Quantitative determination of the leaching range of in-situ leaching mining area by stagnation point
Nuclear Engineering and TechnologyThe leaching range is critical to the leaching efficiency, production cost and environmental effect of in-situ leaching of uranium. In this study, the groundwater dynamics of the well-site was simulated to determine the leaching range in condition of ...
Chong Zhang +7 more
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Fractal kinetic characteristics of uranium leaching from low permeability uranium-bearing sandstone
Nuclear Engineering and Technology, 2022 The pore structure of uranium-bearing sandstone is one of the critical factors that affect the uranium leaching performance. In this article, uranium-bearing sandstone from the Yili Basin, Xinjiang, China, was taken as the research object.
Sheng Zeng +5 more
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Advances in Research on Uranium Isotope Fraction in Nature and Prospects
He huaxue yu fangshe huaxue, 2022 Uranium is the heaviest naturally occurring radioactive element in nature, and it is widely distributed in the earth’s crust. With the improvement of the technical accuracy of mass spectrometry to measure uranium isotope ratios, it is gradually ...
SONG Jing +5 more
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MANAGING THE HORIZON-ORIENTED IN-SITU LEACHING FOR THE URANIUM DEPOSITS OF MONGOLIA
Rudarsko-geološko-naftni Zbornik, 2023 This paper summarizes the results of evaluating uranium in-situ leaching (ISL) parameters for hydrogenous deposits in eastern Mongolia. This method, also known as in-situ recovery (ISR) or solution mining was proposed for mining used to extract uranium ...
Oleh Khomenko +5 more
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Estimating the Discharge Amount of Radon from Production Wells of CO2+O2 Uranium Mine
Journal of Isotopes, 2023 CO2+O2 in situ leaching uranium mine is the representative of the third generation uranium mining and metallurgy technology in China. In terms of radiation protection, the radon emission and the effective dose of the public are significantly lower than ...
ZHANG Hui;NIU Jie;DENG Jun;XU Lechang
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Royal Society Open Science, 2021 As an important nuclear fuel, uranium in sandstone uranium deposits is mainly extracted by in situ leaching. The porosity of sandstone is one of the important indexes determining in situ leaching efficiency.
Sheng Zeng +5 more
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Determination of Uranium Distribution in Amino Phosphonic Acid Chelating Resin by LA-ICP-MS
He huaxue yu fangshe huaxue, 2023 In this paper, based on the research background of recovering uranium from wet-process phosphoric acid(WPA) by amino phosphonate acid chelating resin, the distribution of uranium in single particle amino phosphonate chelating resin was studied.
WANG Ya-nan +8 more
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Research on the degradation mechanism, product effects and optimization strategy of the tributyl phosphate solvent system in the PUREX process. [PDF]
Smart MolThis paper focuses on reviewing the degradation mechanisms of tributyl phosphate and its diluents, the analytical technique suitable for characterizing degradation products, and the impact of degradation products on the post‐treatment process, offering a theoretical foundation and technical insights in optimizing the plutonium uranium redox extraction ...
Lan T, Liu J, Liu Y.
europepmc +2 more sources
Bioremediation of Uranium- and Nitrate-Contaminated Groundwater after the In Situ Leach Mining of Uranium [PDF]
Water, 2021 Uranium and nitrate are common groundwater pollutants near in situ leach uranium mines. However, we still lack techniques that can simultaneously immobilize uranium and reduce nitrate using a single bacterial species. In this study, the potential of simultaneous uranium immobilization and nitrate reduction by a single AFODN (anaerobic Fe(II) oxidizing ...
Rehemanjiang Wufuer +4 more
openaire +1 more source
PROCESSING OF SULFURIC-ACID SOLUTIONS OF URANIUM IN SITU LEACHING WITH HIGH CONTENT OF CHLORINE [PDF]
, 2021 The processing of sulfuric-acid solutions after uranium in situ leaching with high content of chlorine was studied. The precipitation by different methods allows to obtain uranium con-centrates with high quality according to ASTM C967 ...
Филатенкова, А. П. +13 more
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