GIE Follow

📍 67 members, 27 countries 🌍 Transporting + storing #renewable & low carbon #energy for Europe. 🎙 #Decarbonisation #EnergySecurity 📊 https://t.co/dkPr3CPh2L

GIE @giebrussels ·

1 Dec

GIE Secretary General @AchovskiBoyana will be at #COP28 for a talk with Global #institutional & industry leaders.

She will present #GasInfrastructure's role in boosting #renewables' uptake.

Gas infrastructure is a tool for:
✅secure energy supply
✅#hydrogen #Biomethane dev

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GIE @giebrussels ·

29 Nov

How can #LNG make a difference in crisis times?

That is what GLE members learned at the DET Höegh Esperanza #FSRU in the port of #Wilhelmshaven.

👇About DET Höegh Esperanza FSRU
🥇First LNG import terminal in Germany
🇩🇪 Covers around 6⃣% of #Germany's gas demand

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Boyana Achovski @achovskiboyana ·

27 Nov

The @EU_Commission asked for this regional analysis as there was a lack of figures on the area's energy systems. As they face particular challenges on the road to #decarbonisation. This report will facilitate an efficient transition.

To read it👉

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GIE @giebrussels ·

27 Nov

GIE Team is attending #CCUS Forum in Aalborg.
EU Energy Commissioner @KadriSimson opened the event & underlined CCUS's role to achieve #climate targets.

#GasInfrastructure operators understand CCUS relevance for #decarbonisation & work on facilitating CO2's transport & storage.

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Centurion

By Storengy (France)

Centurion is an innovation project aimed at setting up to 100 MW electrolyser combining the transport and storage of hydrogen. The goal is to produce low-carbon hydrogen for industrial uses, mobility and heating in the UK.

The first phase includes a feasibility study to demonstrate the attraction of Power-to-Gas in

decarbonising the energy system by significantly reducing costs.

For this project, Storengy is associated with Innovate UK, ITM Power, Inovyn, Cadent and Element Energy.

Technical aspects

A 100 MW P2G energy storage system.
Storage capacity of 40 000 MWh in the salt cavern
Capital costs at about 1/100th of the cost of a battery storage

Contribution to energy transition

Once the demonstration is proven successful, those systems will be able to significantly contribute the decarbonisation of the electricity and gas grids and, with the coupling of both network, they will enable energy storage, that will help the UK energy network to receive high quantities of renewable energy.