摘要
以4个境外炼化工程重大事故为例,分析事故原因,建立了BIM和AR技术在境外炼化工程设计、施工和运行阶段HSE风险管理中的应用流程,并且结合HSE风险管理理论,对BIM和AR技术在境外炼化工程HSE风险管理中的应用进行了分析;最后建立了BIM和AR在境外炼化工程HSE风险管理中应用的实现流程。研究证明,BIM和AR技术的应用在境外炼化工程HSE风险管理中能够有效控制HSE风险因素,从而减少风险事故的发生。
Taking four major accident typical cases of overseas refinery chemical engineering as examples,the causes of accidents are analyzed. The application processes of BIM and AR are established in design,construction and operation phases of overseas refinery chemical engineering. The application of BIM and AR in HSE risk management is analyzed based on the theory of HSE risk management. The implementation flow of integrated application of BIM and AR is established in HSE risk management of overseas refinery chemical engineering. The study shows that in overseas refinery chemical engineering HSE risk management,the integrated application of BIM and AR can control HSE risk factors effectively and reduce risk accidents.
出处
《现代化工》
CAS
CSCD
北大核心
2016年第10期11-15,共5页
Modern Chemical Industry
基金
国家"十二五"科技支撑项目(2013BAK05B04)
关键词
建筑信息模型
增强现实
境外炼化工程
HSE
风险管理
building information modeling
augmented reality
overseas refinery chemical engineering
HSE
risk management
