摘要
该文利用安全信息流(SIF)事故致因模型剖析高校实验室的安全信息链,揭示信息视角下的安全管理弊端,重新定位高校实验室安全管理发展方向。以某高校实验室爆炸燃烧事故为例,研究结果表明:该事故由1条安全信息主链及6条安全信息子链构成,结合事故致因逻辑和安全信息双循环模式,可构筑系统本质安全;保证系统内必要安全信息充分、杜绝安全欺骗行为可有效遏制事故发生;SIF事故致因模型分析事故成因具有较高可靠性与实用性,可促进高校实验室安全管理水平的提升。
This paper uses the safety information flow(SIF)accident cause model to analyze the safety information chain of university laboratories,reveals the drawbacks of safety management from the perspective of information,and repositions the best development direction of university laboratory safety management.Taking the explosion and combustion accident in a university laboratory as an example,the research results show that the accident is composed of one safety information main chain and six safety information sub-chains.Combined with the logic of accident cause and the safety information double cycle mode,the intrinsic safety of the system can be constructed.Ensuring that the necessary safety information in the system is sufficient and eliminating safety deception can also effectively curb accidents,the SIF accident cause model has high reliability and practicability in analyzing the causes of accidents,which can promote the improvement of laboratory safety management level in universities.
作者
阳富强
胡涛
余龙星
YANG Fuqiang;HU Tao;YU Longxing(College of Environment and Safety Engineering,Fuzhou University,Fuzhou 350116,China)
出处
《实验技术与管理》
CAS
北大核心
2023年第4期205-211,共7页
Experimental Technology and Management
基金
国家自然科学基金项目(52274181)
福建省本科高校教育教学改革研究项目(FBJG20200189)
福州大学2022年本科教学研究项目(03626450)。
关键词
高校实验室
安全信息链
SIF事故致因模型
安全管理
university laboratories
safety information chain
SIF accident cause model
safety management
