1) distillatory tower
常压塔顶
1.
The corrosion circumstance and corrosion mechanism form the tip of distillatory tower were elucidated,and efficacious countermeasure were introduced.
本文对独山子石化公司炼油厂加工哈国进口原油蒸馏造成蒸馏装置常压塔顶的腐蚀问题进行论述,阐明了蒸馏装置常压塔顶腐蚀环境及腐蚀机理,介绍了所制定的有效的防护措施。
2) gas oil
常压塔顶油
1.
Adsorption kinetics study on eliminating trace amount of chlorine in gas oil using adsorption method;
吸附法脱除常压塔顶油微量氯的动力学
3) overhead system of atmospheric-vacuum distillation
常减压塔顶系统
4) Hydrogen chioride corrosion at the top of atmospheric tower
常压塔顶氯化氢腐蚀
5) top pressure of the stabilizer
塔顶压力
1.
The top pressure of the stabilizer,the displacement of the dehydration pump and the containing water before dehydrating are the decisive elements .
介绍了提高轻油产量的意义、工艺原理及理论分析 ,结合生产实际分析了影响轻油产量的五种因素 ,指出原油稳定塔进塔温度是增加轻油产量的最基本因素 ,原油稳定塔顶压力、脱水泵排量、脱前含水是影响轻油产量的决定性因素 。
6) atmospheric tower
常压塔
1.
Design of atmospheric tower for refining crude oil with high sulfur and high acid value;
炼制高硫、高酸值原油常压塔的设计
2.
The analysis of corrosion in atmospheric tower in SINOPEC Luoyang Petrochemical Complex concluded that the corrosion was caused by increasing amount of sulfur in crude oil,intensified impingement,improper material selection and aging of equipment etc.
通过对中国石油化工股份有限公司洛阳分公司常压塔腐蚀情况的分析,认为该塔腐蚀的主要原因是原油硫含量的升高、冲刷加剧、材料等级低及设备老化等,并针对腐蚀的成因提出了更换常压塔材质、在塔底进料段增设进料分配器,加强"一脱三注"工艺防腐蚀管理和增设腐蚀在线监控系统等的防护措施。
3.
The failure tree for atmospheric tower is established with deductive method based on the theory of failure tree analysis.
根据故障树分析理论,用演绎法建立了常减压蒸馏装置常压塔的失效故障树。
补充资料：1,6-己二醇蒸馏塔顶馏出物
CAS：68937-28-0
中文名称：1,6-己二醇蒸馏塔顶馏出物
英文名称：1,6-Hexanediol, distn. overheads
Celol (MEPB) tops
中文名称：1,6-己二醇蒸馏塔顶馏出物
英文名称：1,6-Hexanediol, distn. overheads
Celol (MEPB) tops
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