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MEETING THE FUTURE CHALLENGES OF THE URANIUM INDUSTRY

机译：满足铀工业的未来挑战

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Processing uranium for supply over the next decades will undergo change bought about through reserves, economics and environmental regulation. Technology advances will be rapid and those not adapting will find that the cost structures of conventional technology will place them at a competitive disadvantage. All uranium processing requires the uranium to be leached from the crushed or ground ore. Leaching is usually conducted using acid or alkali depending on the mineralogy of the ore. The resulting uranium is a soluble uranyl salt and is then processed via solid - liquid separation, soluble uranium concentration and purification routes. Processes historically have not been based on simple separation technologies with emphasis on down stream refining steps such as ion exchange and solvent extraction providing concentration and purification.
机译：在未来几十年中加工铀供应供应将通过储备，经济和环境监管进行改变。技术进步将迅速，那些不适应的人会发现传统技术的成本结构将使它们处于竞争劣势。所有铀加工需要铀从压碎或地面矿石中浸出。根据矿石的矿物，通常使用酸或碱进行浸出。所得铀是可溶性铀酸盐，然后通过固液分离，可溶性铀浓度和纯化途径加工。历史上的进程尚未基于简单的分离技术，重点在于向下流精制步骤，例如离子交换和溶剂萃取提供浓度和纯化。

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