词语导航
基本信息
词语：重整装置
繁体：重整裝置
拼音：zhòng zhěng zhuāng zhì
英语翻译
【化】 reforming plant; reforming unit
分词翻译
重的英语翻译：
again; layer; repeat; scale; weight【计】 repetitive group
【医】 hyper-; weight; wt.
整装的英语翻译：
get ready置的英语翻译：
buy; establish; install; place; put; set up翻译例句
1. 催化重整装置风机在线监测系统。
Online monitoring system for fan on catalyst reforming unit.
2. 分析了半再生重整装置二段混氢换热器膨胀节失效破裂的原因。
Reason of invalidation failure was analyzed on expansion joint of second stage exchanger of mixture hydrogen in semi-regenerative reformer.
3. 连续重整装置芳烃抽提系统的腐蚀原因，主要是环丁砜降解物的腐蚀。
The corrosion of the aromatic extraction system of continuous catalytic reformer was that caused by degradation products.
4. 该操作条件分析及优化结果可为芳烃型重整装置的优化操作提供参考。
The analysis and optimization of operation conditions can provide a basis for optimization of reforming unit to produce aromatics.
5. 连续重整装置原系统流程不变，在自产氢气后路增加一套膜分离装置。
While maintaining the original production process of a continuous reforming unit, the refinery added a membrane separator at the end of the hydrogen production unit.
6. 以国内催化重整装置扩能改造为例，探讨了改造的技术方案和改造措施。
Revamping scheme and measures of catalytic reformer have been studied taking the expansion revamping of a domestic catalytic reformer for example.
7. 介绍了连续重整装置反再构架区主要工艺管道的设计方法、注意事项等。
The design method of primary process pipeline and its notices were introduced in CCR reactor and generator frame area.
8. 详细叙述了上述改进数据协调模型在炼油厂连续催化重整装置中的实际应用情况。
The above improved model has been applied to practical data reconciliation for a continuous catalytic reforming unit in an oil refinery.
9. 分析了重整装置加热炉热效率低的原因，介绍了提高加热炉热效率采取的几项措施。
The reasons of low furnace heat efficiency for reforming unit are analyzed. Some measures adopted for raising furnace heat efficiency are recommended.
10. 简述了催化重整装置注氯线堵塞的成因，并提供了注氯线堵塞的应对办法和预防措施。
Causes for blocking-up of chlorine-feeding pipelline in fluid catalytic cracking unit (FCCU) is analyzed and measures and precautions to be taken proposed.
11. 介绍了福建炼油化工股份有限公司半再生式催化重整装置先进控制系统的工艺计算和控制技术。
Process calculation and control techniques for the advanced control system in reformer with catalyst semi regeneration in Fujian Petroleum Refining Company were introduced.
12. 对中国石油化工股份有限公司兰州石化分公司连续重整装置原料预处理系统的腐蚀进行了分析；Www.WEnTiyI.CoM
The corrosion problems of pre - treatment system in the continuous catalytic reformer of PetroChina Lanzhou Petrochemical Company were analyzed.
13. 本文应用PLS方法建立了催化重整装置氧含量的软测量模型，结果表明该模型具有很高的精度。
In this paper, the PLS method has been used to build a soft-sensing model for oxygen concentration in a catalytic reformer. The results show that the models are highly accurate.
14. 结合某炼油工程催化重整装置四合一炉炉管焊接施工，对炉管用耐热钢的焊接性进行分析和试验；
The weldability of heat-resistant steel was analyzed and tested for welding pipes of 4 in 1catalytic reforming furnace of an oil refining project.
15. 重整装置的核心反应主要是在四个反应器中进行，每一个反应器的正常运行都与产品质量的稳定密切相关。
The main Restructuring of the core reactor is carried out in four. the normal operation of a reactor are closely related to the stability and product quality.
16. 经过中外专家通力合作，在反应系统不停车的情况下，及时排除了故障，保证了催化重整装置一次试车投产成功。
The troubles were immediately eliminated with non-stop-operation of reaction system in effort of Chinese and foreign experts to succeed in first test production.
17. 对扬子石化有限公司连续重整装置催化剂还原过程进行分析，认为存在的主要问题是还原气中水含量高和氢纯度偏低。
It was found that low hydrogen purity and high moisture content of the hydrogen used for deoxidation was the main cause.
18. 介绍了国产大型焊接板壳式换热器的结构特点及其在重整装置中的应用情况，总结了焊接板壳式换热器在使用中的优点和经济性。
The structure characteristics of large welded plate heat exchanger and its application in the reformer were described. Its advantages and the benefits were summarized.
19. 采用裂解制乙烯实验室评价装置，对兰州石化公司炼油厂催化裂化装置副产的丙烷、催化重整装置副产的拔头油进行了裂解性能评价实验。
The pyrolysis performance of byproduct propane in FCCU and byproduct reforming topped oil in catalytic reforming unit of Lanzhou Petrochemical Company were evaluated in the laboratory.
20. 采用裂解制乙烯实验室评价装置，对兰州石化公司炼油厂催化裂化装置副产的丙烷、催化重整装置副产的拔头油进行了裂解性能评价实验。
The pyrolysis performance of byproduct propane in FCCU and byproduct reforming topped oil in catalytic reforming unit of Lanzhou Petrochemical Company were evaluated in the laboratory.
版权声明：问题易所有作品（图文、音视频）均来源网络，版权归原创作者所有，与本站立场无关，如不慎侵犯了你的权益，请联系我们告知，我们将做删除处理！