Examination of the possibility of obtaining pyrite concentrate from the flotation tailings of the Lece mine

P. Lazic, Đurica Nikšić, D. Stojanovic, T. Gavrilović
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Abstract

The Lece mine is characterized by the fact that it has gold and silver besides the main valuable components in the flotation concentrates of lead and zinc. Practically since the opening of the mine and flotation, research has been carried out with the aim of obtaining better technological indicators on all four valuable metals (lead, zinc, gold and silver), especially on gold. This paper represents a contribution to that research in order to increase the recovery of gold in flotation concentrates. Gold occurs in ore in several ways (native, with lead and zinc, with pyrite and quartz), which requires a complex technological scheme of gold valorization. Most of the gold is bound to galena and is valorized through lead concentrate. A smaller part of the gold is bound to zinc and is valorized through zinc concentrate. However, about 25% of the gold remains in tailings. Researchers ie. the authors of this paper tried to valorize part of the gold that is lost in the tailings by introducing a third pyrite concentrate with an increased gold content. The paper presents the results of laboratory experiments on the possibility of obtaining pyrite concentrate from the Lece tailings and a proposal for a technological scheme of the process.
从leece矿浮选尾矿中获得黄铁矿精矿可能性的考察
Lece矿的特点是除铅锌浮选精矿中主要有价成分外,还含有金和银。实际上自从该矿开矿和浮选以来,已经进行了研究,目的是对所有四种贵重金属(铅、锌、金和银),特别是对金,取得更好的技术指标。本文为提高浮选精矿中金的回收率做出了贡献。金在矿石中的赋存方式有几种(原生赋存、铅锌赋存、黄铁矿赋存、石英赋存),这就需要复杂的金增值技术方案。大部分金与方铅矿结合,并通过铅精矿进行增值。一小部分金与锌结合,并通过锌精矿增值。然而,大约25%的金仍留在尾矿中。研究人员ie。本文作者试图通过引入含金量增加的第三种黄铁矿精矿,使在尾矿中丢失的部分金增值。本文介绍了从leece尾矿中获得黄铁矿精矿可能性的室内试验结果,并提出了该工艺的工艺方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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