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广东某含铁钨矿选矿试验
引用本文:周源,胡文英. 广东某含铁钨矿选矿试验[J]. 金属矿山, 2012, 41(11): 70-72
作者姓名:周源  胡文英
作者单位:江西理工大学资源与环境工程学院
摘    要:对以白钨矿和磁铁矿为主的广东某含铁钨矿,采用优先脱硫-弱磁选选铁-常温浮选白钨的原则流程进行了选矿工艺研究。结果表明,采用1粗1扫脱硫、1粗1精弱磁选选铁、1粗3扫5精浮选选钨流程处理该矿石,最终获得了铁品位为64.72%、回收率为58.72%的铁精矿,WO3品位为56.38%、回收率为86.45%的钨精矿,硫品位为25.54%、回收率为71.13%的硫精矿。

关 键 词:白钨矿  磁铁矿  脱硫  常温浮选

Mineral Processing Experiment of an Iron-containing Tungsten Ore of Guangdong
Zhou Yuan , Hu Wenying. Mineral Processing Experiment of an Iron-containing Tungsten Ore of Guangdong[J]. Metal Mine, 2012, 41(11): 70-72
Authors:Zhou Yuan    Hu Wenying
Affiliation:Faculty of Resource and Environmental Engineering,Jiangxi University of Science and Technology;
Abstract:For a iron-containing tungsten ore of Guangdong with main content of scheelite and magnetite,mineral processing with the flow-sheet of preferential sulfur removal-iron concentration by low intensity magnetic separation-tungsten concentration by flotation at normal temperature is investigated. The results show that iron concentrate with Fe grade of 64.72% and the recovery of 58.72%,Tungsten concentrate with WO3 grade of 56.38% and recovery of 86.45%,Sulfur Concentrate with S grade of 25.54%,and recovery of 71.13% were obtained by the flow-sheet of one roughing-one scavenging for sulfur removal,one roughing-one cleaning for iron concentration by low intensity magnetic separation,one roughing-three scavenging-five cleaning for Tungsten concentration by flotation.
Keywords:Scheelite  Magnetite  Sulfur removal  Normal temperature flotation
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