Register for our high-level #study launch in Brussels and learn about the role of import terminals and their decarbonisation pathways. 👉https://bit.ly/4bwYvBR

📅 Wednesday, 26 June 2024
🕙 10:00-14:30 CEST
📍 The Hotel, Boulevard De Waterloo 38, 1000 Brussels

GIE Annual Conference is back to empower Europe’s energy transition.

Join us in inspiring #change & creating #sustainable solutions today:
🇩🇪 Munich, Germany
🗓️ 17-18 October 2024
🤝Meet 300 EU energy leaders

Get your early bird ➡https://bit.ly/3QV2HmS

#GIEAC24

📣 And we’re back with our third online workshop on the EU #MethaneRegulation!  

Focus: Venting & Flaring. 

Join us, @GIEBrussels and @Eurogas_Eu on 28 May as we discuss how operators and stakeholders can implement the Methane Regulation. 

Register here 👉

Red tape & lack of proper infrastructure are the two main obstacles to #EconomicDevelopment. 

GIE Secretary General @AchovskiBoyana presented the role of the #GasInfrastructure in overcoming them and the policy levers at the 2024 #Mozambique Mining & Energy Conference (#MMEC).

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The AquaDuctus project

By GASCADE & Fluxys

AquaDuctus will be a GW-scale offshore hydrogen pipeline – the first of its kind in European waters. The project is thus pursuing the goal of connecting large amounts of renewable hydrogen obtained offshore with the mainland and injecting into the emerging onshore infrastructure. In this way, demand centres, e.g. industrial chemical sites, hydrogen storage facilities etc. in Germany and other European member states can be reached.In a first phase, AquaDuctus connects a 15 MW hydrogen production plant (AquaPrimus II) off the coast of Helgoland with the consumers on the island. These projects were selected by the German Federal Ministry of Economics for funding as part of the hydrogen IPCEI process.

The next step is to connect the SEN-1 wind farm site, located 150 km north-west of Helgoland with a generation capacity of up to 1 GW for the production of green hydrogen, to the German mainland and the further onshore hydrogen infrastructure. Furthermore, it is planned to design the pipeline in such a way that a connection can be established to more distant future hydrogen wind farm sites in the exclusive economic zone of the North Sea in order to transport up to 10 GW of hydrogen production capacity to the German mainland (German Offshore H2 Backbone).

In addition, the pipeline also enables connections to other offshore hydrogen infrastructures of bordering European North Sea countries (European Offshore H2 Backbone). The pipeline, when fully utilized, will replace five high-voltage direct current (HVDC) cables that would otherwise need to be built and is therefore by far the most cost- and time-effective option for transporting large amounts of energy over long distances and has the lowest environmental impact.


Oliver Reimuth

Hydrogen & Systainability

Tel.: +49 561 934-1385
E-Mail: oliver.reimuth@gascade.de
GASCADE Gastransport GmbH / Kölnische Straße 108-112 / 34119 Kassel, Germany