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Reserve and Ultimate Pit Limit Design Analysis of Caldagi Nickel Deposit, Turkey

机译:土耳其卡尔达吉镍矿的储量和最终坑限设计分析

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This paper presents the results of Caldagi Nickel-Cobalt Ore Deposit's, located in Turkey, reserve and ultimate pit limit design analysis. Reserve analysis of any deposit requires two steps. First one is to constitute of block model of the deposit and second step is to generate ultimate pit limit. The block model of the Caldagi ore deposit has been created by means of geostatistics. The reserves of nickel and cobalt in this block model are defined as resource, approximately 12 million tons of nickel and 1 million tons of cobalt with average grades of 0.9% Ni and 0.03% Co, respectively. Ultimate pit limit analysis has been performed by considering economic, technical and legal factors. In this paper, the ultimate pit limits are generated by Lerchs & Grossmann (L&G) algorithm. As a consequence of ultimate pit limit design, total amount of tonnage to be excavated is 1.4 billions of tons, 700 million of which contains ore and 747 million of which is the tonnage of waste.
机译:本文介绍了位于土耳其的卡尔达吉镍钴矿床的储量和最终矿坑极限设计分析的结果。任何存款的储备金分析都需要两个步骤。第一步是构成矿床的块状模型,第二步是生成最终的矿坑极限。 Caldagi矿床的区块模型是通过地统计学方法创建的。在该区块模型中,镍和钴的储量定义为资源,分别具有约1200万吨镍和100万吨钴,平均品位分别为0.9%Ni和0.03%Co。考虑到经济,技术和法律因素,进行了极限坑极限分析。在本文中,极限进深极限由Lerchs&Grossmann(L&G)算法生成。由于采用了极限坑设计,因此挖掘的总吨位为14亿吨,其中7亿吨是矿石,而7.47亿吨是废物吨位。

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