铁矿物相、微观结构表征及振动台选矿

Sajad Ali, F. Nawaz, Y. Iqbal
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引用次数: 0

摘要

为了了解矿石伴生脉石的性质,表征已成为选矿过程中不可或缺的一部分,因此,对KP Karak地区采收的原矿铁矿进行了物相、微观结构和化学成分的表征,分别采用XRD、SEM和EDS进行了表征。采用振动台和磁选机对该铁矿进行了选矿。XRD分析证实了该材料的主要相为氧化铁(Fe203),次要相为石英(sio2)。粒度为100(149µm)和200(74µm)的细磨铁矿粉经振动台和磁选机通过。通过振动台将100目铁矿从28.27 wt.%提升到36.51 wt.%, 200目铁矿从38.70 wt.%,达到了10%的最高品位。由于赤铁矿的非磁性,磁选机效果不佳。
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Phase, Microstructural Characterization and Beneficiation of Iron Ore by Shaking Table
To know about the nature of gangue associated with the ores, characterization has become an integral part in mineral processing and beneficiation, therefore, the as-mined iron ore collected from Karak region of KP has been characterized for its phase, microstructure and chemical composition via XRD, SEM and EDS respectively. Beneficiation of the iron ore has been carried out by shaking table and magnetic separator. XRD analysis confirmed the presence of iron oxide (Fe203) as the major phase along with quartz (Si02) as the minor phase. Finely grinded iron ore powder of 100 (149 µm) and 200 (74 µm) mesh sizes were passed via shaking table and magnetic separator subsequently. The iron ore was successfully upgraded from 28.27 wt.% to 36.51 wt.% at 100 mesh and 38.70 wt.% at 200 mesh via shaking table, thus achieving a maximum of 10% upgraded iron ore. The magnetic separator did not become so effective due to non- magnetic nature of hematite.    
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