燕山石化

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燕山石化燕山石化
  1. 对FR-1催化剂在燕山石化公司炼油厂石蜡加氢工业装置13个月的应用情况进行了总结。

    The 13 months commercial operation of FR & 1 catalyst in the wax hydrofining unit of foe refinery of Beijing Yanshan Petrochemical Company is summarized .

  2. 介绍中压加氢改质成套技术及在燕山石化公司1.0Mt/a中压加氢改质工业装置上的试验结果。

    The process and engineering development of the mid pressure hydro upgrading technology , as well as its industrial practice in a 1 Mt / a mid pressure hydro upgrading unit at Yanshan Petrochemical Company were introduced .

  3. 就燕山石化由PTA装置转产PIA装置进行了介绍,并为提高市场竞争力提出了建议。

    Terephthalic acid ( PTA ) installation which was changed to product PIA was introduced , and some advices were put forward to improve market competition .

  4. HAZOP在燕山石化12×10~4t/a聚丙烯装置改造中的应用

    Application of HAZOP in Innovation of 12 × 10 ~ 4 t / a Polypropylene Plant in Yanshan Petro-chemical Company

  5. 本文还参照各大气样品的不同来源,分析了NMHC的排放特征,从而确定了燕山石化区NMHC排放的典型物种。

    Considering for the different sources of these samples , the emission character of atmospheric NMHC is analysed , from which the typical NMHC species in atmosphere of Yanshan is estimated .

  6. 燕山石化公司200kt/a聚丙烯装置采用国外先进的气相本体法工艺,与以前引进的溶剂法和液相本体法工艺相比,具有诸多独到之处,自动控制系统的设计也颇具特色。

    The 200 000 t / a polypropylene plant with state of the art gas phase process has unique characteristics compared with slurry phase and liquid bulk process . The design of control system is also special .

  7. 板壳式换热器在燕山石化重整装置中的应用北京燕山石油化工公司

    Application of Plate-shell Heat Exchanger in CCR Unit Yanshan Company

  8. 燕山石化铁路运输信息系统的设计与开发

    Design and development on Yanshan Petrochemical Railway Transportation Information System

  9. 燕山石化66万吨/年乙烯改扩建工程评述(二)

    Review of Yanshan 660kt / a Ethylene Expanding Project ( B )

  10. 燕山石化乙烯装置节能降耗措施及成效

    Energy-saving Methods in Ethylene Unit in SINOPEC Beijing Yanshan Co. and Effect

  11. 北京燕山石化周边地区土壤环境质量分析

    Analysis on Soil Quality in Beijing Yanshan Petrochemical Surroundings

  12. 促进燕山石化全面持续健康发展思路研究

    Thinking Research to Promote Yanshan Petrochemical 's Overall , Sustainable and Healthy Development

  13. 燕山石化公司工业废渣填埋场环境现状分析

    Analysis on the present environment situation of landfill of industry residue in Yanshan Petrochemical Corporation

  14. 燕山石化巨型塔器整体液压连续平移技术

    The Integral Hydraulic Continuous Transition Technology for Two Huge Towers of Yanshan Petroleum Chemical Industry Group

  15. 燕山石化公司乙烯装置66×10~4t/a扩能改造方案的研究与决策

    Scheme Study and Strategy on Expansion of Ethylene Plant to 660 kt / a at Yanshan Petrochemical Company

  16. 通过中国石化燕山石化公司化工一厂第二轮乙烯改扩建工程的工艺设计并结合工程特点,介绍和分析了工程改造中应用的一些新技术。

    The paper introduces and analyses some new technologies used in the Yanshan 660kt / a ethylene expansion project .

  17. 中国石化工程建设公司和北京燕山石化公司建筑安装公司联合攻关研制。

    China petrochemical construction company jointly with Beijing Yanshan petrochemical company , construction and installation company tackled key problems .

  18. 介绍了大连石化公司和北京燕山石化公司4万t/a聚丙烯装置工艺技术和工程设计国产化工作的概况。

    Process technology and domestic engineering design of 40,000 t / a Polypropylene plant in Dalian Petrochemical Corperation and Beijing Yanshan Petrochemical Corperation are introduced .

  19. 北京燕山石化两巨型塔器在国内首次使用整体液压连续平移技术安装成功。

    The integral hydraulic continuous transition technology was firstly adopted in installation of two huge towers of Yanshan Petroleum Chemical Industry Group and the installation was successful .

  20. 针对燕山石化常减压装置的控制系统,作者进行了系统分析,优化方案设计,测试,以及控制器优化等工作。

    For the control system of Yanshan Petrochemical atmospheric and vacuum distillation unit , the author has conducted a systematic analysis , and optimized the design , testing , and optimization controller .

  21. 催化技术是石化工业发展的技术基础,本文用燕山石化公司技术进步的实例及发展中面临的问题,论述了催化技术的发展对推动石化企业技术进步的作用;

    Catalytic technology is the basis of petrochemical industry . In this thesis , the technological progress of petrochemical enterprises promoted by the advance of catalytic technology was discussed , with examples .

  22. 根据燕山石化公司炼油厂循环水的特点,拟筛选含有碘酸基的多元共聚物的新型水质稳定剂配方。

    The new prescription of water stabilizing agent , copolymer containing sulfonic acid radical , was chosen according to the characters of cycle water quality in the Refinery of Yanshan Petrochemical Company .

  23. 经过改进,曾应用于北京燕山石化内部的办公自动化控制系统,并且获得了公司良好的评价。

    It is once modified and implemented in the auto-control of OA system in Beijing Yanshan Petrochemical Co. , Ltd. ( BYPC ) . And it is highly appraised by the company .