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Keywords FCC diesel fuel;hydro-dearomatization;catalyst; 催化柴油;加氢脱芳;催化剂;
Keywords FCC diesel;desulfurization;oxidation;extraction;hydrogen peroxide（H2O2）;mathematical model; FCC柴油;脱硫;氧化;萃取;过氧化氢;数学模型;
Keywords FCC diesel oil;low pressure hydrofining;middle pressure hydro-upgrading;high pressure hydrocracking;study; 催化柴油;低压加氢精制;中压加氢改质;高压加氢裂化;研究;
Keywords FCC diesel;hydro-upgrading;cetane number;desulfurization;denitrification;commercial application; 催化裂化柴油;加氢改质;十六烷值;脱硫;脱氮;工业应用;
Refining method with solvent mixed A with N-methyl pyrrolidone was used to decolor the FCC diesel oil. 以溶剂A和N-甲基吡咯烷酮的混合物为萃取剂，对催化裂化柴油进行了脱色精制研究。
FCC diesel was refined with special terra alba adsorbent and the refined diesel stability has been improved. 用改性活性白土吸附精制催化裂化柴油,精制后柴油的安定性得到显著提高。
Study on Absorptive Desulfurization of FCC diesel oil by loaded activated carbon》 accepted in the Forth Asia Pacific Congress on Catalysis, the First. 活性半焦用于fcc柴油吸附脱硫的研究》第十三届全国催化学术会议接收，第二作者。
Influence of different adsorbent and modification method on sulfided of FCC diesel oil, especially on DBT is investigated. 实验以FCC柴油和DBT模型物为原料,用燃灯法测定脱硫前后油品的硫含量。
This paper analyzes the vibrating reason of the furnace pipe on FCC diesel oil hydrogenation unit of Sinopec Luoyang Petrochemical Company. 针对催柴加氢装置加热炉管线存在振动的实际情况,分析了产生振动的原因,并提出了改进措施。
The quality of FCC diesel fraction can be optimized by controlling the reaction rate of hydrogen transference of aromatics with condensed rings. 催化裂化柴油的稠环芳烃可通过控制氢转移反应速率实现品质最佳化。
This paper presents an effective method of complexation extraction for separation of nitrogen compounds from FCC diesel oil. 结果表明，络合萃取后催化裂化柴油中氮化物特别是碱性氮化物可得到有效的脱除；
The effects of the three hydrotreating processes on sulfur and nitrogen contents and cetane number of FCC diesel oil have been tested and analyzed. 为适应清洁燃料的生产,对催化柴油低压加氢精制、中压加氢改质、高压加氢裂化进行了对比试验,考查了3种加氢工艺对催化柴油的硫含量、氮含量、十六烷值的影响。
The effect of three commercial cold flow improvers (T1, T2 and T3) on the cold flow property of two FCC diesel fuels (A and B) was studied. 摘要考察了三种市售柴油低温流动性改进剂（T1,T2,T3）对两种催化裂化柴油(柴油A、柴油B)的低温流动性的改善效果。
The result shows, increasing solvent/oil ratio and extending agitation period and settling period all can increase the removal rate of the alkali nitrides from the FCC diesel oil. 结果表明,增大剂油质量比、延长搅拌时间及沉降时间,均可提高催化柴油中碱性氮化物的脱除率。
The objective of this paper is to study the oxidation of thiols in FCC diesel and the mechanism of its effect on the stability of diesel by GC and GC-MS analyses. 利用模型化合物对甲苯硫酚,借助于气相色谱和质谱等分析手段,探讨了硫醇的氧化行为以及烃类化合物和其它非烃化合物对硫醇氧化性能的影响,并初步推断其可能遵循的反应机理。
Many kinds of way can change the total oxidation insoluble effectively,such as FCC operation conditions,blend ratio of FCC diesel oil and addition of stabilizer. 通过调整催化装置的操作条件、催化柴油的调合比例及加稳定剂等方法可有效改善柴油的氧化安定性。
The results obtained under suitable conditions show that the colority of the FCC diesel oil can be decreased from 19 to 6 ang the yield of the refined diesel oil is over 90%. 通过溶剂精制，催化裂化柴油的比色由原料的19降到6，精制油收率达90%25以上。
Keywords FCC gasoline;Etherification;Octan number; 催化裂化汽油;醚化;辛烷值;
Keywords FCC;passivator;nickel;phosphate salts; 催化裂化;钝化剂;镍;磷酸盐;