by means of fuel cells in trucks, cars, and other vehicles, so that electric motors drive the vehicles.
 
Industrial companies that are energy-intensive can convert our hydrogen into electricity, heat, and water and produce green products and goods.
Share by: