1) electric fire and explosion
电气火灾和爆炸
3) fire and explosive hazard
火灾和爆炸危险
4) fire & explosion
火灾爆炸
1.
The research and the software development on simulation assessment method for chemical tank's fire & explosion;
化学品贮罐火灾爆炸模拟评价方法的研究及软件开发
2.
Based on the technological features of small nitrogenous fertilizer production system and the analysis of fire & explosion risk factors in the production of nitrogenous fertilizer,Dow method is used to calculate the inherent risk index and the actual risk index of six assessment units of coal gas producer,gas tank,desulfurization,transformation,cuprammonium washing and synthesis.
结合小氮肥生产工艺的特点及企业实际情况,在分析小氮肥生产过程中火灾爆炸危险因素的基础上,应用道化学法对小氮肥生产工艺中的煤气发生炉、煤气柜、脱硫、变换、铜洗和合成等6个单元进行了固有危险指数和安全补偿措施后的危险指数的计算,同时对评价单元的火灾爆炸危险度进行了研讨。
3.
This text introduces a fire & explosion accident initiated by valve maloperation in one petroleum and petrochemical plant, analyses the causation of the accident and the malopera-tion, and proposes to strictly abide by the Qualification Certificate system, to pull off the maloperation prevention measures of System Intrinsic Safety.
介绍了某石化厂因操作员误开阀门,引发的一起火灾爆炸事故。
5) fire and explosion
火灾爆炸
1.
Hazard analysis of fire and explosion in manufacturing organic peroxides;
有机过氧化物生产火灾爆炸危险性分析
2.
This paper introduced the domestic and overseas research progress on fire and explosion mechanism of typical industrial workshop(LPG tank,oil storage tank zone),carried out a detailed review about the theoretical and experimental research in the related field,and put forward a number of issues worthy of further study.
介绍了国内外对工业典型危险作业场所(液化石油气储罐区、储油罐区等)的火灾爆炸事故机理的研究现状,对国内外相关领域的理论和实验研究情况进行了综述,同时提出了若干尚待进一步深入研究的课题。
3.
Fire resources and leak of oil and gas result in fire and explosion in oil tank.
油罐的火灾爆炸主要由点火源和油气泄漏造成。
6) fire explosion
火灾爆炸
1.
The division of explosion danger zone in LPG station is discussed,the type selection of anti-explosion electrical apparatus is analyzed,and the measures that shall be taken to prevent LPG station from occurring fire explosion accidents are put forward.
探讨了LPG站爆炸危险区域的划分,分析了防爆电气设备的选型,提出预防LPG站火灾爆炸事故应采取的措施。
2.
This dissertation mainly focuses on the frequent occurrences of major fire explosion accidents, which will surely put human beings and wealth in danger over the world.
针对当前我国有危险源的生产企业重大特大火灾爆炸事故频发，人民的生命财产受到严重威胁的状况，作者迎合安全评价的国际潮流，开展了计算机在安全评价中的应用研究，在综合分析火灾、爆炸安全评价技术的基础上，主要研究工作是应用程序实现计算机自动重大危险源辨识、危险源评价、后果评价和后果模拟等，并且应用数据库技术和地理信息系统平台，建立完整的资料库、知识库和事故实例库，研制开发出一套“火灾、爆炸重大危险源评价软件系统FEPRAS”，使安全评价直观方便快捷。
补充资料：火灾、爆炸危险指数
火灾、爆炸危险指数
[火灾、爆炸危险指数]表示化学工艺工程、生产装置及贮罐危险程度的指标，是对化学工艺过程危险性进行定量评价的中心环节。它将评价的工艺过程分为几个单元，分别计算其火灾、爆炸危险指数，确定危险过程，并据此确定安全技术措施。火灾、爆炸危险指数的计算由4个部分组成，即物质系数MF，特殊物质危险值SMH、一般工艺危险值GPH、特殊工艺危险值SPH。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条