W. Dahani, Boanerges Wino Patty, S. Subandrio, Emmy Fatmi Budhya
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引用次数: 1
摘要
将提取物的含量提高到可销售和有价值的矿物或选矿过程可以通过各种方式进行,其中一种是表技术(“Wilfley表”)。首先通过XRD表征、矿物学、SEM-EDS、Fire分析等手段了解矿石的性质,然后通过改变岩石粒度、台面坡度、水量等因素,将矿石磨平至~ 200目范围,利用摇台重力进行选矿。通过对初始种子和回收物的XRD、矿物学、SEM-EDS和fire Assy进行比较,结果表明,在分剂粒径~200目、延伸表30、排水量为14升/ min的条件下,金的回收率为84.48%,金的含量由1.32 g / t提高到18.75 g / t。优化结果表明,颗粒粒度越细,金回收率越高。但台面坡度的增加和放水量的增加会降低金的回收率。
USE OF GOOD TABLE ("WILFLEY TABLE" TECHNIQUE) AS A BENEFFIATION OF GOLD CARRIER MINERALS
Increasing the level of an extract into a marketable and valuable mineral or beneficiation process can be carried out in various ways, one of which is a table technique ("Wilfley table"). Beneficiation begins with knowing the character of ore through XRD characterization, mineragraphy, SEM-EDS and Fire Assy, Then, the ore is smoothed to a range of ~ 200 mesh and concentrated with rocking table gravity by varying the size of rock fraction, table slope and water discharge. Based on the comparison of XRD characters, mineragraphy, SEM-EDS and fire Assy from the initial seeds and recovery, the results obtained is found to be within the optimum conditions at fraction ~200 mesh size, 3o elongation table, and water discharge of 14 liters / minute and with gold recovery of 84.48% or increase gold content from 1.32 g / ton to 18.75 g / ton. Based on the optimization, the finer the size of the particles , the higher the level of gold recovery. Nevertheless, the increase in the slope of the table and water discharge can reduce the recovery of gold.