CAJ | 학술논문

对抚顺页岩油萃取精制、调和、络合精制和催化裂化加工方案进行了研究。结果表明，抽出油黏性小、塑性大、感温性好，可调和多种牌号的沥青；所剩轻组分可用于非烃化合物的分离。采用酸性络合剂对抽余油进行络合精制，在剂油质量比为2∶3时，其总氮质量分数可控制在3000μg/g以内，碱性氮质量分数可控制在100μg/g以内；精制后抽余油催化裂化性能良好，与石油中的蜡油组分性能相近。
대무순혈암유췌취정제、조화、락합정제화최화열화가공방안진행료연구。결과표명，추출유점성소、소성대、감온성호，가조화다충패호적력청；소잉경조분가용우비경화합물적분리。채용산성락합제대추여유진행락합정제，재제유질량비위2∶3시，기총담질량분수가공제재3000μg/g이내，감성담질량분수가공제재100μg/g이내；정제후추여유최화열화성능량호，여석유중적사유조분성능상근。
Through extraction refining,harmonization,complexing refining and catalytic cracking of Fushun shale oil,which provided references for processing and utilization of Fushun shale oil,it showed that the extract oil could harmonize various grades of asphalt,due to small viscosity,large ductility and better temperature serviceability.At the same time,light components left could be used for separation of non-hydrocarbon compounds.Using acidic as complexing agent with the ratio of solvent to oil 2∶3,the total nitrogen content of the raffinate oil was within in 3 000 μg/g and alkali nitrogen compounds of the raffinate oil was less than 100 μg/g .After complexing refining,the catalytic cracking performance of raffinate oil was good, which was similar with the paraffinoil.