摘要
随着消防工程的复杂性增加,机电安装的风险管理成为确保建筑安全的关键环节。文中通过系统概述常见风险类型及其潜在影响,详细介绍风险识别的常用方法,如头脑风暴法和层次分析法,应用定量和定性评估模型,对风险进行评估和优先级排序,明确了需重点管理的风险,提出了针对设计、施工和管理阶段的预防性与应对性措施,并通过案例研究验证了这些策略的有效性。本研究旨在为消防工程机电安装提供一套科学、系统的风险管理方法,以提高项目的安全性和效率。
As the complexity of fire protection engineering increases,risk management in electromechanical installation has become a crucial aspect to ensure building safety.This article systematically outlines common risk types and their potential impacts,and elaborates on commonly used risk identification methods,such as brainstorming and analytic hierarchy process(AHP).By applying quantitative and qualitative assessment models,risks are evaluated and prioritized,clarifying the risks that require focused management.Preventive and responsive measures are proposed for the design,construction,and management phases,and their effectiveness is validated through case studies.The study aims to provide a scientific and systematic risk management method for electromechanical installation in fire protection engineering,aiming to improve project safety and efficiency.
作者
许泽鑫
Xu Zexin(Zhuhai Jinjin'an Fire Engineering Co.,Ltd.,Zhuhai,Guangdong,China,519000)
出处
《仪器仪表用户》
2024年第10期67-69,共3页
Instrumentation
关键词
消防工程
机电安装
风险识别
控制策略
fire protection engineering
electromechanical installation
risk identification
control strategies
