The process of LPG tank leakage risk assessment is proposed;
研究提出了LPG储罐泄漏风险评价的流程；
The water injection leak-stoppage process that is adopted during leak accident of LPG tank is discussed.
讨论了LPG储罐发生泄漏事故时采取的注水堵漏工艺。
The detail research contents are as follows: (1) The fire and explosion hazards of LPG tank area were analyzed.
论文的具体工作包括：(1)对LPG储罐区的火灾爆炸危险性进行分析。
The discussion of water injection process to seal leakage occurred in LPG tank was carried out in this article.
讨论了LPG贮罐发生泄漏事故时采取的注水堵漏工艺。
So then a methodology system of LPG tank leakage risk assessment is established. And it is verified by being used in the project.
从而建立起一个针对液化石油气储罐泄漏的风险评价方法体系，并在实际工程项目中进行了应用验证。
The causes of LPG tank inactivation which is in fire hazard environment are simply analyzed in two aspects, inside and outside environment.
从储罐内部和外部环境两个方面的因素，对火灾环境中LPG储罐失效的原因进行了简单分析。
The liquid temperature stratification and its effect on the response process of LPG tank are studied, and the proposal for safety design is given.
研究了液化石油气储罐在火灾作用下的热分层现象和规律，并分析了热分层对储罐响应的影响，提出了储罐安全设计的原则和建议。
In viewpoint of physical and chemical explosion , fire and explosion hazard was analyzed in LPG tank area. Chemical Explosion was discussed in detail.
从物理性爆炸和化学性爆炸两方面分析了液化石油气罐区发生火灾爆炸的危险，着重就罐区化学性爆炸进行了详细的分析和阐述。
The paper introduces the technical transform steps and safety assurance program to the Unit 48 high-pressure LPG tank farm in Jingmen Petrochemical Plant.
介绍了荆门石油化工总厂48单元液化石油气高压球罐区的技术改造及其隐患治理措施。
In the light of fire control design, safety management, emergency scenario and extinguishing method for LPG tank, the author puts forward some measures to be taken.
针对防火设计、安全管理、应急预案、扑救措施等问题提出了可借鉴的对策。
The usual method is exhausting LPG in the tank to air rapidly when LPG tank or its facilities is unsafe. If LPG deposit station is located in a city, this method is very dangerous.
当LPG储罐及设备处于危险状态时，常用的方法是将储罐里的液化气迅速放散到空中。
According to the three types of hazards theory, hazards were identified in LPG storage tank area. The forms, causes and interaction of three types of hazards in the LPG tank area were summarized.
运用三类危险源理论对LPG储罐区进行危险源辨识，总结了LPG储罐区内三类危险源的形式、产生原因和相互作用关系。
Safety countermeasures were brought forwards for design and operation management of LPG tank area, in order to prove its safety . They were taken as reference for safety management of LPG tank area.
为确保液化石油气罐区的安全，提出了液化石油气罐区在设计和生产管理方面要考虑的安全对策，可为液化石油气罐区的安全管理提供借鉴。
Thermal response variation rules of LPG storage tank exposed to fire are expounded.
介绍了液化石油气储罐在火灾作用下的热响应变化规律。
The main design points on fire fighting water supply and drainage in LPG underground tank field are summarized, and the matters needing attention in the design are discussed.
总结了液化石油气地下储罐区的消防给水与排水的设计要点，讨论了设计中应注意的问题。
Its vaporization parameters are calculated with the method of digital integration based on volumes of tank, mass and composition of LPG, ambient temperature and other conditions.
采用数值积分法，根据储罐容积、液化石油气质量、组成、环境温度等条件计算其气化参数。
Taking Anting gas works LPG station as an example to discuss tank displacement ways.
文章以安亭煤气厂的液化石油气气化站的例子，探讨了贮罐等的置换方法。
The actual practices of opening inspection of LPG aboveground tank and technological renovation of equipments and pipeline are discussed with a concrete engineering.
结合具体工程，探讨了液化石油气地上储罐开罐检验及对设备、管道进行工艺改造的实际做法。
The boundary element method was used to calculate the distribution of temperature in the saddle of tank of LPG carrier.
利用边界元法计算了液化石油气(LPG)船低温液罐鞍座的温度场。
A typical signal was found in the position of welding scar of a liquefied petroleum gas (LPG) tank by metal magnetic memory testing (MMMT).
采用磁记忆检测发现液化石油气储罐焊疤部位存在较强的磁记忆信号。
The application of the cold-cold insulation glue ?a new functional material has solved the problems of corrosion on the external surface of LPG storage tank and temperature drop.
采用刷涂新型功能材料——凉凉隔热胶的方法，解决了液化汽罐存在的外表腐蚀及降温问题。
In petrochemical industry, liquid petroleum gas (LPG) is stored in pressured vessel, such as spherical tank and horizontal tank etc.
在石油化工行业，液化石油气(LPG)主要储存在压力储罐中，如球罐、卧式罐等。
This paper expounded the characteristic of LPG spherical tank.
阐述了液化石油气球罐的特点。
Analyse the reasons causing cracking of the LPG. tank in service, methods of lessen the occurrence of this sort of cracks are also given.
本文对在用液化石油气贮罐产生裂纹的原因进行分析，并提出了一些减少此类裂纹产生的办法。
Introduces the precautions for design of LPG storage facilities and precautions to be taken for the storage tank farm.
介绍液化石油气的储运设计须注意的问题及罐区应采取的安全措施。
How to determine the hazard scope of inflammables and explosives, gasoline, diesel oil and LPG storage tank. in EPA was introduced in this article by an example.
现以一实例，通过计算，介绍易燃、易爆物品、如汽、柴油、液化气储罐的环境风险评价中危害范围的确定。
How to determine the hazard scope of inflammables and explosives, gasoline, diesel oil and LPG storage tank. in EPA was introduced in this article by an example.
现以一实例，通过计算，介绍易燃、易爆物品、如汽、柴油、液化气储罐的环境风险评价中危害范围的确定。
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