摘要
水工环指的是水文地质、工程地质和环境地质这三者的总称,这三者任意一方受到一定程度的污染破坏,都会给整个自然环境造成难以修复的伤害,影响人们的工作生活安全。近年来,我国实施了大量的基础建设工程,极大的便利了全国人民的日常生活和生产工作,但是基建工程施工中大量的水利改造工程、矿山开采工程、环境改造等等都对当地的地质生态环境造成了一定程度的破坏,并且有些工程施工对当地环境的影响破坏是短期内不可逆的,不符合习总书记提倡的可持续发展的理念。因此,在开展工程建设前需要专业人员对当地地质环境进行实地考察,评估施工安全性和对环境的影响,提高我国基建工程的科学性,既要金山银山也要绿水青山。本文将对水工环地质灾害的危害性进行研究分析,希望能够给相关人员提供参考,为我国工程项目建设健康可持续发展出一份绵薄之力。
Hydraulic environment refers to the general term of hydrogeology,engineering geology and environmental geology.If any of them is polluted and damaged to a certain extent,it will cause irreparable damage to the whole natural environment and affect people’s work and life safety.In recent years,China has implemented a large number of infrastructure projects,which greatly facilitates the daily life and production work of the people all over the country.However,in the construction of infrastructure projects,a large number of water conservancy transformation projects,mining projects and environmental transformation have caused a certain degree of damage to the local geological and ecological environment,and the impact of some engineering construction on the local environment is irreversible in the short term,It is not in line with the concept of sustainable development advocated by General Secretary Xi.Therefore,before carrying out the project construction,professionals are required to conduct on-site investigation on the local geological environment,evaluate the construction safety and impact on the environment,and improve the scientificity of China’s infrastructure projects,both Jinshan and Yinshan.This paper will study and analyze the harmfulness of hydraulic environmental geological disasters,hoping to provide reference for relevant personnel and make a modest contribution to the healthy and sustainable development of engineering project construction in China.
作者
胡小辉
徐扬
程珊珊
HU Xiao-hui;XU Yang;CHENG Shan-shan(801 Institute of Hydrogeology and Engineering Geology,Shandong Provincial Bureau of Geology&Mineral Resources,Jinan 250014,China;Shandong Engineering Research Center for Environmental Protection and Remediation on Groundwater,Jinan 250014,China)
出处
《世界有色金属》
2022年第7期157-159,共3页
World Nonferrous Metals
关键词
水工环
地质灾害
危险性
评估
策略
hydraulic ring
Geological hazards
danger
assessment
strategy