摘要
安徽某铜硫矿石黄铜矿与脉石关系密切,以中、细粒嵌布为主的粗、中、细、微极不均匀嵌布,现采用优先选铜—选硫工艺,生产指标不理想,通过试验研究,对工艺流程进行优化,研制高效铜捕收剂BJA,铜中矿选择性再磨,有利于细粒级铜矿物的回收,铜回收率提高2.04%,使用新型硫抑制剂B1低碱度下实现铜硫分离,并且有利于后续作业回收硫矿物,B1无毒,药剂成本与石灰工艺比较基本持平,矿山外排废水碱度将降低。
The complex copper ore chalcopyrite and gangue close symbiosis, in Anhui. Coarse, medium, fine size uniform and the vast majority of medium, fine size. Now, the flowsheet of preferential flotation and the recovery of copper is low. Take several measures, for example, reform the flowsheet, develop efficiently collector BJA and selected regrinding middlings, in favor of recover the fine chalcopyrite, finally, advance the recovery of copper for 2.04%. Effectively depressor can copper-sulfur separation in lower alkaline pulp, to make favorable conditions for flotating pyrite, B1 drug-free, and the cost of reagent no more than the cost of lime, waste water of the mine will lower alkaline.
出处
《有色金属（选矿部分）》
CAS
2009年第4期19-21,共3页
Nonferrous Metals（Mineral Processing Section）
