Kri-Terres in details
On YouTube video, subtitles could be in English, modify the parameters if necessary.
Reducing the scale and cost of reconnaissance campaigns for soils contaminated by radioactivity by relying on modelling tools, while ensuring relevant characterization, is the objective of the Kri-Terres project, led by Mines ParisTech. To this end, it brings together the complementary disciplines of three scientific institutions: Armines geostatistics (Mines ParisTech); flow modelling and simulations of the Institute for Radiation Protection and Nuclear Safety (IRSN); the characterization of soil properties of the Géosciences Paris Sud laboratory (GEOPS).
Reducing the scale and cost of reconnaissance campaigns for soils contaminated by radioactivity by relying on modelling tools, while ensuring relevant characterization, is the objective of the Kri-Terres project, led by Mines ParisTech. To this end, it brings together the complementary disciplines of three scientific institutions: Armines geostatistics (Mines ParisTech); flow modelling and simulations of the Institute for Radiation Protection and Nuclear Safety (IRSN); the characterization of soil properties of the Géosciences Paris Sud laboratory (GEOPS).
Ecorcair_En
On YouTube video, subtitles could be in English, modify the parameters if necessary.
The "EcorcAir" project offers an interesting tool for better estimating the distribution of fine atmospheric particles in cities and calls on city dwellers to participate in plane tree bark sampling campaigns. This will make it possible to map the quality of the air in their city and to get in touch with the researchers of the project and the managers of their commune to act together in order to "live better in their city".
Christine Franke, Loïc Marlot and several interns from the Center's Geology team are actively involved in this project. Our experimental platform has already provided magnetic susceptibility analysis results from the 2016 and 2019 campaigns to the scientific consortium. Analyzes of the campaign taken in March 2020 are currently underway.
This project is a collaboration with Sorbonne University and the Institut de Physique du Globe de Paris.
The "EcorcAir" project offers an interesting tool for better estimating the distribution of fine atmospheric particles in cities and calls on city dwellers to participate in plane tree bark sampling campaigns. This will make it possible to map the quality of the air in their city and to get in touch with the researchers of the project and the managers of their commune to act together in order to "live better in their city".
Christine Franke, Loïc Marlot and several interns from the Center's Geology team are actively involved in this project. Our experimental platform has already provided magnetic susceptibility analysis results from the 2016 and 2019 campaigns to the scientific consortium. Analyzes of the campaign taken in March 2020 are currently underway.
This project is a collaboration with Sorbonne University and the Institut de Physique du Globe de Paris.
Underground resources - geothermal energy
On YouTube video, subtitles could be in English, modify the parameters if necessary.
Storage of energy in underground caverns
On YouTube video, subtitles could be in English, modify the parameters if necessary.