介绍了渣油加氢多金属催化剂的研制过程。
A multi metal catalyst for hydrogenation of residue oil was prepared.
本文介绍了渣油加氢脱残炭催化剂的开发概况。
The development of a residue hydrotreating catalyst for removing residual carbon was described.
渣油加工有脱碳工艺、氢工艺及沥青气化工艺。
Residue processing can be summarized as decarbonization, hydrogenation and asphalt gasification .
并给出了在缺乏元素分析的条件下，渣油氢含量的预测式。
The prediction correlation of residues hydrogen content was given in the absence of elemental analysis.
渣油固定床加氢处理是合理利用渣油的最为有效的手段之一。
Residue fixed-bed hydrotreating is one of the most effectively means of residue oil hydroprocessing.
介绍了新型FZC-42 渣油加氢脱氮催化剂的开发概况。
Development of FZC-42 noyal residue hydrodenitrogenation (HDN) catalyst was described in this article.
因此渣油加氢-催化裂化组合工艺是加工含硫渣油的较佳选择。
So residue hydrotreating - catalytic cracking combined process is a good selection for processing sour residual oil.
在适度高温下向残渣油或类似的矿物油品通入空气所生产的沥青。
Asphalt produced by blowing air through residual oils or similar mineral-oil produces at moderately elevated temperatures.
采用均匀设计实验方案，进行了渣油悬浮床中压加氢裂化工艺研究。
Residuum suspended bed hydrocracking process at medium pressure was studied by using homogeneous design experimental project.
采用尾油循环和其它组合工艺，可以得到较高的重渣油加氢转化率。
High conversion could be obtained by using the tail oil circulation process and other integrated processes.
结果表明：这些参数能定量地表征各种减压渣油在平均结构上的差别。
The results show that the parameters obtained are capable to reflect the average structure of the vacuum residues.
分析了孤岛渣油在分散型磷钼酸铵催化剂存在下加氢裂化反应产物的性质。
The properties of the hydrocracking products of Gudao residue in the presence of dispersed ammonium phosphomolybdate catalyst were studied.
高硫含量原油加工路线的实质，主要是指常压渣油或减压渣油的加工方案。
Actually, the processing route of high sulfur crudes is led to the processing scheme of atmospheric residuum or vacuum residue.
通过试验数据的分析处理，获得了四种渣油焦化反应行为的若干基本特征。
Some basic characteristics of coking reaction behavior for fourresidua were obtained by treatment of experimental data.
为适合加工劣质、含硫渣油的需要，渣油加氢处理技术得到了广泛地应用。
Residue hydrotreating technology had been used widely to process sour residue and poor quality residue.
介绍了新型(BY型)高效旋风分离系统在渣油催化裂化装置上的应用情况。
This paper introduced the application of new type (BY) high efficient cyclone separation system in residual fluid catalytic cracking unit.
介绍了FZC系列渣油加氢保护剂和脱金属催化剂的研制、生产和工业应用。
Development, production, and commercial application of the FZC serial residue hydrotreating guard assistant and demetallization catalyst were introduced.
通过对渣油氧化过程中四组分变化的分析得到渣油四组分氧化动力学方程序。
Composition oxidation kinetics model of vacuum residue was gained by studying the composition change in the course of oxidation.
采用剪切界面粘度仪考察了伊朗轻质减压渣油超临界分离馏分的油水界面粘度。
The interfacial viscosity of super critical separated Iranian light vacuum residue fractions was investigated by using shear interfacial viscosity meter.
结果表明，二烯值大、酚含量低是加氢渣油催化裂化汽油诱导期短的主要原因。
Results show that the main causes of low induction period of cracked naphtha are the high diene number and low phenol content.
本文通过实验，探讨了制备条件对渣油加氢脱金属催化剂载体机械强度的影响。
Influence preparation of parameters on crushing strength of the support for residue oil hydrodemetalation catalysts was investigated through experiments.
本文对石油大学近10多年来在重质原油和石油渣油方面的研究工作进行了综述。
The study of heavy oils and petroleum residues over 10 years in Petroleum University has been reviewed in this paper.
由中东原油生产的劣质减压渣油，可作为延迟焦化原料，也是生产沥青的好原料。
The inferior vacuum residue produced with Middle East crude oil can be used as raw material of delayed coking and asphalt.
石油焦渣油浆的浓度、油焦浆的加热温度、负荷和氧量对其燃烧效率有很大影响。
The parameters such as POS concentration, POS heating temperature, fuel load and oxygen content have high influence on combustion efficiency.
石油焦渣油浆的浓度、油焦浆的加热温度、负荷和氧量对其燃烧效率有很大影响。
The parameters such as POS concentration, POS heating temperature, fuel load and oxygen content have high influence on combustion efficiency.
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