某铜冶炼炉渣回收铜的选矿工艺试验  

Mineral Processing Technology Test of Copper Recovery from Copper Smelting Slag

作　　者：冉银华 张志明 郭强 韩晓熠 周亮 李云鹏 RAN Yinhua;ZHANG Zhiming;GUO Qiang;HAN Xiaoyi;ZHOU Liang;LI Yunpeng(Yunnan Keli New Material Co., Ltd,Kunming, Yunnan 650031, China)

机构地区：[1]云南科力新材料股份有限公司,云南昆明650031

出　　处：《矿业研究与开发》2019年第3期63-66,共4页Mining Research and Development

摘　　要：某铜冶炼炉渣铜品位为0.98%,嵌布粒度细,易碎难磨,根据试验结果,在磨矿细度为90%(-0.074mm)时,以CaO为调整剂,KM-109为捕收剂,730A为起泡剂,经一粗二精一扫闭路流程分选,可获得品位13.18%、回收率79.77%的Cu粗精矿,且杂质含量符合产品质量要求,并对Cu粗精矿再磨后(80%,-0.037mm)一段精选即可获得品位21.06%、回收率61.02%的Cu精矿。The copper grade in a copper smelting slag is 0.98%, the embedded granular让y is relatively fine? and it is fragile and difficult to grind. According to the research results, when the grinding fineness of -0.074 mm was 90%, and CaO was selected as the regulator, KM-109 as collector, and 730A as foaming agent, a closed circuit flotation flowsheet of one-stage roughing, two-stage cleaning and one-stage scavenging was carried out. Finally, a copper concentrate with grade of 13.18% and recovery rate of 79.77% was obtained, and the impurity content of copper concentrate all met the requirements of product quality. After re-grinding the copper crude concentrate with grinding fineness of - 0.037 mm occupying 80%, the copper concentrate with grade of 21.06% and recovery rate of 61.02% could be obtained through the one-stage cleaning.

关 键 词：铜冶炼炉渣 选矿 磨矿细度 

分 类 号：TD926.4[矿业工程—选矿]