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Comparison of Ore Hardness Measurements for Grinding Mill Design for the Tenke Project

机译:矿石硬度测量对Tenke项目的磨削磨机设计的比较

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As part of the ongoing project development for the Tenke Fungurume Copper-Cobalt Project in the Democratic Republic of Congo, Phelps Dodge Corporation has examined methodologies for determining the size of grinding mills to support a 7000 mtpd operation. Six samples were tested by Hazen Research, Inc. (HRI) to obtain the JK parameters using the JK Drop Weight Test, standard Bond crushing, and rod mill work indices, abrasion indices and by Dawson for Bond Ball Mill Work Index tests using crushed feed, and Standard Autogenous Grinding Design (SAGDesign) Tests, patented by Outokumpu. (See reference 8 below). The comparison of these results gives context to how the various measurements relate to each other and how they can be used to obtain an accurate design for the grinding mills required for the Tenke Project. This is the first published direct comparison between JK Drop Weight, standard bond work indices, and SAGDesign test results. The SAGDesign test includes a SAG test followed by a Bond BM Wi test done on SAG ground material.
机译:作为在刚果民主共和国的Tenke Fungurume铜钴项目的正在进行的项目开发的一部分,菲尔普斯道奇公司检测了确定磨床尺寸以支持7000 MTPD操作的方法。通过Hazen Research,Inc。(HRI)测试了六个样本,以使用击碎饲料使用jk下降重量测试,标准债券破碎和杆厂工作指数,磨损指数和Dawson来获得JK参数和标准的自动研磨设计(Sagdesign)测试,由Outokumpu获得专利。 (参见下面的参考文献8)。这些结果的比较给出了各种测量如何互相涉及的背景以及它们如何用于获得Tenke项目所需的研磨铣刀的准确设计。这是JK下降重量,标准债券工作指标和SAGDesign测试结果之间的第一个发布的直接比较。 SAGDesign测试包括SAG测试,然后在SAG接地材料上进行键BM WI测试。

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