XUXiaofeng,LIJianmin,YUHong,et al.Application of BIM Technology in Collaborative Design and Construction Management of Drainage Pumping Stations[J].China Water & Wastewater,2026,42(4):75-80.
BIM技术在排水泵站协同设计及建设管理中的应用
- Title:
- Application of BIM Technology in Collaborative Design and Construction Management of Drainage Pumping Stations
- Keywords:
- BIM technology; drainage pumping station; 3D collaborative design; construction management
- 摘要:
- 八堡排水泵站设计排水流量200 m3/s，占地面积27.53 hm2，具有工程体量大、涉及专业多、结构体型复杂等特点。为解决传统串行设计模式中信息孤立易导致的错漏问题，以该工程为例，将建筑信息模型（BIM）技术应用于项目的勘察设计及建设管理。设计阶段，基于协同平台提出了群桩智能设计、异形构件快速生成、工程量联动计算、基于模型剖切视图的出图方法，并开发配套插件，提升了操作便利性。施工阶段，通过可视化交底及基于BIM的浏览器/服务器（B/S）架构建设管理应用开发，实现了对质量、进度、安全等方面的有效管理。工程应用表明，利用BIM技术的设计和建管模式显著提高了设计质量，有效把控了施工现场进度并辅助质量管理，降低了建设成本和风险，为同类闸泵工程的建设提供了可借鉴的经验。
- Abstract:
- The Babao drainage pumping station is designed for a drainage flow rate of 200 m3/s, with an area of 27.53 hm2. The project features a large engineering volume, multiple involved disciplines, and a complex structural configuration. To overcome the risks of errors and omissions resulting from information silos in traditional serial design processes, Building Information Modeling (BIM) technology was adopted throughout the investigation, design, and construction management stages. In the design phase, based on the collaborative platform, intelligent group-pile design, rapid generation of special-shaped components, project quantity calculations linked with drawings, and drawing generation method based on model section views were introduced, and corresponding plugins were developed to enhance operational efficiency. During the construction phase, quality, schedule, and safety were effectively managed through visual technical briefings and the deployment of a BIM-based B/S-architecture construction management application. This project demonstrates that the BIM-enabled design and construction management approach can significantly improve design quality. It can also effectively control on-site progress and support quality management, as well as reduce construction costs and risks. The design can provide valuable experience for the construction of similar sluice-gate and pumping station projects.
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