Central to MINATURA 2020 (mineral deposit framework), MICA (mineral intelligence), X-MINE (real-time mineral analysis), and GeoERA (raw materials sub-programme).
INSTITUTUL GEOLOGIC AL ROMANIEI
Romania's national geological survey, contributing subsurface data, mineral resource assessment, and geo-energy expertise to European research consortia.
Their core work
The Geological Institute of Romania (IGR) is the country's national geological survey, providing applied geoscience services including mineral resource assessment, groundwater mapping, and geoenergy research. In H2020, they contributed geological expertise to European efforts on mineral deposit frameworks, deep geothermal energy extraction, and mining efficiency. Their work bridges subsurface science with resource policy — helping Europe understand what lies underground and how to extract it sustainably.
What they specialise in
GeoERA explicitly built a European geological service infrastructure; IGR contributed as a national geological survey organisation.
CHPM2030 explored combined heat, power, and metal extraction from ultra-deep ore bodies; GeoERA included geo-energy as a research pillar.
CHPM2030 specifically combined geochemistry with electrochemistry for metal extraction from geothermal fluids — an unconventional approach.
GeoERA included groundwater as a core research theme alongside geo-energy and raw materials.
How they've shifted over time
IGR's early H2020 involvement (2015-2016) centred on mineral policy and intelligence — projects like MINATURA 2020 and MICA focused on mapping and classifying Europe's mineral deposits at a strategic level. From 2016 onward, their work shifted toward applied extraction technologies and integrated geological services, with CHPM2030 combining geothermal energy with metal recovery and GeoERA building pan-European geoscience infrastructure. The trajectory shows a move from policy-oriented mineral frameworks toward hands-on geo-energy and resource extraction research.
IGR is moving from strategic mineral mapping toward applied resource extraction technologies, particularly where geothermal energy and mineral recovery intersect — a niche with growing EU policy relevance.
How they like to work
IGR operates exclusively as a consortium partner or third party — they have never coordinated an H2020 project, which is typical for national geological surveys that contribute domain data rather than lead research agendas. They work in large consortia (114 unique partners across 37 countries), indicating they are comfortable in big, multi-national projects where their role is to provide geological expertise for their national territory. This makes them a reliable, low-friction partner who knows how large EU consortia work.
IGR has collaborated with 114 unique partners across 37 countries, giving them one of the broadest geographic networks you'd expect from a geological survey — a result of participating in pan-European coordination actions like GeoERA that connected nearly all EU national surveys.
What sets them apart
As Romania's national geological survey, IGR brings irreplaceable access to Romanian subsurface data — geological maps, mineral deposit records, groundwater databases — that no other organisation can provide for that territory. Their CHPM2030 involvement shows they are not limited to passive data provision; they engage with experimental approaches like electro-geochemistry for deep resource extraction. For any consortium needing Romanian geological coverage or Eastern European subsurface expertise, IGR is the natural choice.
Highlights from their portfolio
- CHPM2030Unusual combination of geothermal energy and metal extraction from ultra-deep ore bodies — positions IGR at the intersection of energy and mining.
- GeoERALargest project by funding (EUR 160K to IGR), a flagship ERA-NET that connected European geological surveys into a unified research area.
- X-MINEHighest single funding (EUR 251K), focused on real-time X-ray mineral analysis for efficient mining — the most technology-intensive project in IGR's portfolio.