环保

[1] 化工过程安全技术及管理
[2] 化工设施动态定量风险评估技术研究
[3] 化学品危险特性研究

Long-distance Gas Pipeline;Evaluation;Aromatic Nitro Compounds;Quantitative Structure-property Relationship;Accident Scenario;Safety Design;Performance;Layout;Plant Layout;Consequence

[1]Meng   YF*, Hu YY, Li WD, Liu Y, Zhao DF, Willey RJ. The growth of process   safety practice in China[J]. PROCESS SAFETY PROGRESS. 2023,42(1):4-11
[2]Meng   YF*, Song XM, Zhao DF, Liu QL. Alarm management optimization in chemical   installations based on adapted HAZOP reports[J].JOURNAL OF LOSS PREVENTION IN   THE PROCESS INDUSTRIES, 2021,72:104578
[3]Meng   YF*,Yan XM, Zhao DF, Mannan MS.Challenges and reflections on the   development of urban refineries in China[J].JOURNAL OF LOSS PREVENTION IN THE   PROCESS INDUSTRIES, 2019,56:1-9
[4]Meng   YF*, Zhao DF, Liu Y, Wang WD.Study on performance-based safety spacing   between ultra-large oil tanks[J].    PROGRESS. 2012,31(4):398-401
[5]Hu   YY, Meng YF*, Li WD, Liu Y, Liu L, Bai MQ. Study on explosion   characters of HDPE dust inerted by CaCO3 and NaHCO3[J].JOURNAL OF LOSS   PREVENTION IN THE PROCESS INDUSTRIES, 2023,83:105078
[6]Qin  CR, Dang MT, Meng YF, Zhao DF.   Thermal Risk Assessment and Optimization of Hazard Ranking for Aromatic Nitro   Compounds: Multiparameterization and Quantitative Structure-Property   Relationship Modeling[J]. ORGANIC PROCESS RESEARCH & DEVELOPMENT. 2024,   28(1): 152-164
[7]Qin   CR, Dang MT, Meng YF,  Zhao DF.   Prediction of control temperature and emergency temperature of monadic/binary   aromatic nitro compounds by quantitative structure-property relationship:   correlation study of self-accelerating decomposition temperature in thermal   hazard assessment[J]. JOURNAL OF MOLECULAR MODELING. 2023,29(10):
[8]Liu   SZ, Ju SL, Meng YF, Liu QL, Zhao DF.Inherent Hazards Assessment and   Classification Method for University Chemical Laboratories in China[J]. ACS CHEMICAL   HEALTH & SAFETY. 2023,30(4):156-164
[9]Qin   CR,  Dang MT, Meng YF, Zhao   DF.Fusion calorimetric experiments and QSPR modeling to inversely explore the   accuracy of thermodynamic methods: A case study of the apparent activation   energies of 18 aromatic nitro compounds[J].PROCESS SAFETY AND ENVIRONMENTAL   PROTECTION. 2023,172:659-680
[10]Qin   CR,  Dang MT, Meng YF, Zhao   DF.Thermal risk classification optimization of flammable aromatic nitro    compounds: Experiments and QSPR   models[J]. PROCESS SAFETY PROGRESS. 2023, 42(1):21-37
[11]Dong   MX, Meng YF, Qin CR, Li T, Zhang TT, Zhao DF. Coupling evolution   effect between security system vulnerability and security incident in   petrochemical plants[J], JOURNAL OF LOSS PREVENTION IN THE PROCESS   INDUSTRIES. 2022,75:104682
[12]Dong   MX, Meng YF, Qin CR,  Bai MQ,   Yin FB, Zhao DF. Research on vulnerability analysis model of security   accident system in petrochemical enterprises[J]. PROCESS SAFETY PROGRESS.   2022,41(1):177-190

[1] 孟亦飞, 刘庆龙等.基于化工过程知识自动化的报警根原因诊断方法，中国，ZL202010714268.7（授权日期：2022）

[1] 国家重点研发计划课题子任务，245保密项目，51万，2019–02至2022–1，主持；
[2] 国家自然科学基金青年基金项目，石化企业平面布局安全评估理论研究，24万，2015–01至2017–12，主持；
[3] 应急管理部，危险化学品法律法规完善工作，20万，2020-8至2020-12；主持
[4] 应急管理部，危险化学品领域强制性标准整合精简工作项目, 4万，2016-4至2016-12；主持
[5] 卡奥斯工业智能研究院，化工灾害分析算法科研技术协议，75万，2023-09至2023-12；主持
[6] 国家自然科学基金面上项目，基于多智能体的海洋平台火灾环境人员疏散动力学规律及决策优化，74.35万，2022-1至2025-12；参与
[7] 山东省重大科技创新工程项目，基于化工过程安全关键技术的化工园区智慧安全风险管控系统研究，350万，2019-1至2021-12；参与
[8] 山东省自然科学基金面上项目，基于虚拟仿真技术和动态风险评估的海洋平台火灾应急决策研究，15万，2019-7至2-23-5；参与

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