The growing demand for low-enthalpy geothermal energy from fractured aquifers highlights the need to deepen our understanding of the complex flow and transport mechanisms that govern these systems.
Failed geothermal reservoirs and hydrothermal ore deposits have similar characteristics in terms of fluid circulation, in connection with fault-valve mechanisms (sudden and cyclical increases in fluid flow and temperature).
The aim of the BatNap project is to gain a better understanding of the impact of slick pounding on hydrocarbon release mechanisms.
lobjective of the HYSTOREN project is dstudy theThe entire storage system and its environment with a focus on environmental impact and site security.
The Batmobil project aims to better understand the impact of groundwater height variations on hydrocarbon release mechanisms.
Explanations of the Gesipol Quasper project The GESIPOL QUASPER project aims to secure pollution source modeling studies by:♦ improving understanding of key parameters,♦ simplifying modeling where possible,♦ and systematically quantifying uncertainties. Various tests and modeling will be carried out on polluted sites to refine these methods, and, ultimately, to provide operational recommendations on the characterization
