某铜选矿厂高压辊闭路湿式筛分工艺应用实践
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1.中国恩菲工程技术有限公司, 北京 100038 ; 2.中冶集团资源开发有限公司, 北京 100028

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刘兆瑞(1988—),男,工程师,主要从事矿山工程咨询与设计研究工作。

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TD952

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The Application of HPGR Closed Circuit Wet Screening Process in a Copper Beneficiation
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    摘要:

    为了检验高压辊闭路湿式筛分工艺运用效果,为类似铜选矿厂提供有价值的工业运用数据,本文对某铜选矿厂高压辊闭路湿式工艺应用情况进行系统研究和分析。 高压辊闭路湿式筛分工艺的工业实践证明,与处理同样矿石的三段一闭路工艺相比,显著提高细粒级含量,-3 mm 增加 24. 90% ;降低单位能耗,月单位能耗降低 2. 28 kW·h / t原矿 ,总功耗下降约 10. 5% ;降低材料消耗,钢球消耗减少 15. 8% ;提高浮选回收率,Cu 回收率提高 0. 5% ;但高压辊辊钉寿命相对较低,约 6 500 h。

    Abstract:

    In order to evaluate the application effectiveness of HPGR wet screening closed-circuit process and provide valuable industrial application data for similar copper beneficiation, this paper systematically studies and analyzes the application of HPGR closed-circuit wet screening process in a copper beneficiation. The industrial practice of High-Pressure Grinding Roll ( HPGR) closed-circuit wet screening process has proved that compared with the three-stage one closed-circuit process for treating the same ore, the fine particles are significantly increased, the particles below 3 mm are increased by 24. 90% ; the unit energy consumption is reduced by 2. 28 kW·h per ton of ROM, and the total power consumption is reduced by 10. 5% . The reduce of materials consumption is remarkable. The steel ball consumption is reduced by 15. 8% . The flotation recovery is increased by 0. 5% ; However, the service life of the HPGR studs was relatively low, about 6 500 h.

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刘兆瑞, 张慧, 何荣权, 等. 某铜选矿厂高压辊闭路湿式筛分工艺应用实践[J]. 中国矿山工程,2025,54(6):89 - 94.

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  • 在线发布日期: 2026-03-11
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