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首页> 外文期刊>Journal Of The South African Institute Of Mining & Metallurgy >The development of a metallurgical flowsheet to treat tails
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The development of a metallurgical flowsheet to treat tails

机译：冶炼尾料的冶金流程的发展

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The ilmenite, rutile and zircon processes of the Mineral Separation Plant generate tailing streams, which still contain valuable mineral This is due to a combination of factors, which include separator equipment efficiency, particle size effects and inefficient operating practices (equipment overloading, blockage, etc.). Recent developments by metallurgical equipment suppliers have led to increased mineral separator performance enabling recovery of previously lost valuable mineral. Mineralogical studies were conducted using QEM*SEM and MLA techniques to identify and quantify gangue mineral species and determine mineral association. Laboratory and pilot-scale test work was then conducted to develop suitable process flowsheets for the recovery of ilmenite, ratile and zircon from current and stockpiled tailings.
机译：选矿厂的钛铁矿，金红石和锆石工艺会产生尾矿流，其中仍含有有价值的矿物质。这是由于多种因素的综合作用，包括分离器设备效率，粒度影响和低效的操作方式（设备超载，堵塞等） ）。冶金设备供应商的最新发展已导致矿物分离器性能提高，从而能够回收先前损失的有价值的矿物。使用QEM * SEM和MLA技术进行了矿物学研究，以识别和量化石矿物种类并确定矿物关联。然后进行了实验室和中试规模的测试工作，以开发合适的工艺流程，以从现有尾矿和储备尾矿中回收钛铁矿，ite石和锆石。

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