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Effect of microwave heating on magnetic separation: Kesikkpr magnetite deposits in Ankara, Central Turkey

机译:微波加热对磁选的影响:土耳其中部安卡拉的Kesikkpr磁铁矿矿床

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In this study, the effect of microwave heating on magnetic separation of the iron ore of magnetite from Kesikköprü (Bala-Ankara, Central Turkey) was investigated. The investigation was based on understanding the enrichment factor differences of magnetic separation and microwave+magnetic separation methods. Only five fractions of magnetite ore display high level of enrichment by using magnetic separation. The optimum results (98.11% enrichment, 63.14% grade for iron) were captured on 150 x 106 µm grain sizes and 0.8 Tesla magnetic field intensity. On the other hand, optimum results (96.99% enrichment, 67.81% grade for iron, 180 watt energy consumption) were hold on three different grain size of ore by using microwave+magnetic separation method. On this method, to get high enrichments, the ore has to be pre-treated for 5 to 7 min on microwave heating. It has been realized that the grade of iron were increased by 3 to 5% for microwave+magnetic when compared to sole magnetic separation.
机译:在这项研究中,微波加热对Kesikk& pr;磁铁矿中铁矿的磁性分离的影响。 (土耳其中部巴拉安卡拉)已接受调查。这项研究是基于了解磁分离和微波+磁分离方法的富集因子差异。通过磁选,只有五部分磁铁矿显示出高水平的富集。最佳结果(98.11%的富集度,铁的品位为63.14%)是在150 x 106微米的晶粒尺寸和0.8特斯拉磁场强度下捕获的。另一方面,使用微波+磁选法对三种不同粒度的矿石保持了最佳结果(富集率为96.99%,铁品位为67.81%,能耗为180瓦)。在此方法上,要获得高浓缩度,必须在微波加热下将矿石预处理5至7分钟。已经认识到,与单独的磁性分离相比,微波+磁性的铁的品位提高了3%至5%。

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