摘要
服务于特殊领域的石化储油工程为满足隐蔽性、安全性等相关设计要求,多选址于偏远地区,故工程地点地理环境特殊、场地环境复杂、交通运输条件差。针对其项目管理中存在的常见问题,本研究基于建筑信息模型和地理信息系统技术,提出智能化解决方案。BIM+GIS技术可对复杂条件下储油工程选址进行模拟;通过BIM进行管网深化设计,清晰反映设备管线在空间中的实际位置关系;应用BIM技术模拟工程施工过程,可以最大限度保护环境,控制工程成本,降低不必要的浪费。解决了特殊用途石化储油工程的选址困难、管线难布置、破坏环境、成本高等问题,为特殊用途的重要工程工程项目管理提供了更加有效的智能化手段和解决途径。
In order to meet the relevant design requirements of concealment and safety, petrochemical oil storage projects serving special fields are mostly located in remote areas. Therefore, the project site has a special geographical environment, complex site environment and poor transportation conditions. Aiming at the common problems in its project management, this research proposes an intelligent solution based on BIM+GIS. BIM+GIS technology can simulate the site selection of oil storage projects under complex conditions;the deepening design of the pipeline network through BIM can clearly reflect the actual location relationship of equipment pipelines in space;the application of BIM technology to simulate the construction process of the project can maximize the protection of the environment, control engineering costs and reduce unnecessary waste. It solves the problems of difficult site selection, difficult pipeline layout, environmental damage and high cost of special-purpose petrochemical oil storage projects, and provides a more effective and intelligent means for the management of important engineering projects for special purposes and solutions.
作者
孙海君
Sun Haijun(Research Institute for National Defense Engineering of Academy of Military Science PLA China,Beijing 100036,P.R.China)
出处
《地下空间与工程学报》
CSCD
北大核心
2022年第S02期835-840,共6页
Chinese Journal of Underground Space and Engineering
基金
国家自然科学基金(41877219)
重庆市自然科学基金院士专项(cstc2021yszx-jcyjX0002)
