resid

1. The purpose of this work is to develop a predictable kinetic model of coking reaction for resid catalytic cracking.
   通过渣油催化裂化生焦实验和参数估计，确定生焦模型参数和活化能参数；
2. Denitrogenation and clay treating of paraffinic resid lube base oil
   石蜡基重质润滑油基础油脱氮与白土精制
3. Coprocessing of Yanzhou coal with Shijiazhuang vacuum resid ⅰ& coal conversions and products distribution
   兖州煤与石家庄减压渣油共处理的研究Ⅰ&共处理对煤液化转化率及产物分布的影响
4. Testing and Analyzing of Erucic Acid in Fry Resid Study on recovery of benzoic acid in residue from oxidation unit of purified terephthalic acid
   几种油炸食品残油中芥酸含量的测试分析研究精对苯二甲酸氧化残渣中苯甲酸的分离回收
5. Emphases resid in the problems of choosing an efficient color space, deciding threshold and matching feature points.
   重点研究了颜色空间的选取、目标识别中确定阀值的策略及特征点的选取方法。
6. Coprocessing of Yanzhou coal with Daqing petroleum resid
   兖州煤与大庆减压渣油共处理的研究
7. The Analysis of Asphalt Properties Produced by Coprocessing Coal and Catalytic Cracking Resid
   煤与催化裂化油浆共处理反应沥青性质分析
8. Coprocessing can be considered as a transitional technology between heavy resid upgrading and coal liquefaction.
   煤油共炼可以看作是重质渣油提质和煤液化之间的过渡技术。
9. Studies on a kinetic model of RESID CATALYTIC CRACKING
   渣油催化裂化反应动力学模型的研究
10. Commercial application of LVR-60B catalyst in the resid FCCU at Yanshan Petro-chemical Company was introduced.
    介绍了LVR-60B催化剂在800kt/a渣油催化裂化装置上的工业应用情况。
11. Study on reaction mechanism of resid hydrocracking
    渣油加氢裂化反应机理的研究
12. Development and status of resid suspended bed hydrocracking processes
    渣油悬浮床加氢裂化技术进展和现状
13. Based on kinds of catalysts used by resid suspended bed hydrocracking processes, the paper summarizes and analyses the characteristics, developing history and status of the process routes that are already available and still being developed abroad, adopting solid powder, oil soluble and aqueous catalysts.
    根据渣油悬浮床加氢技术所用催化剂类型，系统地总结和分析了国外已有和正在开发的采用固体粉末、油溶性、水溶性催化剂的三条技术路线的特点，发展史和现状。
14. In this study petroleum resids and the thermal conversion products of the resids and of resid fractions were separated by solubility and clay adsorption into five pseudocomponents: saturates, aromatics, resins, asphaltenes, and coke.
    在研究中，通过可溶性和粘土吸附能力把渣油以及渣油、渣油馏分的热转化产物分离成五种假组分：饱和分、芳香分、胶质、沥青质和焦炭。
15. A method of producing sand binder by blending rock oil resid and vegetable oil resid was introduced.
    介绍了一种将植物渣油与石油渣油共混生产铸造用型（芯）砂粘结剂的方法。
16. Based on the experimental results and the theory of liquid permeation process in the pores of catalyst particles, a physico-chemical pattern for resid catalytic cracking is suggested.
    在中型试验研究的基础上，通过对原料油在催化剂微孔中的吸渗过程的流体动力学分析，提出了渣油催化裂化的物理化学模型，并对渣油催化裂化过程动力学因素的作用实质进行了分析。
17. Ultrastable Y zeolite is the major active components of catalytic cracking catalyst, and its modification process can produce some key effects on the ability of resid cracking, hydrothermal stability, and product selectivity of catalyst.
    超稳Y型分子筛是催化裂化催化剂的主要活性组分，其改性工艺对催化剂的重油裂解能力、水热稳定性、及产品的选择性等都有关键性的影响。
18. A resid hydro-demetallization catalyst RDM-2 had been researched and developed on the basis of hydro-demetallization reaction mechanism of the nickel and vanadium compounds, designed from the pore structure and shape, and prepared using new technology.
    根据渣油中Ni和V化合物的加氢反应机理，对催化剂孔结构和形状等进行设计，并通过新的制备技术研制和开发了RDM-2渣油加氢脱金属催化剂。
19. The recent advances in hydrocracking, mild hydrocracking and resid hydrocracking and hydrotreating technologies are reviewed in this paper.
    本文重点评述了馏分油加氢裂化、缓和加氢裂化、渣油加氢裂化、加氢精制和加氢处理技术的新进展。
20. Effects on inferior resid FCC naphtha quality were discussed by using the test data and the productive data.
    运用实验分析数据及工业生产数据讨论了含硫劣质原料对重油催化裂化汽油质量的影响。
21. A new method of producing sand binder of mixing resid treated by chemical method with soluble poly-mer was discussed.
    论述了一种将化学处理后的渣油与聚合物水溶液混合制作型砂粘结剂的方法。
22. The factors influencing coking within resid fluid catalytic cracking ( RFCC) disengagers and the mechanism are analyzed.
    分析了重油催化裂化（RFCC）沉降器结焦的影响因素和机理。
23. The result showed that the contents of sulfur, nickel and vanadium in the resid had different effects on cracked naphtha quality, in which sulfur content was the main factor affecting its stability and corrosion behavior.
    结果表明，催化裂化原料中的硫、镍、钒含量及残炭对催化裂化的反应产物有不同的影响，其中硫含量是影响催化裂化精制汽油腐蚀性、安定性的主要因素。
24. A method was established which could directly determine hydrocarbon group composition of the product from coprocessing of coal and petroleum resid.
    建立了一项可以直接分析溶液中焦油和重质油族组成的方法。
25. Compositional analysis of feed, heavy cycle oil and clarified oil of RESID CATALYTIC CRACKING
    渣油催化裂化的原料油及循环油和澄清油的组成分析
26. Increases in throughput, resid blending ratio and gasoline octane as well as drop in coke yield can be obtained after the catalyst mixing.
    使用混兑催化剂可提高渣油掺炼比，降低焦炭产率，提高装置处理量，并可提高汽油辛烷值。
27. While crude oil is heavy-oriented and market demand of heavy fuel decreases, the ratio of resid blended feedstock increases continuously, and resid catalytic cracking technology also develops rapidly.
    随着原油的日益重质化和市场对重质燃料的需求日益减少，近二十年裂化原料中掺渣比例不断提高，重油的催化裂化发展很快。
28. Research and development of DVR catalytic cracking catalyst for processing Daqing vacuum resid
    加工大庆减压渣油的DVR裂化催化剂的研究开发
29. Blending resid FCC slurry with vacuum residue as the propane deasphalting feedstock solved the feedstock shortage of the propane deasphalting unit at Jinan Refinery.
    催化裂化油浆掺入减压渣油中作为丙烷脱沥青装置的进料，解决了济南炼油厂丙烷脱沥青装置原料不足的问题。

noun

1. oil products that remain after petroleum has been distilled

   Synonym:    residual oil