Hydrogen

Building a carbon-free future together.

Why choose hydrogen?

The Key to a Sustainable Energy Future

Green Hydrogen is produced from renewable energy sources such as solar and wind, and plays an indispensable role in the energy transition. Why is green hydrogen so important? Because this energy carrier is a clean and versatile material and can serve as fuel for energy-intensive processes. Moreover, hydrogen can be stored, making it available at any time.


What is green hydrogen?

Green hydrogen is produced via electrolysis: a process in which water (H2O) is split into hydrogen (H2) and oxygen (O2) using electricity. If this electricity is generated by renewable sources such as solar or wind energy, it is considered green hydrogen. No CO2 is released during its production. This makes green hydrogen a fully sustainable alternative to fossil fuels. The challenge? Producing green hydrogen at scale.


RWE invests in hydrogen

At RWE, we are fully committed to developing sustainable value chains based on green hydrogen. From production and storage to the distribution of hydrogen:

  • We are building large-scale electrolysers for the production of green hydrogen.
  • Our solar and wind farms are continuously expanded to provide green power to these electrolysers.
  • We cooperate with partners in the chain such as infrastructure developers and customers to enable the large-scale deployment of green hydrogen.
  • We invest in offshore hydrogen production through innovative projects such as FUREC.

Our goal? A future where hydrogen plays a central role in a carbon-neutral energy supply.


Applications of Hydrogen

What is hydrogen used for? Green hydrogen is particularly suitable for sectors where there are few to no sustainable alternatives:

  • Heavy industry: replacing fossil fuels and raw materials in industrial and chemical processes.
  • Transport sector: as a clean fuel for heavy road transport, aviation and shipping.
  • Renewable fuel production: as a basis for synthetic fuels and hydrogen carriers.

Green hydrogen provides the solution where electrification is not feasible.


Our concrete contribution to the European green hydrogen target

Europe aims to achieve 40 gigawatts of electrolysis capacity for green hydrogen production by 2030. This ambitious target requires efficient, scalable solutions. RWE plays a crucial role in this by actively participating in various hydrogen projects aimed at high efficiency and measurable impact.

With our technological expertise and practical experience, we are committed to the large-scale production of green hydrogen and accelerating the transition to a sustainable energy supply.

Discover below how our projects contribute to achieving  the European Hydrogen targets.

Our hydrogen projects

Eemshydrogen

Electrolyser in northern Netherlands to make green hydrogen

Read more

FUREC

Making hydrogen from household waste in Limburg.

Read more (in Dutch)
  • At (the second conversion park) Conversion Park II on the Second Maasvlakte in Rotterdam, RWE is developing MaasH2: a large-scale electrolyser plant that will produce green hydrogen for the industry and transport sector. MaasH2 is one of the hydrogen projects RWE is developing in the Netherlands alongside projects in Eemshaven and Zeeland. This plant/electrolyser will offer a significant volume of green hydrogen produced from renewable energy, good for a substantial CO2 emission reduction. Green hydrogen plays a key role in the energy transition and can be used by end users in industry or mobility and offers opportunities for certification customers.

    Facts and Numbers

    Capacity Within the range of 300 MW
    Offset CO2 ~ 200,0000 tons of CO2 emissions avoided
    This equivalent to ~ 93,000 ICE car per year.
    Expected COD 2030
    An aerial view of a hydrogen facility by RWE, featuring green roofs, solar panels, and an adjacent transport road.

    Klik op de afbeelding om in te zoomen

Sustainability and safety are priorities at RWE

RWE operates according to clear sustainability principles:

  • Reduction of emissions, water consumption and disruption of biodiversity

  • Circular design and reuse of materials

  • Strict safety standards during both construction and operation. This is how we contribute to a safe, responsible and future-proof energy supply.

Read more on rwe.com

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Discover the Power of Green Hydrogen

Wondering how hydrogen can help your sector move forward? Or do you want to invest in a sustainable, carbon-free future?

Contact us and discover the possibilities of green hydrogen for your organisation.