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现代矿业 ›› 2026, Vol. 42 ›› Issue (03): 250-254.

• 实用技术 • 上一篇    

某选厂尾矿库回水系统优化技术研究与工程应用

黄 轲 王 静 黄 雯 李鹏飞 汤启宙 王万平   

  1. 武钢资源集团程潮矿业有限公司
  • 出版日期:2026-03-25 发布日期:2026-04-20

Research and Engineering Application of Optimization Technology of Tailings Reservoir Backwater System in a Concentrator

  1. Chengchao Mining Co.,Ltd.,WISCO Resources Group
  • Online:2026-03-25 Published:2026-04-20

摘要: 某选厂为解决尾矿库回水系统工艺不合理、管路限流等造成的选厂生产用水供应不 稳的问题,开展了定向优化技术研究及工程实践,通过优化高位水池供水工艺流程,对浮船系统进 行“双泵双路”改造,解决了选厂生产用水难题。工程实施改造后,浮船泵双泵并联运行,平均回水 流量较改造前提升了 76.3%,选厂生产用水自给率提升至 98.2%,填补了选厂用水缺口,有效释放了 尾矿库浮船泵的回水能力,摆脱了对采矿地下水的依赖,为同类矿山回水系统高效运行与水资源 循环利用提供了技术参考与工程示范。

关键词: 尾矿库, 回水系统, 双泵双路, 水资源循环利用

Abstract: In order to solve the problem of unstable concentrator production water supply caused by unreasonable process of tailings reservoir backwater system and pipeline current limiting,a concentrator has carried out directional optimization technology research and engineering practice.By optimizing the wa‐ ter supply process of the high-level pool,the“double pump and double road”transformation of the floating ship system is carried out to solve the problem of production water use in the concentrator.After the transfor‐ mation of the project,the double pumps of the floating ship pump are operated in parallel,and the average return water flow is increased by 76.3% compared with that before the transformation,and the self-suffi‐ ciency rate of the production water in the plant is increased to 98.2%.It fills the water gap of the concentra‐ tor,effectively releases the backwater capacity of the floating pump in the tailings pond,and gets rid of the dependence on the mining groundwater. It provides technical reference and engineering demonstration for the efficient operation of the backwater system and the recycling of water resources in similar mines.

Key words: tailings reservoir, backwater system, double pump double road, water resources recycling