首页> 外文会议>International mineral processing congress;IMPC 2010 >STUDY ON PROCESS MINERALOGY AND MINERAL PROCESSING OF COMPLEX CARBON-BEARING CU-PB-CO-NI MULTI-METAL SULFIDE ORE BY BULK FLOTATION
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STUDY ON PROCESS MINERALOGY AND MINERAL PROCESSING OF COMPLEX CARBON-BEARING CU-PB-CO-NI MULTI-METAL SULFIDE ORE BY BULK FLOTATION

机译:浮选法研究复杂含碳CU-PB-CO-NI多金属硫化矿的工艺矿物学及矿物加工

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This complex Cu-Pb-Co-Ni multi-metal sulfide ore in Australia has a fine dissemination size, andthere is a very close symbiotic relationship among sulfide minerals, and between sulfide mineralsand gangues, which makes beneficiation difficult. And high content of carbon is also a difficulty formineral processing. Based on research of process mineralogy, a new process flow of ‘C flotation – Cu-Pb-Co bulk flotation –Co flotation for tailing, cleaning for concentrate – regrinding – C 2nd flotation– Cu, Pb, Co separation’ is determined. The lock-cycled test achieved test indexes as following:Pb concentrate: Pb grade 55.50 per cent, Pb recovery 56.92 per cent, Co-bearing 0.58 per cent, Corecovery 22.04 per cent, Cu-bearing 3.76 per cent;Cu-Co bulk concentrate: Cu grade 6.41 per cent, Cu recovery 50.77 per cent, Co grade 0.94 per cent,Co recovery 40.95 per cent, Pb-bearing 12.91 per cent, Pb recovery 15.24 per cent;Co concentrate: Co grade 0.35 per cent, Co recovery 14.00 per cent, Cu-bearing 1.29 per cent, Pbbearing8.90 per cent;Above results indicate that the process flow used in this paper is suitable for this complex multimetalsulfide ore in Australia because Cu, Co, Pb especially Co can be recovered effectively, and it isalso a harmonious technology method for this ore.
机译:澳大利亚的这种复杂的Cu-Pb-Co-Ni多金属硫化物矿石散布尺寸小,硫化物矿物之间,硫化物矿物与脉石之间存在非常紧密的共生关系,从而难以进行选矿。高碳含量也是矿物加工的难点。基于工艺矿物学的研究,确定了一种新的工艺流程:“ C浮选– Cu-Pb-Co批量浮选– Co浮选尾矿,精矿净化–精磨– C 2浮选– Cu,Pb,Co分离”。锁定循环测试达到以下测试指标:铅精矿:铅品位55.50%,铅回收率56.92%,钴含量0.58%,Corecovery含量22.04%,铜含量3.76%;铜钴大块精矿:铜品位6.41%,铜品位50.77%,钴品位0.94%,钴品位40.95%,铅含量12.91%,铅品位15.24%;钴精矿:钴品位0.35%,钴品位14.00含铜1.29%,含铅8.90%;以上结果表明,本文使用的工艺流程适用于澳大利亚这种复杂的多金属硫化物矿石,因为可以有效地回收铜,钴,铅特别是钴,并且这也是该矿石的和谐工艺方法。

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