Central to projects like FAME, ProSUM, BioMOre, INTMET, CHROMIC, SCRREEN, and IMPaCT spanning extraction, recycling, and critical raw materials supply security.
BUREAU DE RECHERCHES GEOLOGIQUES ET MINIERES
France's national geological survey specializing in mineral resources, CO2 underground storage, geothermal energy, and environmental risk assessment.
Their core work
BRGM is France's national geological survey — the country's reference institution for Earth science applied to resource management, environmental risk, and subsurface engineering. They map, model, and monitor geological formations for applications ranging from mineral extraction and CO2 storage to geothermal energy and groundwater protection. In EU projects, they bring deep expertise in subsurface characterization, mining metallurgy (bioleaching, hydrometallurgy), and carbon capture and storage (CCUS) infrastructure. Their work directly supports Europe's raw materials supply chain, energy transition, and climate change mitigation strategies.
What they specialise in
Coordinated ENOS (enabling onshore CO2 storage in Europe) and participated in ECCSEL infrastructure; recent keywords heavily feature CCUS clusters, CO2 utilisation, and storage pilots.
Active in DEEPEGS (enhanced geothermal, EUR 1.1M), GeoWell (well materials), and GEMex (EU-Mexico geothermal cooperation).
Projects like INSPIRATION (soil-sediment systems), NAIAD (nature-based insurance), ESPREssO (disaster prevention), and FAirWAY (water quality).
Participated in EPOS IP, GeoERA, SERA, and ECCSEL — pan-European geological data and laboratory infrastructure networks.
Recent keyword surge in bioleaching, ionometallurgy, and electrochemistry indicates growing focus on bio- and electrochemical metal recovery methods.
How they've shifted over time
In the early H2020 period (2015–2017), BRGM focused broadly on land-use planning, soil systems, geothermal energy deployment, and foundational mining research — reflecting its traditional geological survey role. From 2018 onward, the portfolio sharpened significantly toward critical raw materials security (bioleaching, ionometallurgy, electrochemistry) and CCUS deployment (CO2 storage pilots, cluster development, infrastructure planning). This shift mirrors EU policy priorities: the Critical Raw Materials Act and the Green Deal's carbon neutrality targets, positioning BRGM as a policy-aligned research partner.
BRGM is moving decisively toward Europe's strategic autonomy agenda — expect future work centered on domestic mineral supply chains, underground CO2 storage scale-up, and green metallurgy techniques.
How they like to work
BRGM overwhelmingly operates as a specialist participant (49 of 62 projects), bringing geological and subsurface expertise into large consortia rather than leading them. With 972 unique partners across 71 countries, they function as a high-connectivity hub — one of the most networked geological institutions in Europe. Their 6 coordinator roles tend to be in their core CCUS and raw materials domains, suggesting they lead only where they have unmatched domain authority.
An exceptionally broad network spanning 972 unique partners in 71 countries, making BRGM one of the most connected geoscience organizations in H2020. Their partnerships span Western and Southern Europe heavily, with growing links to Eastern European and global partners through CCUS and raw materials initiatives.
What sets them apart
BRGM is one of very few organizations in Europe that combines geological survey authority with hands-on metallurgical processing research and CO2 storage engineering under one roof. Unlike university labs that focus on fundamental science, BRGM operates pilot-scale field experiments and maintains national-level geological databases, giving them a bridge between research and real-world deployment. For consortium builders, they offer institutional credibility (French national mandate), technical depth in subsurface science, and access to geological infrastructure that few partners can match.
Highlights from their portfolio
- ENOSBRGM's largest coordinated project (EUR 1.3M) — led Europe's effort to enable onshore CO2 geological storage with field pilots and site characterization.
- DEEPEGSTheir highest-funded participation (EUR 1.1M), deploying deep enhanced geothermal systems linking renewable energy with subsurface engineering.
- INTMETDemonstrates BRGM's metallurgical versatility — integrated bioleaching, pressure leaching, and hydrometallurgy for complex polymetallic ores.