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建筑厂房机电安装工程管线布置现状及优化路径

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为了优化建筑厂房机电安装工程管线布置,增强机电安装工程施工效率,文章探讨了建筑厂房机电安装工程管线布置现状,当前施工过程中存在前期规划不充分、管线碰撞、重复施工等问题,管线材料物流管理不畅,影响了布置效率与施工活动的顺利开展.为此提出建筑厂房机电安装工程管线布置的优化路径,要求科学选取交叉点位置,设置适宜的管线净高度,科学进行施工设计,加强管线分类管理,增强管线综合布置效果.以贵阳经开区产业集群某厂房项目为例,总结提高工程效率的策略与具体做法.该研究结果为工业厂房的高效管线布局提供了一定参考,以此促进建筑业资源的合理利用.
Current situation and optimization path of pipeline layout in mechanical and electrical installation engineering of building and factory buildings
In order to optimize the pipeline layout of mechanical and electrical installation engineering in building factories and enhance the construction efficiency of mechanical and electrical installation engineering,this article explores the cur-rent situation of pipeline layout in mechanical and electrical installation engineering in building factories.There are prob-lems such as insufficient planning in the early stage,pipeline collision,and repeated construction in the current construc-tion process.The logistics management of pipeline materials is not smooth,which affects the efficiency of layout and the smooth progress of construction activities.To this end,an optimization path for pipeline layout in the mechanical and elec-trical installation engineering of building and factory buildings is proposed,which requires scientifically selecting intersec-tion points,setting appropriate pipeline entry heights,scientifically designing construction,strengthening pipeline classifi-cation management,and enhancing the comprehensive layout effect of pipelines.Taking a factory project in the industrial cluster of Guiyang Economic Development Zone as an example,summarize the strategies and specific practices for impro-ving engineering efficiency.The research results of this article provide a certain reference for the efficient pipeline layout of industrial plants,thereby promoting the rational utilization of construction industry resources.

mechanical and electrical installationcomprehensive layout of pipelinesresource utilization ratecoordina-ting mechanism

罗崇发

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贵州航天建设工程有限公司,贵州 贵阳 550000

机电安装 管线综合布置 资源利用率 协调机制

2025

山西建筑
山西省建筑科学研究院

山西建筑

影响因子:0.714
ISSN:1009-6825
年,卷(期):2025.51(1)