#Subsurface potential for the energy transition

Piles of salt in the Uyuni Salt Salt Flat, salt desert and the world's largest lithium deposit.

Reference, completed project

SURFER: Assessing the feasibility of the energy transition in France

Mesures géophysiques en 2021 à Petite Terre (Mayotte)

Geothermal energy: a major geophysical campaign in Mayotte

Vue des cheminées d'une centrale électrique au charbon, Géorgie

Current project

PilotSTRATEGY : CO2 Geological Pilots in Strategic Territories

Vue d'une industrie rejetant du CO2

Services offered

Capture, storage and utilisation of CO2

Do you want to reduce your local CO2 emissions? BRGM assesses the potential for integrating a Carbon Capture, Utilisation and Storage (CCUS) technology into a circular economy to provide you with solutions that are adapted to the specificities of your region.

View of a factory and its chimneys emitting smoke

Services offered

Storage of industrial CO2 emissions coupled with heat production

Does your industrial activity emit less than 150,000 tonnes of CO2 per year and do you want to decarbonise your activities? It may be possible to capture and store your CO2 emissions in the subsurface of your site, while producing heat, thanks to an innovative technology developed at BRGM.

CO2 Dissolved is a new carbon dioxide storage and capture concept developed

Reference, completed project

CO2-Dissolved: successfully combining CO2 storage and geothermal heat extraction

Environmental monitoring above a CO2 storage site

Services offered

Characterisation and monitoring of CO2 geological storage sites

If you want to characterise a site prior to the installation of an underground CO2 storage facility (depleted hydrocarbon deposit, deep aquifer), or monitor it during the operational phase then BRGM offers you its geophysical and geochemical services applied to the field of land-based underground storage.

View of industrial smokestacks emitting smoke in Czech Republic

Carbon Pricing Conference - CPC 2021

Mission d'échantillonnage d'un puits géothermique, Islande

Extrait de la vidéo La géothermie profonde, une énergie décarbonée d'avenir

Deep geothermal: a promising carbon-free energy source

A "discussion diagram" used for planning eco-neighbourhoods and showing potential points of entry for geothermal heat

Research Newsletter No. 12: The energy transition

Design for a storagefacility for dissolved CO2  in a saline aquifer combined with geothermal heat production

Science Tuesdays: Why not use the storage of CO2 emissions from industrial sources to heat our homes?

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