Circulation des fluides en zones de failles
[av_textblock size=” av-medium-font-size=” av-small-font-size=” av-mini-font-size=” font_color=” color=” id=” custom_class=” template_class=” av_uid=’av-kq3r1ixw’ sc_version=’1.0′ admin_preview_bg=”] Il est généralement admis que les fractures constituent des voies importantes pour l’écoulement des fluides dans la croûte terrestre.
Fluid circulation in fault zones
[av_textblock size=” av-medium-font-size=” av-small-font-size=” av-mini-font-size=” font_color=” color=” id=” custom_class=” template_class=” av_uid=’av-kq3r1ixw’ sc_version=’1.0′ admin_preview_bg=”] It is generally accepted that fractures are important pathways for fluid flow in the Earth’s crust. Crustal Fault Zones are naturally perm
Seismic sensors – Optimal monitoring of the Geopulse project
[av_textblock size=” av-medium-font-size=” av-small-font-size=” av-mini-font-size=” font_color=” color=” id=” custom_class=” template_class=” av_uid=’av-kq3q2gr0′ sc_version=’1.0′ admin_preview_bg=”] This week, TLS GEOTHERMICS was in the field as part of its #Geopulse project. The mission: to find the most suitable locations to position the S
Induced seismicity – Geopulse project
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La sismicité induite – Projet Geopulse – TLS Geothermics
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Water resources – Geopulse project
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La ressource en eau – Geopulse – TLS GEothermics
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Geothermal resource – Geopulse project
A geothermal resource? A high-temperature geothermal resource is a renewable and exploitable quantity of heat that is naturally present underground. As the temperature in the underground increases with depth, one could say that it is enough to drill deep enough to find a geothermal resource. However, this is not necessarily true since temperature is not […]