This stage involves bringing in hydrogen from external sources, often in the form of liquefied hydrogen or hydrogen carriers, to meet local demand and supplement domestic production.
Hydrogen can be produced through various methods such as electrolysis (using renewable electricity to split water into hydrogen and oxygen), steam methane reforming (converting natural gas into hydrogen and carbon dioxide), and other emerging technologies, creating a versatile and clean energy resource.
Produced or imported hydrogen and its derivatives need to be transported efficiently to consumers. This can involve pipelines, trucks, ships, or specialised carriers, ensuring a reliable supply to different regions and markets.
Hydrogen finds application in diverse industries, such as transportation and industrial processes. Customer solutions involve integrating hydrogen into these sectors through technologies like fuel cells for vehicles and industrial hydrogen use.
How does it work and how can we accelerate it?
Starting in February 2025, Essent will deliver the first batch of green hydrogen to Bosch's new test centre in Deventer.
With the new project HydroHarbourEssen (HHE), E.ON Hydrogen plans a construction of an electrolyser in Essen's city harbour.
12 e-trucks, 12 teams and 300 kilometres on a route from Essen to the IAA grounds in Hanover
Electrolysers can relieve pressure on the electricity grid and support hydrogen ramp-up