摘要
针对国外某铜镍钴多金属矿载矿岩石为炭质页岩、矿物共生关系复杂,嵌布粒度细小的原矿特性开展了选矿工艺研究。在工艺矿物学和选矿试验的基础上,研究确定了预先浮选-离心机重选脱碳-优先浮铜产出铜精矿-铜尾矿活化浮选镍钴的选矿工艺流程。研究通过流程结构和药剂制度的优化有效消除了易浮炭质物对铜钴镍矿物浮选的影响,获得了较优的选矿指标。
The beneficiation technology research on a carbonaceous shale copper-cobalt-nickel ore whose carrier ore is carbonaceous shale. Different minerals have complex paragenetic relationship and disseminated line gram size was conducted. Based on the process mineralogy and beneficiation tests, the technological process including pre-decar- bonization-preferential flotation of copper-cobalt-nickel activital flotation from copper tailings was determined. The study achieved the effective elimination of ore of easy floating gangue which affect the flotation on copper-cobalt- nickel by optimizing for the process structure and regime of agent, resulting in good floatation indexes
作者
佟立永
肖骏
李剑鹭
Tong Liyong Xiao Jun Li Jianlu(Beijing Geo Environment Engineering ＆ Technology, lnc Ltd, Co, Beijing, China Hunan Provincial Key Laboratory for Complex Copper Lead Zinc Associated Metal Resources Comprehensive Utilization, Hunan Research Institute for Non-ferrous Metals, Changsha, Hunan, China)
出处
《矿产综合利用》
北大核心
2017年第5期45-51,共7页
Multipurpose Utilization of Mineral Resources
关键词
炭质页岩
铜钴镍矿
易浮脉石
离心机
Carbonaceous shale
Copper-colbat-nicke ore
Easy-floating gangue
Centrifugal machine
