电位控制法在国内铜钼分离工艺中的应用探索  

Application Exploration of Potential Control Method in Domestic Cu-Mo Separation Technology

作　　者：王越[1] 杨世亮[1] Nagaraj D.R 

机构地区：[1]中国黄金集团内蒙古矿业有限公司,内蒙古满洲里021400 [2]美国氰特公司,上海200032

出　　处：《有色金属（选矿部分）》2017年第3期11-15,共5页Nonferrous Metals（Mineral Processing Section）

摘　　要：铜钼矿的铜钼分离一直是国内外铜钼矿山的研究重点,铜钼矿(主要是硫化矿)一般通过混合浮选得到铜钼混合精矿,之后进行分离。绝大多数的矿山采用抑铜浮钼来实现,乌山矿工业生产中也采用此工艺。乌山矿在铜钼分离中通过添加有机和无机抑制剂配合使用来实现铜钼有效分离,在工业生产中采用电位控制法,用Na HS调节氧化还原电位,可以使抑制剂8371达到良好的选择性,稳定了钼精矿的品位和含铜、钼的作业回收率,在入选钼品位由1.89%降低到1.65%的不利条件下,钼精矿的钼品位较试验前47.52%提高到48.67%;钼精矿中含铜由试验前的1.46%降低到1.09%;钼的回收率由试验前的83.77%增加到87.35%,试验取得了较好的效果。The Cu-Mo separation of copper-molybdenum ore has been the research focus of domestic and overseas copper-molybdenum mine. The vast majority of mines apply copper depression and molybdenum flotation to achieve the separation, as well as Wushan Mine. Wushan Mine added organic and inorganic depressants in combination to achieve the Cu-Mo separation, and used Potential control method to improve the selectivity of Cu depressant （8371）. The depress effect of copper minerals is good, achieving perfect production performance under the adverse condition of lower head grade from 1.89% to 1.65% ： Mo concentrate grade improved from 47.52% to 48.67% , while Cu contents in Mo concentrate decreased from 1.89% to 1.65% , and Mo recovery improved from 83.77% to 87.35%.

关 键 词：铜钼分离 铜抑制剂 电位控制 回收率 

分 类 号：TD952.1[矿业工程—选矿]