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A team of EPFL scientists has provided insight into the mechanisms at work in geothermal reservoirs located deep underground, known as supercritical reservoirs. Through a combination of computer simulations and lab experiments, they showed that rocks located between five and eight kilometers deep in the Earth’s crust are also permeable to fluids.

A team of EPFL scientists has provided insight into the mechanisms at work in geothermal reservoirs located deep underground, known as supercritical reservoirs. Through a combination of computer simulations and lab experiments, they showed that rocks located between five and eight kilometers deep in the Earth’s crust are also permeable to fluids. Gabriel Meyer, a postdoc at EPFL’s Laboratory of Experimental Rock Mechanics (LEMR)

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Themes
Research and Tech Transfer , ENAC, Civil Engineering, Environment, Research and Tech Transfer
Copyright
EPFL/A.Herzog
Licence
CC0 Licence
Shooting date
Oct. 8, 2024
Album
Au cœur de la Terre, les roches invisibles révèlent leurs complexités

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