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灌浆就是利用液压工具把水泥浆液、粘土浆液、硅酸钠或高分子溶液等各种浆液压送到水利工程中建筑物地基的裂缝、断层破碎带或建筑物本身的接缝、裂缝当中。通过灌浆,可以改善地基条件,提高被灌浆地层或建筑物的抗渗性和整体性,保证水土建筑物的安全。随着科技的发展,水电施工技术的改进,灌浆施工技术在水电工程的灌浆施工中的应用越来越广,灌浆施工技术对于工程施工的灌浆工作具有非常重要的意义,可以有效的提高水利工程地基的密度和承受力,从而增强水利工程建筑物整体的抗渗性和整体性。本文主要分析了水电工程中灌浆施工技术的应用。
Grouting is the use of hydraulic tools to cement slurry, clay slurry, sodium silicate or polymer solution and other slurry pressure delivery to the hydraulic foundation in the construction of the foundation cracks, fault rupture zone or the building itself seams, cracks among them. Through grouting, can improve the foundation conditions, improve grouting stratum or building impermeability and integrity, to ensure the safety of water and soil structures. With the development of science and technology, the improvement of hydropower construction technology, the application of grouting construction technology in the grouting construction of hydropower project is more and more widely, and the grouting construction technology is very important for the grouting work of construction, which can effectively improve the water conservancy project Density and bearing capacity of the foundation, thereby enhancing the impermeability and integrity of the overall water conservancy project. This paper mainly analyzes the application of grouting construction technology in hydropower projects.