The National Monitoring Center for Ground and Underground Risks (Cenaris) was created in 2006 by Ineris and is located at Mines Nancy, France. It is a research, expertise and alert center dedicated to the ground and underground observation and monitoring.
It aims to develop and to implement both tools and methods enabling to improve the understanding of physical processes linked to instabilities and disasters, and to enhance the expertise applied to risk management.
The Cenaris manages observation and monitoring systems in France and in Europe.
A team of engineers ensures a 7-days-a-week monitoring duty period. It is completed by a team in charge of the management of the networks and is principally based on the skills and resources of Ground and Underground Risks Division.
- Mines, quarries and underground cavities,
- Rockfalls, landslides and faults,
- Structural engineering, dams and embankments,
- Geological storage and rock reservoirs.
multi-parameter remote measurement systems that cover slow and fast measurements in a synchronized way such as geophysical (microseismic, acoustic, ultrasonic, vibration), geotechnical and hydrological, geodetic and meteorological measurements and gas data;
tools developed for the near real-time automatic management of multi-parameter databases related to remote control, processing, scientific analysis as well as alarm setting software;
a secured web-monitoring interface to easily access to data, metadata and associated results, with sharing conveniences between the project’s stakeholders.Note that e.cenaris infrastructure can be used as a centralizing solution to collect and to manage data acquired from whatever already-existing remote monitoring system.
Inclusive strategies to better understand and control seismo-geotechnical hazards in deep underground operations.
Case study of multi-parameter monitoring for better forecasting capabilities of geohazards in mines
Case study of real-time microseismic monitoring of solution mines prone to ground collapses
Case study of a thermo-mechanical field test simulating high frequency gas storage cycles in salt caverns
Acquisition par l’Ineris d’un parc de nodes sismiques et premier déploiement sur le terrain pour caractériser les mouvements du sol
Deep underground exploitation: signature of a collaboration agreement with the Swedish company Boliden
Our experts in mission in Beijing to evaluate a new large-scale observation and monitoring solution for sites subject to ground movement hazards
RFCS RAFF Project - Long-Range Laser Scan Campaign at Lake Most (Czech Republic)
Projet national ROSTOCK-H - Suivi du scénario de simulation de fuite d’hydrogène à Catenoy (Oise)
Dates : June 24, 2024 from 4pm to 5pm
Lieu : online - login details below
Dates : Friday September 29, 2023
Place : Nancy, France
Dates : September 20 to 21, 2023.
Place : Luleå University of Technology (Sweden) + Remote access
Dates : June 14th to 16th, 2023.
Lieu : Gardanne
Dates : June 12th to 16th, 2023.
Lieu : Ecole Polytechnique, Paris
Date : Le 15 septembre 2022
Lieu : Ancienne carrière souterraine Parrain, située à la Maison de la Pierre sur la commune de Saint-Maximin
Date : Du 07 au 09 juin 2022
Lieu : Écurey Pôles d’Avenir, Montiers-sur-Saulx.
Date : Le 25 Novembre 2021 de 9h à 12h40
Lieu : Visioconférence
Date : Le 29 Juin 2021.
Lieu : Mines Nancy, Campus ARTEM, France.
Date : Le 16 juin 2021.
Lieu : Le workshop se déroulera via Cisco Webex
Date : Le 15 juin 2021.
Lieu : Ecurey Pôles d’Avenir, Montiers-sur-Saulx.
Date : Le 25 mars 2021.
Lieu : Le séminaire se tiendra à distance sur Teams.
Date : Le 07 février 2020.