柴达木盆地红旗沟-深水潭金矿防治水对策
陈生凯^1，2，3，申宁^1，2，3，李帆^1，2，3
（1. 青海省第六地质勘查院，青海 格尔木 816000；2. 都兰金辉矿业有限公司，青海 都兰 816100；
3. 青海省金矿资源开发工程技术研究中心，青海 都兰 816100）
摘要：对五龙沟矿区红旗沟-深水潭金矿工业场地分布、排水系统现状、水文地质条件等情况进行研究，分析
工业场地选址、矿床开采的保护与检测措施、排土场布置等设施的安全可靠性。采用大井法和比拟法计算矿山所
需总排水量，按照相关规范标准改进设计排土场排水截洪沟和各采区的井下防排水系统，并对排水沟排水能力进
行验算，科学合理提出地表及井下突发涌水的防治措施，有助于预防发生矿井透水等矿山安全生产事故，保障矿山
安全生产施工作业。
关键词：地下矿山；防治水对策；水文地质条件；地表防水；井下防排水系统
中图分类号：TD745      文献标志码：A      文章编号：2095-0802-(2024)01-0253-05
Water Control Countermeasures of Hongqigou-Shenshuitan Gold Mine in
Tsaidam Basin
CHEN Shengkai^1,2,3, SHEN Ning^1,2,3, LI Fan^1,2,3
(1. Qinghai 6th Institute of Geology and Mineral Exploration, Golmud 816000, Qinghai, China; 2. Dulan Jinhui Mining Co.,
Ltd., Dulan 816100, Qinghai, China; 3. Qinghai Engineering Research Center for Gold Mineral Resourses Development,
Dulan 816100, Qinghai, China)
Abstract: The industrial site setup, drainage system status and hydrogeological conditions of Hongqigou-Shenshuitan Gold
Mine in Wulonggou Mine area were studied, and the safety and reliability of industrial site selection, protection and
detection measures for mineral mining, and the layout of waste dump was analyzed. It can help prevent mine safety
accidents such as mine flooding and ensure mine safety production and construction operations to use the large well method
and analogy method to calculate the total displacement required by the mine, improve the design of the drainage and flood
interception ditch of the waste dump and the underground drainage and drainage system of various mining areas in
accordance with relevant norms and standards, and check the drainage capacity of the drainage ditch, scientifically and
reasonably propose the prevention and control measures for sudden water inrush on the surface and underground.
Key words: underground mines; water control strategies; hydrogeological conditions; surface waterproof; underground
drainage system