水利水电工程地质勘测的方法与技术应用分析

Analysis on the Methods and Technical Application of Geological Survey for Water Conservancy and Hydropower Engineering

在过去十几年间,我国经济得到了进一步发展,经济规模也越来越大,有效促进了我国基础设施工程领域发展。其中就包括水利水电工程项目。考虑到水利水电工程项目与经济发展及人民群众日常生活息息相关,因此,水利水电工程项目施工得到了我国各地方政府的高度重视。在水利水电工程项目施工过程中,地质勘测工作扮演着举足轻重的角色,不仅仅影响着工程项目设计工作环节,同时也在很大程度上决定了工程项目整体施工质量是否能够达到当地的施工标准。因此,我国建设公司应该对水利水电工程施工中地质勘测技术与方式进行合理选择和应用。笔者在此从现阶段我国水利水电工程项目施工实际情况出发,对提升水利水电工程中地质勘测工作成效进行充分探究,并且在此基础上给出了具有针对性的意见,以期作为同类研究和水利水电工程施工中地质勘测工作实践的参考和借鉴,从而进一步促进我国水利水电工程领域的长期与健康发展。

In the past ten years,China's economy has been further developed,and the economic scale has become larger and larger,effectively promoting the development of China's infrastructure engineering field.Among them,water conservancy and hydropower projects are included.Considering that water conservancy and hydropower projects are closely related to economic development and people's daily life,the construction of water conservancy and hydropower projects has been highly valued by local governments in China.In the construction process of water conservancy and hydropower projects,geological survey plays a pivotal role,not only affecting the project design,but also determining to a large extent whether the overall construction quality of the project can meet the local construction standards.Therefore,China's construction companies should reasonably select and apply the geological survey technology and methods in the construction of water conservancy and hydropower projects.Based on the actual situation of the construction of water conservancy and hydropower projects in China at this stage,the author fully explores how to improve the effectiveness of geological survey work in water conservancy and hydropower projects,and on this basis,gives targeted suggestions,with a view to serving as a reference for similar research and geological survey practice in water conservancy and hydropower project construction,so as to further promote the long-term and healthy development of the field of water conservancy and hydropower projects in China.