The second GEOTREF scientific workshop was held on 24-25 March 2017 in Paris (see program). More than 50 scientists and engineers attended the two-day workshop to present their work and discuss results and interpretations related to the Demonstrator of Guadeloupe.
Author Archives: ctrocme
2016 December 12-16 AGU Fall meeting
AGU 2016 – Fall meeting
GEOTREF was represented in San Francisco, Ca, USA with 1 oral communication.
Magnetic mapping around Les Saintes islands (Lesser Antilles, Guadeloupe) for structural interpretation.
Mercier de Lépinay J. 1, Munschy M. 1, Géraud Y. 2, Diraison M. 1, Navelot V. 2, Verati C. 3 Corsini M.3, Lardeaux J.M. 3
1. IPGS, Strasbourg, France
2. GeoRessources, Nancy, France
3. GéoAzur, Nice – Sophia Antipolis, France
2016 November 24-26 XXth General Meeting and Biennal Conference of the Caribbean Academy of Sciences
CARIBBEAN ACADEMY OF SCIENCES
GEOTREF was represented in Deshaies, Guadeloupe, France with 1 oral communication.
Highlighting Context Effects in a Pedagogical Innovation on Geothermal Energy in the Caribbean and North America.
Forissier T. 1, Bourdeaux J. 1, Fournier F. 1, Mazabraud Y.1
1. Université des Antilles, pôle Guadeloupe, France
2016 October 18-21 86th SEG Annual Meeting
GEOTREF was represented in Dallas, Tx, USA with 1 poster and 1 oral communication.
A Competitive Particle Swarm Optimization for non-linear first arrival traveltime tomography.
Luu K. 1, Noble M. 1, Gesret A. 1
1. Armines, Paris, France
GEOTREF will be presented at the French Earth Sciences Conference
RST 2016
On the 24 – 28 October 2016, the premier national Geoscience congress, known as Réunion des Sciences de la Terre (RST; the French Earth Sciences Conference) will be held in Caen.
The 2016 edition will include 12 different themes, covering every aspect of the Geosciences.
The GEOTREF project will be represented there by five Ph.D. students who will show their work by either oral or poster presentations, in two different sessions.
GEOTREF consortium at the EGC 2016
EGC 2016
The EGC (European Geothermal Congress) was held from the 19 to 23 September 2016 in Strasbourg. GEOTREF was represented by TERANOV Yves Geraud (Géoressource) and 3 PhD students.
2016 September 20-23 RING Annual Meeting
GEOTREF was represented in Nancy, France with 1 oral communication.
Heat and fluid flows in the geothermal reservoir of Vieux-Habitants, Basse-Terre, Guadeloupe.
Raguenel M.1
1. GeoRessources, Nancy, France
2016 September 04-08 22nd EAGE European Meeting of Environmental and Engineering Geophysics
GEOTREF was represented in Barcelona, Spain with 3 oral communications.
Marine magnetic mapping around Les Saintes islands (Lesser Antilles) for structural interpretation (I).
Munschy M. 1, Mercier de Lépinay J.1, Géraud Y.2, Diraison M. 1, Navelot V. 2, Verati C. 3, Corsini M. 3, Lardeaux J.M. 3and GEOTREF team
1. IPGS, Strasbourg, France
2. GeoRessources, Nancy, France
3. GéoAzur, Nice – Sophia Antipolis, France
2016 July 06-08 geoENV
GEOTREF was represented in Lisbon, Portugal with 1 oral communication.
Upscaling 3D Coupled Hydro Mechanical Properties of Statistically Fractured Porous Rocks.
Ababou R.1, Cañamón M. 2
1. Institut de Mécanique des Fluides de Toulouse
2. Univ. Politécnica de Madrid, Espagne (Spain, España)
Subject 4 – Thesis & Post-Doctorate: Energy transfer modeling in dual-porosity Reservoir
| Supervisor: | P. Ackerer  (LHyGeS) |
| Research unit: | CNRS – Laboratoire d’Hydrologie et Géochimie de Strasbourg (LHyGeS) |
| Starting date: | Post-Doctorate – 2016, february the first |
| Candidate name: | I. Toloni |
Abstract
The objective is twofold:
- Updating a pre-existing software tool, dedicated to mass transport simulation, within the context of the geothermal energy sector. The actual code is based on recent numerical methods (mixed and discontinuous finite elements) well suited to the modeling of highly heterogeneous matrices and complex geometry, as well as front propagation simulation.
- Â The development of an inverse method for the double-media model to facilitate well test interpretation. The multi-scale description of the parameter space differentiates this model from the existing models. This approach consists of initiating the inversion process with a homogeneous medium and gradually increasing the heterogeneity. Refinement indicators of the parameter space permit to automatically manage the increase in heterogeneity.