Applications

When the fluid circulates through the probe, it transfers energy generated by an electric heater located inside the test rig to the subsoil, which absorbs it during the test. The temperature of the subsoil in contact with the geothermal probe increases to a greater or lesser degree, depending on how conductive the ground is. If the heat diffuses slowly in the ground, it has low conductivity, if it diffuses quickly, it has high conductivity. The average subsoil conductivity value is assessed by analysing the curve showing the temperature delta in the probe during the test.

Advantages

  • finding applicable geothermal solutions
  • optimising the size and number of buried probes required
  • calculating performance

La lettre d'info

Tenez-vous informés en souscrivant à la newsletter.

Unpublished form

On vous rappelle !

Dites nous comment vous joindre

Unpublished form

Newsletter

Stay up-to-date by subscribing to our newsletter

Unpublished form

We call you back!

Tell us how to reach you

Unpublished form

DOM TOM projects contact

Let us know how we can contact you
and we will get back to you shortly.

International projects contact

Let us know how we can contact you
and we will get back to you shortly.