As a forerunner in the energy transition, it is of course important that we look at our CO₂ footprint. In addition, we like to think along with you.

Yes, websites also have a carbon footprint...

The internet consumes a lot of electricity. 416.2 TWh per year to be exact. That is more than the whole of the United Kingdom per year in total.

  • We use a green server

    Do you have a website? Check your carbon footprint on websitecarbon.com

  • Dark mode

    Displaying the website in dark mode saves considerable energy compared to a white background. As a visitor, you have a direct influence on the footprint of topsectorenergie.nl in terms of display in this choice.


    In addition, you can also save a lot of energy by setting (OLED) screens to dark mode.

  • The code of our website

    We do not load anything until you actively request it. Whether it's code, images or videos. Manage your preferences via the cookie banner.

Three pillars

HEROW is based on three pillars:

  • Knowledge sharing: It is a network where knowledge about offshore hydrogen production is shared. Developers of pilots share experiences and results, and knowledge programs come up with new ideas and concepts. Knowledge from international initiatives is also shared with the aim of accelerating scale-up.
  • Innovation challenges: The entire chain of stakeholders is involved in this network through innovation challenges to solve specific issues. Startups and knowledge developers are challenged to come up with new innovations to address the industry's challenges.
  • Knowledge dissemination: Through the development of educational materials and trainings, HEROW ensures the spread of knowledge. This includes the "Teach the teacher" principle, where educational institutions receive free teaching materials and teachers are trained on how to use them. This pillar aims to ensure the right knowledge and the required workforce to realize the Dutch ambitions for offshore hydrogen.

Role of hydrogen in the energy transition

Hydrogen is seen as a crucial component in the sustainable energy system of the future. Green hydrogen, produced through sustainable energy sources, is an important clean energy carrier for decarbonizing industries, shipping, and heavy transport. Electrification is often not suitable for processes such as refining, steel production, or maritime vessels, as the required temperatures are not achievable and batteries make ships too heavy to float. Hydrogen is also necessary as a raw material in the chemical industry. Hydrogen production at sea, near renewable energy sources like wind farms, will play a significant role in the energy mix.

Stay informed?

If you want to participate in the HEROW network or want to receive our newsletter, please leave your details following the button below.

This website uses cookies and similar techniques to provide an optimal user experience. You can change your preferences .
These cookies ensure that the website works properly. These cookies cannot be turned off.
These cookies ensure that we can measure the use of the website and implement improvements.
These cookies can be placed by third parties, such as YouTube or Vimeo.
These cookies enable our advertising partners to offer more targeted information.
By turning off categories, related functionalities within the website may not be available any longer. It is always possible to change the preferences at a later time.