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
La sismicité induite – Projet Geopulse – TLS Geothermics
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Induced seismicity – Geopulse project
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La ressource en eau – Geopulse – TLS GEothermics
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Water resources – Geopulse project
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Ressource géothermique – Geopulse – TLS Geothermics
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