In the present thesis we develop the optimized phenomenological model of in-situ chemical leaching (ISL) of uranium by the injection of sulfuric acid, with special account for the precipitation of non-soluble species as gypsum, which reduces the uranium recovery. The suggested model describes the mass transport with heterogeneous chemical reactions between liquid and solid rocks, leading to dissolve uranium oxides and recover uranium in liquid form. It includes both useful reactions, describing the dissolution of various kinds of uranium oxides, and detrimental reactions, leading to the precipitation of solid sediments (gypsum), whose flakes cover the surface of porous channels and reduce the efficiency of useful reactions. Among the qualit...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Sulfuric acid is extensively used in uranium production with In-Situ Leaching method. The influence ...
Dans cette thèse, nous développons le modèle phénoménologique optimisé de lessivage chimique in situ...
Co-encadrement de la thèse : Jean-Michel SchmittThe in situ Recovery (ISR) method consists of ore mi...
The uranium in situ recovery (ISR) is a mining technique, which involves injecting an acid or alkali...
La récupération in situ (ISR) est une méthode d'exploitation minière qui consiste à extraire le mine...
International audienceIn situ Recovery, or solution mining, has been the first exploitation techniqu...
International audienceNumerical modelling of the interaction between solution and rock is examined i...
International audienceUranium In Situ Recovery (ISR) today represents more than 25% of the uranium w...
International audienceUranium In Situ Recovery (ISR) today represents more than 25% of the uranium w...
The uranium in situ recovery (ISR) is a mining technique, which involves injecting an acid or alkali...
With increasing demands for nuclear power supplies, more efficient means of evaluation and extractio...
International audienceNumerical modelling of the interaction between solution and rock is examined i...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Sulfuric acid is extensively used in uranium production with In-Situ Leaching method. The influence ...
Dans cette thèse, nous développons le modèle phénoménologique optimisé de lessivage chimique in situ...
Co-encadrement de la thèse : Jean-Michel SchmittThe in situ Recovery (ISR) method consists of ore mi...
The uranium in situ recovery (ISR) is a mining technique, which involves injecting an acid or alkali...
La récupération in situ (ISR) est une méthode d'exploitation minière qui consiste à extraire le mine...
International audienceIn situ Recovery, or solution mining, has been the first exploitation techniqu...
International audienceNumerical modelling of the interaction between solution and rock is examined i...
International audienceUranium In Situ Recovery (ISR) today represents more than 25% of the uranium w...
International audienceUranium In Situ Recovery (ISR) today represents more than 25% of the uranium w...
The uranium in situ recovery (ISR) is a mining technique, which involves injecting an acid or alkali...
With increasing demands for nuclear power supplies, more efficient means of evaluation and extractio...
International audienceNumerical modelling of the interaction between solution and rock is examined i...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Uranium In Situ Recovery (ISR) is based on the direct leaching of the uranium ore in the deposit by ...
Sulfuric acid is extensively used in uranium production with In-Situ Leaching method. The influence ...