BIM技术在浅埋式地下污水处理厂实施阶段的应用

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英文篇名：Application of BIM Technology in Implementation Stage of Shallow-Buried Underground Sewage Treatment Plant 作者：罗晨皓 ; 汪洪涛 ; 吴文高 英文作者：LUO Chen-hao;WANG Hong-tao;WU Wen-gao;Shanghai Chengtou Water Engineering Project Management Co., Ltd.;Shanghai Urban Construction Design& Research Institute [Group] Co., Ltd.; 关键词：BIM技术 ; 浅埋式地下污水处理厂 ; 碰撞检查 ; 管线综合 ; 预留预埋孔洞确认 英文关键词：BIM technology;;shallow buried underground sewage treatment plant;;collision inspection;;pipeline synthesis;;reserved pre-buried hole confirmation 中文刊名：中国市政工程 英文刊名：China Municipal Engineering 机构：上海城投水务工程项目管理有限公司;上海市城市建设设计研究总院(集团)有限公司; 出版日期：2019-04-25 出版单位：中国市政工程 年：2019 期：02 语种：中文; 页：70-72+147-148 页数：5 CN：31-1523/TU ISSN：1004-4655 分类号：TU992.3;X703

摘要

目前,BIM技术正逐步从建筑行业向市政行业推广应用。BIM技术可为污水厂等复杂工程提供辅助、协调、优化等技术支持,使得工程设计、建造等环节更加经济、高效。以虹桥污水处理厂工程为例,将BIM技术较完整地应用于实施阶段,重点侧重碰撞检查、管线综合、预留预埋孔洞确认等实际应用。BIM技术在提高设计质量、加快施工进度、节约施工成本上发挥很大作用,也为类似大型复杂水厂项目的工程建设和应用积累丰富的经验。
        At present, BIM technology is gradually being applied from the construction industry to the municipal industry. BIM technology can provide technical support for assistance, coordination and optimization for complex projects such as sewage plants,making engineering design and construction more economical and efficient. Taking Hongqiao Wastewater Treatment Plant project as an example, the BIM technology is applied more completely to the implementation stage, with emphasis on practical applications such as collision inspection, pipeline integration, and preembedded holes confirmation. BIM technology plays a big role in improving design quality,speeding up construction progress, and saving construction costs. It also has accumulates rich experience for the construction and application of similar large and complex waterworks projects.

引文

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    [3]刘继龙,郭道远.BIM技术在全地下式污水处理厂实施阶段的应用[J].建设工程技术与设计,2018(12):2359-2360.
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