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Ilmenite Beneficiation by Roasting and Magnetic Separation

机译:通过烘焙和磁性分离的伊尔蒙特益处

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A new crude ilmenite beneficiation process was recently proposed that allowed for the preparation of a smelter grade ilmenite from ilmenite with elevated chromium content. Magnetising roasting was not utilised in the process. As part of this circuit an ilmenite low susceptible reject stream was produced that had a low magnetic susceptibility. In this article a magnetising roasting process was investigated to beneficiate this material. Tests were conducted on material produced by pilot scale simulations on a typical South African East Coast heavy mineral reserve. The results obtained were compared to those published in literature for crude ilmenite. The small-scale experiments were used to define approximate operational limits for the oxidising roasting of a low susceptible ilmenite low susceptible reject stream, although industrial roasting conditions may differ significantly from those obtained in laboratory units. In a next phase these results will be confirmed on pilot plant scale.
机译:最近提出了一种新的粗伊尔梅尼钛矿受益方法,允许从含铬含量升高的Ilmenite制备冶炼级钛铁矿。在该过程中未使用磁化焙烧。作为该电路的一部分,产生了具有低磁化率的ilmenite低易感废物流。在本文中,研究了磁化焙烧过程以使这种材料受益。对典型南非东海岸重型矿物储备的试点规模模拟生产的材料进行了测试。将得到的结果与在粗Ilmenite的文献中公布的结果进行了比较。虽然工业烘焙状况可能与实验室单位中获得的那些可能显着差异,但是,小规模实验用于确定低易感钛矿低易感拒绝物流的氧化烘烤的近似操作限制。在下一阶段,这些结果将在试验厂规模上确认。

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