给排水工程施工渗漏防治技术优化措施分析

Analysis of Optimization Measures for Leakage Prevention and Control Technology in Water Supply and Drainage Engineering Construction

摘要:

给排水工程是建筑与市政工程的关键组成部分,渗漏问题长期制约工程使用安全与使用寿命。为从根源上消除渗漏隐患,文章以施工全过程为视角,系统分析给排水工程渗漏的常见部位、主要危害及核心成因,围绕材料管控、施工工艺、环境控制三大维度开展渗漏防治技术的优化研究,并提出了全过程、可落地的渗漏综合防治方案。结果表明,该方案能有效提升防渗施工质量,降低后期维修成本,延长工程使用寿命,可为给排水工程施工质量管控提供实践依据,助力工程建设高质量发展。

Abstract:

Water supply and drainage engineering is a key component of construction and municipal engineering, and leakage problems have long constrained the safety and service life of engineering use. In order to eliminate leakage hazards from the root, this article takes the entire construction process as the perspective, systematically analyzes the common locations, main hazards, and core causes of leakage in water supply and drainage engineering, conducts optimization research on leakage prevention and control technology around three dimensions: material control, construction technology, and environmental control, and proposes a comprehensive leakage prevention and control plan that can be implemented throughout the entire process. The results show that this scheme can effectively improve the quality of anti-seepage construction, reduce maintenance costs in the later stage, extend the service life of the project, and provide practical basis for the quality control of water supply and drainage engineering construction, helping to promote the high-quality development of engineering construction.