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Renewable gases and sustainable processes: central to meeting energy challenges

The environment, climate and energy emergencies are increasingly seen as top- priority issues. Teréga is working to help achieve the national target of 20% of renewable gas consumed in 2030, thus building a low-carbon energy mix. Alongside our actions to promote the development of agricultural methanisation, we are pursuing our initiatives to support the deployment of other renewable gases and to develop sustainable processes. This will be achieved in particular through local and nationwide support for the emergence of new sectors such as pyro-gasification, hydrothermal gasification and methanation as well as through our strategy to promote CO capture, in order to build the multi-energy grids of tomorrow.

Promoting the emergence of sustainable processes

Pyro-gasification and hydrothermal gasification

Pyro-gasification and hydrothermal gasification are solid or liquid waste gasification processes that can be used in addition to methanisation to locally produce green or low-carbon gas. Faced with current environmental and energy challenges, Teréga supports the development of these essential sectors.

Gas sampling for analysis

Methanation

Also known as Power-to-Methane, methanation is a process used to produce renewable gas that can be injected into gas grids generated from CO 2 and H 2 . Teréga is committed to supporting the development of new techniques to enrich the energy mix in France. Understanding the various processes, such as methanation, along with their challenges and advantages, is essential to prepare for the energy sources of the future.

CO2 capture

CO2 capture

CO2 capture is an integral process of the CCUS (Carbon Capture, Utilisation and Storage) sector used to help tackle global warming. We support its deployment to aid the decarbonisation of the industrial sector and to develop the production of new gases.

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