"The chemical industry uses natural gas both as feedstock and #energy source: continuous gas supply is essential! Gas quality is key. #Biomethane could be an interesting option to reduce carbon emissions and increase consumption of #renewable energies" @NicolaBXL, #GIEOpenDoorLab

"A timely discussion today at #GIEOpenDoorLab. What we need to keep in mind is that 35 bcm of #biomethane is only a first step for 2030.
By 2050, we foresee a massive boost in the production with up to 167 bcm produced by the #renewable gas sector"
@DekkerDee, @European_Biogas

"Homegrown, #sustainable and affordable #gas?
Let's look at #Biomethane: Europe has a huge potential for production and gas infrastructure is a part of the solution. We can store & transport biomethane in a cost-effective way”
@EKolst, GIE Board Member at #GIEOpenDoorLab

"Electrons & molecules will need to team up. Let's make this transformation happen.
Good to see we have more than 4⃣0⃣ gas infrastructure representatives today: multiple voices on #biomethane bringing various perspectives to tackle this #decarbonisation challenge"

@TorbenBrabo

"This workshop is a good example of our members' determination to support the EU with its ambitious #mission.
Boosting #biogas to deliver 35 bcm?
We can do that by bringing cost-effective solutions to transport & store #renewable molecules"

@AchovskiBoyana, at #GIEOpenDoorLab

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How Uniper Energy Storage decarbonises the energy sector

By Uniper Energy Storage GmbH

Underground Gas Storage will play a key role to balance fluctuating renewable electricity production from wind and solar with demand peaks, in addition to its more traditional role of managing seasonal demand/supply variations. Uniper Energy Storage GmbH started several projects to investigate the technical aspects for converting our sites into the storage of hydrogen and to transform our own operations and assets carbon-neutral contributing to the Uniper goal to make its generation CO2-neutral in Europe by 2035.