AbstractSeepage waters from boreholes were collected in the Meuse/Haute-Marne Underground Research Laboratory (NE France) in the Callovo-Oxfordian clay-rich host rock. Over the first months after the drilling of the boreholes, these waters were saltier than the waters collected later on, even in the boreholes that had been drilled without oxygen. These chemical composition variations give insights on the volume of rock affected by the loss of water around the boreholes. This data will help to characterize the desaturation processes in such a rock and the consequences with respect to the composition of the water that will fill the underground works after their closure
The development of a combined experimental-modelling approach has enabled to constrain the porewater...
Unusual water chemistry coinciding with the appearance of a precipitate were observed in two seepage...
Study region: Groundwater from the Precambrian Shield rock and Pleistocene deposit aquifers in Sague...
AbstractSeepage waters from boreholes were collected in the Meuse/Haute-Marne Underground Research L...
La déshydratation, l’oxydation et la fracturation sont les trois principaux processus couplés subis ...
International audienceUnderstanding the behavior of a clay mineral-rich rock submitted to different ...
This paper aims at determining the behavior of thermal water brought to surface and how this might i...
International audienceThis study aimed to explore the relationships between the rock desaturation an...
International audienceThe Lower Cretaceous Gault marine clay formation outcrops in the area of Brien...
The characterisation of porewater chemistry in nanoporous clayrocks is a difficult task. Appropriate...
AbstractArgillaceous rocks are being considered as potential host rocks for deep geological disposal...
This survey of literature was undertaken by ARTEP- the French Research Association for Oil Explorati...
International audienceIn swelling claystones, significant clay-water interactions take place along t...
International audienceThis study deals with the chemical characterization of the biogeochemical proc...
International audienceA possible option for the disposal of high level long lived radioactive waste ...
The development of a combined experimental-modelling approach has enabled to constrain the porewater...
Unusual water chemistry coinciding with the appearance of a precipitate were observed in two seepage...
Study region: Groundwater from the Precambrian Shield rock and Pleistocene deposit aquifers in Sague...
AbstractSeepage waters from boreholes were collected in the Meuse/Haute-Marne Underground Research L...
La déshydratation, l’oxydation et la fracturation sont les trois principaux processus couplés subis ...
International audienceUnderstanding the behavior of a clay mineral-rich rock submitted to different ...
This paper aims at determining the behavior of thermal water brought to surface and how this might i...
International audienceThis study aimed to explore the relationships between the rock desaturation an...
International audienceThe Lower Cretaceous Gault marine clay formation outcrops in the area of Brien...
The characterisation of porewater chemistry in nanoporous clayrocks is a difficult task. Appropriate...
AbstractArgillaceous rocks are being considered as potential host rocks for deep geological disposal...
This survey of literature was undertaken by ARTEP- the French Research Association for Oil Explorati...
International audienceIn swelling claystones, significant clay-water interactions take place along t...
International audienceThis study deals with the chemical characterization of the biogeochemical proc...
International audienceA possible option for the disposal of high level long lived radioactive waste ...
The development of a combined experimental-modelling approach has enabled to constrain the porewater...
Unusual water chemistry coinciding with the appearance of a precipitate were observed in two seepage...
Study region: Groundwater from the Precambrian Shield rock and Pleistocene deposit aquifers in Sague...