#Europe

Picture of the Cononish site in Scotland and stockpile sampled
Current project
ION4RAW: Ionometallurgy of primary sources for an enhanced raw materials recovery
22 Mar 2021
Completion of a field of 13 geothermal boreholes 100 m deep on the BRGM geothermal platform
Current project
D2GRIDS: deploying new 5th generation local energy loops in North-West Europe
16 Mar 2021
Swell breaking on the coastline in Hawaii
Current project
PROTECT Sea-level rise: projecting future sea-level rise
16 Mar 2021
Blue marl topped near Barrême in the French Alps
3
nov
2020
Online
Technical seminar
PITEM RISK-COM project: one-day event
Earthquake in Le Teil: damage observed, 2019
Reference, completed project
RISVAL: Seismic risks in areas straddling the Franco-Italian border
25 Jan 2021
A mountain house destroyed by a landslip near Gazost, Hautes-Pyrenees
Current project
PYRMOVE: managing the risk of landslides in the Pyrenees
20 Jan 2021
Sampling a high-enthalpy geothermal well near Krafla in Iceland
19
apr
2021
30
apr
2021
Online
Digital event
EGU 2021
Example of a slag deposit loaded with metallic elements on a former iron and steel site
Current project
REGENERATIS: REGENERATIon and rehabilitation of post-metallurgical Sites by recovering resources
6 Nov 2020
Educational poster
Reference, completed project
MED-SUV project: the mediterranean supersite volcanoes
31 Aug 2020
Schéma de la plateforme expérimentale en géothermie du BRGM, Orléans
Website
BRGM's Geothermal platform
BRGM's Geothermal platform aims to optimise the energy and environmental performance of geothermal exchangers. It can be used to test any type of closed-loop surface exchanger.
Along the sandy coast of the Occitanie region
Website
The Observatory of the Catalan Sandy Coast
The Observatory of the Catalan Sandy Coast, known as ObsCat, aims to gain a better understanding of the evolution of the sandy coastline and thus better apprehend the risks of erosion and marine submersion.
Vue des émissions de vapeur d'une centrale nucléaire, Pologne
Website
NARSIS
The Probabilistic Safety Assessment (PSA) procedure enables practitioners to better understand the causes most likely to trigger nuclear accidents and to identify the most critical components of systems. The NARSIS project aims at making significant scientific step forward towards addressing the update of some elements required for the safety assessment.