Research on assessment methods of firefighting and rescue capability of coal chemical enterprises

doi:10.16265/j.cnki.issn1003-3033.2024.S1.0035

Abstract

Abstract:

In order to scientifically assess the firefighting and rescue capability and put forward effective suggestions for the prevention and control of fire risks, a firefighting and rescue capability assessment system applicable to the characteristics of coal chemical enterprises was constructed based on the hierarchical analysis-fuzzy comprehensive model. The scientificity, applicability, and accuracy of the assessment index system and the model were verified through specific cases. The research results show that along with the booming development of China's economy and society, the scope of the firefighting and rescue task gradually presents a trend of diversification and complexity. In this ever-changing environment, whether firefighting and emergency rescue are able to respond decisively, accurately, and efficiently at critical moments is a key issue that needs to be solved in the current research. The assessment index system and the modeling method used can provide a new perspective for the firefighting and rescue capability building of coal chemical industry-related enterprises and provide decision support for firefighting and rescue capability building.

Key words: coal chemical industry, firefighting and rescue, capability assessment, index system, hierarchical analysis-fuzzy comprehensive model

CLC Number:

X937

ZHOU Hongtao, ZHAO Kaigong, ZHANG Xiaolei, KONG Yanyan, WANG Ruidi. Research on assessment methods of firefighting and rescue capability of coal chemical enterprises[J]. China Safety Science Journal, 2024, 34(S1): 205-211.

Figures/Tables 4

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首层评估因素	首层权重	次层评估因素	次层权重
人员素养 A	0.217	指挥员知识水平A₁	0.182
		指挥员专业经验A₂	0.221
		战斗员知识水平A₃	0.163
		战斗员专业经验A₄	0.219
		战斗员人数A₅	0.215
装备配置 B	0.292	消防车辆种类数量B₁	0.184
		消防车辆性能B₂	0.179
		灭火救援装备性能B₃	0.157
		灭火救援装备数量B₄	0.148
		通讯装备种类数量B₅	0.156
		通讯装备性能B₆	0.176
战术水平 C	0.262	装备操作与维护C₁	0.206
		日常训练与演练C₂	0.311
		事故案例总结研讨C₃	0.242
		信息化水平建设C₄	0.241
安全管理 D	0.229	安全理论学习D₁	0.263
		隐患排查整治D₂	0.257
		救援机制建设D₃	0.241
		多部门联合预案D₄	0.239

首层评估因素	首层权重	次层评估因素	得分
人员素养 A	0.217	指挥员知识水平A₁	79
		指挥员专业经验A₂	77
		战斗员知识水平A₃	86
		战斗员专业经验A₄	75
		战斗员人数A₅	68
装备配置 B	0.292	消防车辆种类数量B₁	88
		消防车辆性能B₂	68
		灭火救援装备性能B₃	77
		灭火救援装备数量B₄	85
		通讯装备种类数量B₅	84
		通讯装备性能B₆	79
战术水平 C	0.262	装备操作与维护C₁	92
		日常训练与演练C₂	81
		事故案例总结研讨C₃	76
		信息化水平建设C₄	68
安全管理 D	0.229	安全理论学习D₁	71
		隐患排查整治D₂	82
		救援机制建设D₃	84
		多部门联合预案D₄	79