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液化石油气罐     
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  lpg tank
     RISK ASSESSMENT FOR LPG TANK FARM AND DEVELOPMENT OF EMERGENCY SYSTEM FOR PREVENTING CALAMITIES
     液化石油气罐区安全评价和紧急防灾系统的开发
短句来源
     Through analysis of the features of LPG tank farm, and integration of risk assessment, mathematical model, counter measures of accident and production management with the computer, an emergency system for preventing calamities was developed.
     分析了液化石油气罐区的特点,把安全评价、数学模型、流程控制、事故处理专家系统与多媒体技术结合起来,开发了液化石油气罐区安全评价和紧急防灾系统。
短句来源
     In this paper, some new design methods applied in the LPG tank farm in Zhenhai Refining & Petrochemical Corporation are introduced. The analyses on the storage way of LPG,the design of spherical tank, the selection of pump and safety design of LPG tank farm are carried out,some problems existed in the design of LPG tank farm and suggestions to solve the problems are put forward.
     介绍了镇海炼化公司液化石油气罐区设计中采用的一些新技术,对液化石油气的储存方式、球罐的设计、泵的选用和罐区安全设计等进行了分析、提出了液化石油气罐区设计中的一些问题和建议。
短句来源
     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。
短句来源
     These methods can be used toguide the safety design, system safety evaluation and firerescue of LPG tank areas to a certain extent.
     该方法对于液化石油气罐区的安全设计系统安全评价及火灾事故救援有一定的指导作用。
短句来源
  liquid petroleum gas tank
     Analysis of Explosion Hazard in Liquid Petroleum Gas Tank Area
     液化石油气罐区爆炸危险性分析
短句来源
  “液化石油气罐”译为未确定词的双语例句
     Quantitative hazards evaluation and accident prevention for area of liquefied petroleum gas storage tanks
     液化石油气罐区的危险性定量模拟评价技术及其事故预防
短句来源
     Application of Underground LPG Storage Tanks in Chemical Industry
     地埋式液化石油气罐区在化工生产中的应用
短句来源
     Safety Design of Tank Farm of Liquefied Petroleum Gas
     液化石油气罐区的安全设计
短句来源
     With the manufacture technique of petroleum, liquefied petroleum gas tins is more and more complex, the require of control parameter is more and more high, the require of automatic control level of oil tins section store and carry system is also more and more high.
     随着石油、液化石油气罐区生产工艺越来越复杂,参数控制和安全防爆的要求越来越高,对罐区储运系统安全生产自动化控制水平的要求也越来越高。
短句来源
     Risk evaluation of LPG tanks fire and explosion
     液化石油气罐区火灾爆炸危险性评价
短句来源
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  lpg tank
The results of two full scale fire engulfment tests on a 3.6 m3-LPG tank protected with a sublimation coating (THERMOLAG 440) and on a 4.85 m3-LPG tank protected with an intumescent coating (CHARTEK III) are presented.
      
In two recent instances, in different countries, vehicles fitted with an LPG tank were filled from CNG dispensers.
      
They are dedicated gas vehicles having a small petrol tank to accommodate a larger LPG tank.
      


There is no unified LPG metering standard in China, and no basic data sufficient for calculation are available to solve the problem, basic data selected in some codes bublished abroad are introduced to provide parameters and equation for LPG metering. Similar to other oil product metering, it is necessary for the vacumm mass to be converted into atmospheric mass in order to perform the calculation of gas and liquid due to the fact that it is stored in pressurized vessels, for which reason, the mass of the product...

There is no unified LPG metering standard in China, and no basic data sufficient for calculation are available to solve the problem, basic data selected in some codes bublished abroad are introduced to provide parameters and equation for LPG metering. Similar to other oil product metering, it is necessary for the vacumm mass to be converted into atmospheric mass in order to perform the calculation of gas and liquid due to the fact that it is stored in pressurized vessels, for which reason, the mass of the product stored in the tank should be the total sum of liquid mass and that of the saturated gas.In this paper, introduced with emphesis is the method of calculating LPG mass in the light of the measured data about tanks. Calculated out seperately for the LPG both in liquid and gasious phases, the volume, density, standardized volume and the mass in the air. The total sum of liquid phase and that of gas is the mass of LPG. Practical calculation on LPG storage capacity is done based on LPG tanks.

鉴于目前国内没有统一的液化石油气数量的计算标准,又缺乏计算的基础数据,为此引用了国外有关标准中的基础数据,提供了液化石油气计量的参数和计算公式。同其它油品的计量一样,液化石油气数量的计算必须把真空中的质量换算到在大气中的质量,由于液化石油气是储存在压力容器中,呈气液平衡状态,所以它在储罐内的质量应是其液体质量和饱和蒸气质量的总和。着重介绍了根据油罐测量资料进行液化石油气质量的计算方法,分别算出液相和气相中液化石油气的体积、密度、标准体积和在空气中的质量,液相与气相质量相加,即为液化石油气的质量,并以混合液化石油气储罐为例,进行了液化石油气罐储量的计算。

To construct new spherical tanks in LNG tank area in normal service inevitabiy involves large amount of fire works which threaten the safty of tank area- This paper introduces new technique to construct spherical tanks in which the tank is first assembled, welded and annealed beyond the safe distance for fireproofing within the tank area, and then the tank is integrally transported to the tank foundation and making position correction without using large hoisting and transportation equipments.It also reports...

To construct new spherical tanks in LNG tank area in normal service inevitabiy involves large amount of fire works which threaten the safty of tank area- This paper introduces new technique to construct spherical tanks in which the tank is first assembled, welded and annealed beyond the safe distance for fireproofing within the tank area, and then the tank is integrally transported to the tank foundation and making position correction without using large hoisting and transportation equipments.It also reports on the practical applications of this technique.

在正常运行着的液化石油气罐区内建设新球罐,必然由于大规模的动火作业,给罐区的生产安全造成极大的威胁。本文介绍先在罐区防火安全距离外进行球罐的组对、焊接和退火等作业,然后在不需用大型吊装运输设备的条件下把球罐整体搬运到罐区基础上就位找正的方法,并报道了实际应用情况。

Fire and explosion are the major risks in the area of liquefied petroleum gas(LPG) storage vessels. Mathematical models are used in the quantitative assessment and calculation for the damage which could possibly happen in this area.

液化石油气罐区的主要危险是贮罐区发生火灾、爆炸事故。运用数学模型对液化石油气贮罐的危险性进行定量化评价,估算其爆炸事故的严重程度、波及范围、影响程度等

 
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