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Automorphic rough rubies measuring 2 and 3 mm in diameter respectively, viewed under a binocular loupe (Sri Lanka, 2013).
Our solutions
Analysing the minerals in your cosmetic and pharmaceutical products
Would you like to be able to characterise and qualify the raw materials in your cosmetic and pharmaceutical products? Find out more about their origins, crystallochemistry, morphology and stability? Remove all traces of foreign bodies that might come from the production lines? Analyse any packaging defects?
Pyroxenite block quarry (Central Africa, 2021).
Our solutions
Assess the regional or national potential of industrial mineral and construction material sectors
Are you seeking to carry out large-scale (regional or national) prospecting in industrial minerals and construction materials for a sector or group of sectors? BRGM can deploy its experts for a reconnaissance campaign with sampling and analysis, in order to target the areas with the greatest potential.
Quarry at Campu d'Ava (Calvi, France).
Our solutions
Assessing a deposit of industrial minerals and construction materials
If you wish to assess the quality and quantity of industrial materials or minerals on a site or a quarry extension, BRGM can deploy its experts in a geological reconnaissance campaign including drilling, sampling, analysis, 3D modelling and resource estimation.
Diagram of different geothermal heat sources
Our solutions
Assessment of the geothermal potential of the subsurface as a sustainable energy choice
BRGM can help you characterise the underground resources available to meet your energy requirements by assessing the geothermal energy that can be mobilised, on different scales, for sustainable exploitation.
Bioleaching for the recovery of cobalt from cobalt-bearing pyrite (KCC Project, Uganda).
Our solutions
Bioleaching: a key technology to recover metals from low-grade ore and waste
Do you want to recover certain low-grade metals from mining or electronic waste? BRGM offers you its innovative bioleaching solutions, based on 30 years of experience.
Diagram showing how soil is regenerated
Our solutions
Building fertile soil with waste
Are you a landscape developer or a community wanting to restore your site or region? BRGM experts can estimate the level of deterioration of your ground and offer suitable solutions to regenerate the ecological services it can provide, while taking into account circular economy principles.
Vue d'une industrie rejetant du CO2
Our solutions
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.
Preparation of 5 tonnes of mining waste from the copper industry
Our solutions
Characterisation and recovery of fine materials from industrial processes
BRGM can assist you with the characterisation and development of innovative processes for the treatment of mining and industrial fine tailings with a view to their recovery.
The diagram shows the various options for storage of CO2 in deep aquifers, oil fields or coal seams.
Our solutions
Characterisation of a potential CO2 storage site
Do you want to reduce your company’s CO2 emissions? BRGM helps you to assess the potential for geological storage of your company’s emissions beneath its facilities.
Water borehole
Our solutions
Characterising a water resource to optimise it
Do you want to exploit a water resource? Do you have a bottling project? Is water used in your industrial process or on a farm, or do you aim to supply drinking water to a community? BRGM offers its support for identifying and characterising water resources with tools adapted to your needs to monitor the evolution of the resource.
Near-centimetre location of targets for photogrammetry measurements, Seine-Maritime
Our solutions
Coastal risks and climate change
In a context of global climate change (sea level rise, coastal area dynamics), BRGM is actively involved in risk prevention and sustainable planning for coastal areas. We propose innovative approaches and tools and participate in coastal monitoring networks.
In-situ analysis of polluted soil by X-ray fluorescence (Auzon, Haute-Loire, 2011).
Our solutions
Consideration of soil quality in urban planning
As a public or private stakeholder involved in reclaiming wasteland and managing excavated soil in potentially polluted areas, improve your knowledge of urban soil quality with the support of BRGM using urban soil geochemical background values.