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现代矿业 ›› 2026, Vol. 42 ›› Issue (04): 228-233.

• 实用技术 • 上一篇    下一篇

某低品位复杂铜矿石中矿多样化处理试验研究

岑正伟 王子鸣 钟国建   

  1. 广东省大宝山矿业有限公司
  • 出版日期:2026-04-25 发布日期:2026-05-27

Experimental Study on Ore Differentiation in a Low-grade Complex Copper Ore CEN Zhengwei WANG Ziming ZHONG Guojian

  1. Guangdong Dabaoshan Mining Co.,Ltd.
  • Online:2026-04-25 Published:2026-05-27

摘要: 某低品位复杂铜矿山生产中,所得铜中矿铜含量较高,但由于矿物组成复杂,嵌布粒 度细,常规的选矿工艺难以有效回收其中的铜资源。针对这一问题,采用中矿多元化处理新技术 对现有流程进行改进。结果表明,采用原流程原药剂,可获得回收率为91 .27%、精矿品位为22.06% 的铜精矿,然而采用新流程新药剂时,可获得回收率为92 .87%、精矿品位为24 .90%的铜精矿,相比 原流程原药剂,采用新流程新药剂精矿铜品位提高了2.84 个百分点,回收率提高了1.60 个百分点。

关键词: 低品位, 嵌布粒度, 中矿, 工艺流程, 回收率

Abstract: In a low-grade complex copper mine,the copper content in the copper middlings ob ⁃ tained during production is relatively high.However,due to the complex mineral composition and fine dis ⁃ semination size,effectively recover of the copper resources was hard to obtain by conventional beneficia ⁃ tion processes.To address this issue,a new technology for diversified treatment of middlings was adopted to improve the existing process.The results showed that using the original process and original reagents,a copper concentrate with recovery rate of 91.27%and concentrate grade of 22.06%could be obtained.In contrast,with the new process and new reagents,a copper concentrate with recovery rate of 92.87%and concentrate grade of 24.90%could be achieved.Compared with the original process and original reagents, the copper grade of the concentrate increased by 2.84 percentage points,and the recovery rate increased by 1.60 percentage points when using the new process and new reagents.

Key words: low-grade, embedded particle size, middlings, process, recovery rate