Primary crusher site selection in open pit mines: Case study in Sungun copper mine

Ali Nasirinezhad, Dejana Stevanović, D. Ignjatović, M. Rahmanpour
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Abstract

Facility site selection, (such as Primary or in pit Crusher location) is one of the most important steps in mine design process that has a significant impact on economy of the mining operation. This study covers an attempt to find the optimal location for primary crusher in order to support the expansion of Sungun copper mine, which is the second largest open pit mine in Iran. Recent exploration drilling has led to a considerable increase in the ore reserve. Therefore, Sungun started the studies followed with an expansion plan with the goal to increase the capacity from 14 to 28 Mt/Year within the next 8 years. In this paper, 14 effective parameters for finding the best location for a new crusher in five possible options were considered. The options were evaluated based on weighted linear combination method. The results show that the location in South East part of the open pit is the best option for locating of the new crusher. Finally, based on the economic parameters and copper price forecasts, pit optimization and sensitive analysis are applied. Results show that in the worst case, just 0.17 % of ore reserve is affected by the selected area and the minable reserve can cover 78 years of operation.
露天矿初碎机的选址——以孙岗铜矿为例
设备选址(如初级或坑内破碎机位置)是矿山设计过程中最重要的步骤之一,对矿山作业的经济性有重大影响。为了支持伊朗第二大露天矿Sungun铜矿的扩建,本研究试图找到初级破碎机的最佳位置。最近的勘探钻探使矿石储量大大增加。因此,Sungun开始了研究,随后制定了一项扩张计划,目标是在未来8年内将产能从1400万吨/年提高到2800万吨/年。在本文中,考虑了在5种可能的选择中寻找新破碎机最佳位置的14个有效参数。采用加权线性组合法对方案进行评价。结果表明,新破碎机选址在露天矿东南角是最佳选择。最后,在经济参数和铜价预测的基础上,进行了矿坑优化和敏感性分析。结果表明,在最坏情况下,受选定区域影响的矿石储量仅为0.17%,可采储量可满足78年的开采需求。
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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