What are the benefits of Underground #HydrogenStorage (UHS) for society?
How can we unlock its full potential?

Our expert Carole Le Henaff answered those questions at @FlameConference:
✅#Decarbonisation
✅#Energy resilience
✅The solutions: https://bit.ly/4dc1eSH

#GETCongress proudly welcomes @achovskiboyana, Secretary General at @GIEBrussels, as a speaker for the Strategic Conference.

Register as a delegate today: https://bit.ly/487yW9l
View Strategic Conference Agenda: https://bit.ly/3U1xj80

#GETCongress #EnergyTransition

📽️(Re)watch our event on underground #hydrogen storage (#UHS) needs in the EU.

👉There is an #urgent need for targeted policy intervention to meet Europe's UHS requirements.

Dive into the insights revealed at our recent workshop in Brussels: https://bit.ly/43ajyqu

Yesterday, #ENNOH founding operators unveiled milestones and objectives in a key stakeholder workshop.
🔍@PvanAartsen & @AbelDavEnriquez emphasised the importance of stakeholder engagement in successfully setting up ENNOH and accelerating the #hydrogen market's development.

Load More...
 

Introducing green innovation to Greece

DESFA’s Biomethane Pilot Project

Biomethane is a promising solution in meeting the challenge of transitioning to a green energy system at affordable cost, while at the same time maintaining high energy security. DESFA, committed to its strategic goal to explore solutions that combine environmentally friendly and state-of-the-art solutions that mitigate its carbon and methane emissions footprint, considers developing a pilot biomethane production and grid injection plan, with the scope to turn waste into biomethane to be used for its own consumption requirements (for instance the existing and the new compressor stations), while also inject any surplus to the existing national natural gas grid. To this end DESFA is collaborating with leading waste management and biogas development companies, Polyeco and Ergoplanning, respectively.

DESFA’s synergy with the two companies concerns the entire biomethane value chain, from a large waste portfolio that will allow the continuous supply of the plant, to the installation, operation and management of the plant and the final extraction of the green gas for consumption within the existing natural gas network.

Based on the characteristics of the waste mix used, the plant will be based on the technology of liquid anaerobic digestion.

Another innovation of the project concerns the capturing of CO2 either using methanation along with the deployment of an electrolyzer for the production of green H2 or alternatively its purification to bio-CO2 to be marketed to various industries.