提出了常渣掺炼催化油浆工艺，介绍了该工艺的工业试验过程。
The technology of catalytic cracking of atmospheric residues mixed and refined with slurry oil is mentioned and the experimental process introduced.
本文介绍了一种新型的催化油浆固含量测定方法及其配套仪器的设计与开发。
This paper introduces a new method which measures catalyst decanted oil solid matter content as well as the design and development of this instrument.
实验的催化油浆经这种方法改性后，芳香分提高了18 %以上，饱和分降低了25 %以上。
After modification of experimental FCC slurry oil, its fragrance composition can be increased by more than 18% and its saturation composition can be decreased by more than 25%.
利用溶剂分离的方法在一定条件下，可以将催化油浆分离成具有较高附加值的油浆分离蜡和改性油浆两个组分。
Under certain conditions, solvent separation method may be adopted to separate FCC slurry oil into slurry oil separation wax and modified slurry oil, both of which have high additional value.
影响分馏塔底结焦的因素有分馏塔底油浆的组成、温度、催化剂含量及停留时间。
Factors affecting coking at the bottom of the fractionator are composition of slurry, temperature, catalyst content and residence time.
讨论了催化裂化油浆系统的结垢原因及减少其结垢的措施。
The causes of fouling in catalytic cracking slurry system and countermeasure to reduce fouling are discussed.
本文根据对炼油厂催化装置的催化剂及油浆固含量的数据进行分析，从而对催化装置的催化剂损耗原因从几个方面进行了探讨。
According to the analysis of data of the catalyst and solid particle in the oil mud for the catalytic cracker, the reasons of catalyst loss from different angles is analyzed in this paper.
本文介绍了我国催化裂化外甩油浆综合利用情况并对油浆制得的产品的应用情况进行了探讨。
This article introduces the integrated utilization of the FCC slurry in our country and discusses the application of the products derived from slurry.
分析了石化企业催化裂化油浆系统的安全隐患及对策，以确保石化企业催化裂化的安全生产。
Analysis the safe hidden danger and countermeasure of FCC slurry system in petrochemical enterprise, to assure safety production of FCC in petrochemical enterprise.
采用重量法测定催化装置油浆中的固体含量(催化剂含量)。
The weight method is used to measure the solid quantity (catalyst contain) in slurry oil of catalytic cracking unit.
对催化裂化油浆萃取分离所得抽提油进行利用研究。
The utilization of the extract oil from extraction and separation of FCC is studied.
以新疆减压渣油中掺入不同比例的重油催化裂化油浆为原料，在超临界流体萃取分馏装置上，进行丁烷脱沥青试验。
Solvent extraction experiment has been done, in which the feedstock of xinjiang vacuum residue was mixed with RFCC slurry by the method of Supercritical Fluid extraction and Fractionation (SFEF).
以催化裂化油浆富芳烃馏分为原料，在酸性催化剂的作用下合成了沥青树脂。
Under the action of acid catalyst, the pitch resin was synthesized by using aromatic hydrocarbon enriched raw material from FCC slurry.
重油催化裂化油浆中含有催化剂粉末，需加以分离。
The slurry oil withdrawn from heavy oil catalytic cracking contains catalyst fines which should be separated.
还从理论和技术上，分析比较了减压渣油和催化裂化油浆在焦化反应中的产品收率分布的区别，支持了经济效益的分析结论；
The differences in product yields and slates of processing vacuum residue and FCCU slurry in delayed coking are analyzed, which support the conclusion of economic analysis.
过滤后的油浆可作为炭黑针状焦、碳素纤维材料、增塑剂等产品的原料，最后对催化裂化油浆过滤技术进行了展望。
Catalytic cracking oil slurry after filtration separation can be used to manufacture carbon black, needle coke, carbon fibrous material, plasticizer and so on.
油浆主要是指炼厂催化装置底层出来的重组分，主要作为燃料来使用。
Slurry is mainly refers to the bottom of a restructuring in the refinery catalytic unit, mainly used as fuel.
锦州石化公司一套催化裂化装置沉降器工况不好，导致油浆系统固体含量高而影响装置正常生产。
The high solid content in slurry system, caused by the bad working condition of reactor for the first FCC unit in Jinzhou petrochemical company, affected the normal production of unit.
通过对重油催化装置油浆换热器结垢的原因和机理进行了分析，并在此基础上开发yJZ- 101型油浆阻垢剂。
Causes and mechanisms of RFCCU slurry heat exchanger fouling were analyzed, YJZ-101 slurry antifouling agent was developed.
通过对重油催化装置油浆换热器结垢的原因和机理进行了分析，并在此基础上开发yJZ- 101型油浆阻垢剂。
Causes and mechanisms of RFCCU slurry heat exchanger fouling were analyzed, YJZ-101 slurry antifouling agent was developed.
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