Research on Fire Risk Safety Evaluation of Tank Farm based on Improved Fuzzy AHP Method

of Tank Farm based on Improved Fuzzy AHP Method Qilei Wang, Benli Li, Xifeng Kang, Fang Zhang, Chunlei Jia, Xiaoming Zhang China People′s Police University Hebei Langfang, China 403115051@qq.com 基于改进模糊层次分析法的油罐区火灾 风险安全评价研究 王其磊,李本利,康习锋,张芳,贾春雷,张晓明 中国人民警察大学 河北 廊坊 065000 中国 403115051@qq.com Abstract-From the fire safety point of view, the impact factors and evaluation index of fire safety in tank farm are important to fire safety and fire rescue system. The tank farm fire risk assessment system was structured by multi coupling relationship of fire safety was integrated used and improved fuzzy AHP method was used in the fire safety evaluation, fire hydrant system,nitrogen cooling and evacuation system. Using expert scoring method to evaluate the index weight, and the original fuzzy analysis hierarchy model was improved. The results show that: the method reduces the weight of the evaluation subjectivity, and evaluate the overall effect is better, the results show that the model is reasonable and feasible. The improved fuzzy AHP evaluation method applied to fire risk evaluation of tank farm is practical and effective. Keywordsfire risk; tank farm; improved fuzzy AHP method; safety evaluation 摘要-从消防安全性角度对油罐区中火灾风险的影 响因素及评价指标进行分析,对消防安全及灭火救 援保障具有重要的意义。综合运用消防安全多元耦 合关系及改进模糊层次分析法对影响消防安全的 报警系统、消火栓给水系统、氮冷却系统、疏散系 统、消防队救援等的重要性及合理程度进行深入分 析,构建了油罐区火灾风险消防安全评价体系。运 用专家打分法对指标权重份数进行了评价, 并对 原有的模糊分析层次模型进行改进,对某油罐区火 灾风险进行实例验证。结果表明:该方法减少了确 定权重的主观性,评价总体效果较好,结果表明该 模型合理、可行,改进模糊层次评价方法应用于油 罐区火灾风险消防安全评价是实用且有效的。 关键词—火灾风险, 油罐区, 改进的模糊分析层 次模型, 安全评价