1) Second CDU
二常装置
2) Atmospheric distillation unit
常压装置
1.
The corrosion phenomenon and mechanism of atmospheric distillation unit processing thick oil have been analyzed to provide a feasible theory basis for guaranteeing stable,safe and long period running of atmosphere distillation equipments.
对加工稠油的常压装置各部位的腐蚀现象和腐蚀机理作了分析,为保证常压设备平稳安全长周期运行提供切实可行的理论依据。
3) atmospheric equipment
常压装置
1.
A detailed analysis is given to the influence of the crude categories and their property changes on the atmospheric equipment in Xi' an Branch of China National Petroleum and Chemical Company.
详细分析了原油品种及性质变化对中石化西安石化分公司常压装置的影响,结果表明,掺炼酸值、硫和盐含量较高的混合原油是引起常减压装置腐蚀的主要原因。
4) device fault
装置异常
1.
Some kinds of method of how to eliminate defects,such as DC grounding,control circuit failure,device fault, channel fault, are analysesed and discussed in this paper.
就如何消除变电站常见的直流接地、控制回路断线、装置异常、通道故障等几种类型的继电保护缺陷进行分析和探讨,提出了消除缺陷的方法,为专业人员介绍了一种便捷快速的工作思路。
5) crude oil unit
常减压装置
1.
Application of injecting alkali liquor aseptic technic to crude oil unit;
原油注碱防腐技术在常减压装置中的应用
2.
Remoulding of low temperature waste heat reuse was performed in crude oil unit,catalytic cracking unit and delayed coking unit of Anqing Petrochemical Company.
对中国石化安庆分公司的常减压装置、催化裂化装置、延迟焦化装置进行低温余热回收节能改造。
3.
The cause analysis of corrosion on the top of column for crude oil unit was carried out after operation of Tahe crude oil from Xinjiang.
对常减压装置加工新疆塔河原油后常减压塔顶腐蚀加剧原因进行了分析 ,采取了确实可行的防腐措施 ,减轻塔顶的腐蚀。
6) atmospheric-vacuum distillation unit
常减压装置
1.
The fault tree of atmospheric-vacuum distillation unit(AVDU) is established with deductive method on the theory of fault tree analysis.
根据故障树分析理论,用演绎法建立了常减压装置的失效故障树,通过定性分析找到影响稠油加工常减压装置安全性的主要因素,通过定量分析计算出引起失效的各事件的概率和重要度。
2.
This paper analyzes corrosion mechanism of atmospheric-vacuum distillation unit in Huizhou refinery project,and offers the counter-measures for corrosion.
通过对惠州炼油项目常减压装置腐蚀机理的分析,提出了应对腐蚀的对策,对惠炼常减压装置的长周期运行起到了有效的保障作用。
3.
A novel simulation method of atmospheric-vacuum distillation unit based on select-best and prepotency evolution algorithm(SPEA) was proposed.
提出了基于优选优生进化算法(Select-best and prepotency evolution algorithm,SPEA)的常减压装置模拟方法。
补充资料：封口装置——卷边装置（二）
封口装置——卷边装置（二）        | ||
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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