Time to talk about #EnergyEmergency & how to protect the EU & the region👇
On 7 Dec, join @RCaliminte, GIE Deputy Secretary General, at @Eurogas #ARCCzechia Conference to learn more about the #EnergyTransition & the role of gas infrastructure in the 🇨🇿

📨http://bit.ly/3EQTHs8

24/11/22: #EnergyCouncil agreed on a regulation aiming at enhancing #solidarity via better coordination of #gas purchases, exchanges of gas across borders& reliable price benchmarks enhancing.

#EnergyTransparency is an essential part of the 🧩. GIE is a pivotal partner.

💡A “bottom-up” approach to decarbonising #buildings can lead to carbon neutrality, empowering consumers, energy communities, local authorities & suppliers.

So with the buildings sector & small- & medium-sized businesses, we've released a new joint paper: http://bit.ly/3ATLF0u

🗓️@MARCOGAZ, together with @Ener_Community and @GIEBrussels, are pleased to organise the 7th 2022 Monthly #Methane #Monday webinar next week, on 28th November from 14:30-15:30, this time on #MIST- support to #gas system operators to combat #methane #emissions.🏭

Interested in a regional analysis of the status of #decarbonisation in Central & South Eastern #Europe? Here you go👇

🧐https://www.gie.eu/press/decarbonisation-in-central-south-eastern-europe/

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Boosting hydrogen market with blending in existing gas infrastructure

November 24, 2021

Blending hydrogen molecules in the existing gas infrastructure is part of the solutions that can help deliver the European Commission’s Hydrogen strategy. Voicing around 70 members from 27 countries, GIE presents how, and what are the policy levers that can trigger blending’s potential.

The GIE Position Paper is available here.

 

But first, what’s hydrogen blending?

  • Hydrogen blending is the injection of a share of hydrogen into the existing gas infrastructure. Natural gas is itself a blend where the main component is methane.
  • In the absence of dedicated hydrogen infrastructure and/or consumption centres located nearby, the existing gas infrastructure gives injected hydrogen access to an EU integrated gas market by retrofitting the existing gas infrastructure.
  • It is a cost-effective solution in the transitional phase before reaching a dedicated hydrogen system.
  • It enables quick decarbonisation wins and scale-up of (de)centralised hydrogen production/technologies.
  • It represents a cost-efficient transitional solution to reduce the costs for the energy transition in the initial phase in several EU countries.

 

Ramping up the H2 market

To support the development of the market of the molecule of the future, large volumes are needed. And producers must be connected to consumers, enabling economies of scale. This is where gas infrastructure operators come in, offering transportation and storage capabilities. And blending will be part of the solutions and services they offer to society.

 

Voicing Europe & its multiple pathways

GIE is the association of the European operators of the gas infrastructure. It gathers around 70 members from 27 countries active in gas transmission, underground storage and import terminals. GIE members work and innovate to support the different regions to deliver EU Green Deal’s objectives. Existing and future gas infrastructures are crucial assets for Europe: they can set the EU on track for global leadership for hydrogen while making sure no one is left behind in the process. Blending is part of the multiple solutions to do so. In this position paper, GIE explains what policy levers are needed to facilitate their activities in blending.

 

Boyana Achovski, Secretary-General of GIE states: “There are several pathways to integrate hydrogen into our energy systems – clusters, blending, dedicated hydrogen infrastructure, etc.. Our well-developed gas infrastructure is able to follow all of them. Policy-makers should take into account the advantages blending provides in accelerating the ramp-up of the hydrogen economy and contributing to the climate targets of the EU.”

 

GIE’s key messages are:

  • Legislation should set up an explicit regulatory framework for hydrogen blending into gas networks.
  • Investments of gas infrastructure operators to enable hydrogen blending should be adequately remunerated.
  • Interoperability should be guaranteed at Interconnection Points.
  • Local and specific solutions to cater for regional specificities should be allowed while maintaining the integrity of the internal market.
  • R&D and advanced gas quality handling tools should be further developed to continue investigating the technical possibilities of blending.

 

Francisco de la Flor, Sponsor of GIE System Operation & Development Area explains: “Gas infrastructure operators stand ready to integrate hydrogen blends into their systems as quickly as necessary where this option is chosen. They have the technical expertise to guarantee the unhindered gas flow across borders, while also considering regional specificities. Exploiting the benefits of hydrogen blending is a great opportunity we should not miss to accelerate the decarbonisation of our energy system.”

 

Piotr Kuś, Sponsor of GIE CH4 Area continues: “Blending is an effective and cost-efficient transitional solution for certain EU regions. It can enable quick decarbonisation wins, while at the same time, supporting the integration of hydrogen into our energy systems. We, therefore, ask policy-makers to consider the advantages of the existing gas infrastructure to enable the hydrogen market ramp-up at efficient costs for society.”

Note to editors

Who is GIE?

Gas Infrastructure Europe (GIE) is the association representing the interests of European gas infrastructure operators active in gas transmission, gas storage and Liquefied Natural Gas (LNG) regasification. GIE is a trusted partner of European institutions, regulatory bodies and industry stakeholders. It is based in Brussels, the heart of European policymaking. GIE currently represents 70 member companies from 26 countries. GIE’s vision is that by 2050, the gas infrastructure will be the backbone of the new innovative energy system, allowing European citizens to benefit from a secure, efficient and sustainable energy supply.

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