Study on the Effect of Cyanide Concentration on Gold Leaching Recovery in Ore at PT Indo Muro Kencana

Frideni Yushandiana Putri GF, Armitha Lisanul Karimah, Sulaeman
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Abstract

Indonesia is a country that has abundant natural resources, including non-renewable natural resources such as various types of metals, natural gas, petroleum and others. Besides that, Indonesia also has an important role in supplying the world's gold raw materials. Therefore, it is necessary to develop technology and science in the mining industry, especially gold to increase process optimization and increase the added value of the mining products themselves. One of the gold extraction processes can be carried out hydrometallurgically using the cyanidation method using agitator leach, as was done at PT Indo Muro Kencana. Process optimization is carried out with various test work, such as leaching tests, by varying the operating parameters of the leaching. The results of the analysis show that the optimal cyanide concentration for leaching of PT Indo Muro Kencana's gold ore is 600 ppm by controlling the rate diffusion control.
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研究氰化物浓度对 PT Indo Muro Kencana 公司矿石中金浸出回收率的影响
印度尼西亚拥有丰富的自然资源,包括各种金属、天然气、石油等不可再生自然资源。此外,印尼还在世界黄金原料供应方面发挥着重要作用。因此,有必要发展采矿业,特别是黄金开采业的技术和科学,以提高工艺优化程度,增加采矿产品本身的附加值。其中一种黄金提取工艺可以采用水冶法,即使用搅拌器浸出的氰化法,PT Indo Muro Kencana 公司就采用了这种方法。通过各种试验工作,如浸出试验,改变浸出的操作参数,进行工艺优化。分析结果表明,通过控制速率扩散控制,PT Indo Muro Kencana 金矿的最佳氰化物浸出浓度为 600 ppm。
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