About us
GERG works with the European energy community to develop innovative solutions that ensure our gas infrastructure remains at the heart of the energy system and integral in our transition to a sustainable energy future.
All the projects GERG supports aim to deliver a competitive, secure and low-cost sustainable pathway to Europe’s energy transformation.
33
members
15
countries
Our research priorities
Hydrogen
A clean energy carrier, hydrogen has the potential to decarbonise sectors that may be difficult to electrify (e.g. transport, industry and buildings), as well as capture and store renewable energy sources.
Biomethane
Produced from organic matter, biomethane is carbon neutral and contributes to the EU’s decarbonisation, energy security and renewable energy objectives.
Methane emissions
Estimating, monitoring and mitigating methane emissions across the gas supply chain (production, processing, transport, storage and distribution) are key in reducing GHG emissions.
LNG
Liquefied Natural Gas adds to the diversification of Europe’s gas supplies, therefore enhancing energy security; use of LNG could also reduce air pollution in the maritime sector.
Infrastructure and end-use
Europe’s vast gas network provides a unique opportunity to deliver energy right to our homes and businesses. Through GERG’s innovative projects and solutions, we can ensure this network remains efficient, state-of-the-art and relevant in the changing context of the energy sector.
Project updates
THyGA: Testing Hydrogen admixture for Gas Applications
The project THyGA (Testing Hydrogen Admixtures for Gas Appliances) has launched the 28th of
Combustion controlled condensing boilers
The goal of the project was to produce a state of the art review of self-regulated gas
Raman method for determination and measurement of LNG composition
Raman spectroscopy measures the composition of liquefied natural gas in the liquid phase. LNG composition data is vital in processing and is required to obtain