水工环地质技术在矿山地质灾害防治中的应用

Application of Hydraulic and Environmental Geology Technology in the Prevention and Control of Geological Disasters in Mines

本文通过明确地质灾害的类型和特点,以及地质环境的具体情况,选择了适宜的防治工程措施。应用水工环地质技术进行地质灾害危险性评估和风险评估模型的构建,结合地质、水文、环境等多方面的数据,量化评估了矿山地质灾害的风险。利用该技术对地质灾害进行了持续监测,并建立了高效的预警系统。在选定的监测点,如M001、M002和M003,安装监测设备进行数据采集,根据预警阈值进行预警等级的判断,以及时应对地质灾害风险。在使用了水工环地质技术进行危险性评估的矿山区域,地质灾害的发生率降低了约30%,确保人民群众的生命财产安全。

This article clarifies the types and characteristics of geological hazards,as well as the specific conditions of the geological environment,and selects appropriate prevention and control engineering measures.The application of hydrogeological and environmental geological technology for geological hazard risk assessment and the construction of risk assessment models,combined with data from various aspects such as geology,hydrology,and environment,quantitatively evaluated the risk of mining geological hazards.We have continuously monitored geological hazards using this technology and established an efficient early warning system.Install monitoring equipment at selected monitoring points,such as M001,M002,and M003,to collect data,determine warning levels based on warning thresholds,and respond promptly to geological hazard risks.In mining areas where hydraulic and environmental geological technology has been used for hazard assessment,the incidence of geological disasters has been reduced by about 30%,ensuring the safety of people's lives and property.