This study aims to conduct an in-depth analysis of the safety evaluation of tailings ponds,explore their risk factors,and propose effective risk control strategies.By using a combination of quantitative and qualitative methods,a comprehensive evaluation of the safety status of tailings ponds is conducted to identify the main risk points.Research has found that the main risk factors of tailings ponds include structural stability,environmental impact,monitoring and management,emergency response,and regulatory policies.A series of risk control measures have been proposed to address these risk factors,including strengthening the stability design of tailings pond structures,improving environmental protection measures,optimizing monitoring and management systems,establishing sound emergency response mechanisms,and strengthening the implementation of regulations and policies.The conclusion of this study provides theoretical guidance and practical suggestions for the safety management of tailings ponds,which helps to improve the safety and environmental sustainability of tailings ponds.

With the increasing global demand for new energy and the rapid development of drilling technology,a systematic analysis is conducted on the drilling effects of different mines,and advanced technical means are introduced for construction operations.Based on this,the performance and advantages of drilling fluids are fully demonstrated.Under higher requirements,in order to meet the actual needs of mining drilling engineering and provide strong support for the drilling effect of mining drilling.This article combines the rheological properties of drilling fluids to systematically analyze the impact of drilling effectiveness in different mines,and elaborates on construction details.It is committed to using correct drilling measures to improve drilling effectiveness in different mines and contribute to the tremendous achievements of mining drilling in China.

Hole plugging technology is a commonly used Geoprofessions#Geological engineering technology,which aims to solve the leakage problem that may be encountered during drilling.This article elaborates on the introduction and role of drilling and plugging technology,and focuses on studying its applicability under different geological conditions.Drilling and plugging technology can effectively solve the problem of leakage during drilling,improve wellbore integrity and safety.The main principle is to use blocking agents to fill the leakage channels in the wellbore,forming an effective blocking barrier.This article also explores the applicability of this technology under different geological conditions.Choosing appropriate plugging agents and construction plans based on the differences in geological characteristics and leakage situations can better cope with leakage problems under different geological conditions.Through further research and practice,this technology can be further improved and promoted,improving the efficiency and safety of drilling operations.

Antimony is a non renewable nonferrous metal,which is widely used in various fields.However,it’s cumulative toxic and carcinogenic to the human body.The antimony detection values of Dong'an County Water Plant,Gaoyan Reservoir and Dong'an County Luhong Water Plant all exceeded the standard.At present,there is relatively little research on the treatment of antimony containing water both domestically and internationally.Traditional methods for removing antimony have problems such as long treatment time,high cost,or secondary pollution.Based on this,a combination of"nematophilic bacteria"and"microporous ion membrane"technology is used to treat antimony containing water,combining their advantages to achieve the goal of reducing production costs and improving repair effects.

With the rapid development of remote sensing technology,its application in mining environmental monitoring is becoming increasingly widespread.This article aims to explore the various applications of remote sensing technology in mining monitoring,including surface changes,water monitoring,and ecological change analysis.By analyzing the basic principles and equipment of remote sensing technology,data processing techniques,and environmental assessment methods,this article provides a comprehensive remote sensing monitoring framework to support the continuous monitoring and management of mining environments.In terms of methodology,this article elaborates in detail on the collection and processing of remote sensing data,as well as its specific application process in environmental monitoring.The conclusion section points out that although remote sensing technology has shown strong potential and advantages in mining environmental monitoring,its accuracy,data processing complexity,and integration with policy support still face challenges.By establishing a comprehensive monitoring framework and policy support,remote sensing technology will more effectively promote sustainable management of mining environments.

In this paper,the geographical location of Longmen Shan Copper Mine is summarized,and the hydrogeological characteristics of Longmen shan Copper Mine are analyzed in depth,including groundwater distribution characteristics,groundwater chemical characteristics and groundwater dynamics characteristics.Then,according to the hydrogeological risk assessment of Longmenshan Copper Mine,it is found that the risk of underground water body is low,the risk of karst is low,the risk of surface water body is also low,and the risk assessment result of poorly closed borehole is low.However,regular monitoring and management is still needed to ensure the safe production of copper mines.