铀就地开采生产井伴生金属分布研究

Yerkin Bektay, Gaukhar Turysbekova, A. Altynbek, Bauyrzhan Shiderin, B. Duysebaev
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引用次数: 0

摘要

就地回收铀是砂岩中提取铀的有效方法。许多铀矿床的特点是伴生金属的存在:金、铂族金属和稀土金属。对哈萨克斯坦的一个铀矿床,进行了从ISR生产井取样铀的研究。对铀、稀土、钪、锗、钇等金属的含量进行了分析。在这项研究中,样品取自用于铀ISL的生产井。研究表明,在几乎所有取样的生产井中都存在有价值的伴生金属。分析表明,从生产溶液中提取伴生金属是可能的。值得注意的是,当使用具有较高氧化还原电位的浸出液时,可以在封存井中获得更高的效果。这将有可能从暂停(关闭)井中获得额外的经济效益,暂停(关闭)井的数量占该油田钻井总数的70%以上。
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INVESTIGATION OF THE DISTRIBUTION OF ASSOCIATED METALS IN PRODUCTIVE WELLS FOR IN SITU RECOVERY (ISR) OF URANIUM
Uranium in situ recovery (ISR) is an effective method for extracting uranium from sandstone deposits. Many uranium deposits are characterized by the presence of associated metals: gold, platinum group metals and rare earth metals. For one of the uranium deposits in Kazakhstan, studies were carried out on sampling from productive wells at the ISR of uranium. An analysis was carried out for the content of uranium, rare earth elements, scandium, germanium, yttrium and other metals. For the study, samples were taken from productive wells used for uranium ISL. Studies have shown the presence of valuable associated metals in almost all productive wells where samples were taken. The analysis showed the possibility of extracting associated metals from productive solutions. It is noted that a higher effect can be achieved on mothballed wells when using leaching solutions with a higher redox potential. This will make it possible to obtain an additional economic effect from suspended (closed) wells, the number of which is over 70% of the total number of wells drilled in this field.
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