摘要
小秦岭地区某低品位氧化钼铅矿含Mo 0.078%、Pb 0.34%,钼氧化率64.20%,铅氧化率58.06%,有用矿物粒度较细且嵌布紧密。对该矿石按钼铅混合浮选—硫化钠法浸出氧化钼—浸渣浮选回收硫化钼及硫化铅的选冶联合工艺流程进行了试验研究。结果表明,在试验确定的工艺技术条件下,可获得Mo品位为64.03%的氧化钼,Mo品位为12.56%的硫化钼粗精矿,钼总回收率为75.06%,并可获得Pb品位为43.07%、铅回收率为66.17%的铅精矿。
The low-grade oxidized wulfenite in Xiaoqinling area contains Mo 0. 078% and Pb 0. 34% , the rate of Mo and lead oxide are 64. 02% and 58.06% respectively, and the useful mineral is fine-grained and disseminated closely. This ore is studied by the benefieiation-metallurgy combination process：molybdenum lead bulk flotation- leaching molybdenum oxide by sodium sulfide method-recovery of molybdenum sulfide and lead sulfide by flotation from the leaching residue. As the results showed, the molybdenum oxide with the grade of Mo 64.03% , the molybdenum sulfide with the grade of Mo 12. 56% and the lead concentration with the grade of lead 43.07% were obtained under the conditions determined by experiments, and the total recovery rate of Mo and lead were 75.06% and 66. 17% respectively.
出处
《金属矿山》
CAS
北大核心
2012年第9期72-75,共4页
Metal Mine
基金
国土资源部公益性行业科研专项(编号:200811062)
关键词
氧化钼铅矿
浮选
湿法冶金
硫化钼铅分离
Oxidized wulfenite, Flotation, Hydrometallurgy, Separation of molybdenum sulfide and lead sulfide
