催化油浆超临界萃余物调合道路沥青的研究  

Study on Blending Road Asphalt with Supercritical Extraction Residue of FCC Slurry

作　　者：张婷婷[1] 孙学文[1] 赵锁奇[1] 许志明[1] 

机构地区：[1]中国石油大学(北京)重质油国家重点实验室,北京102249

出　　处：《石油沥青》2014年第2期36-41,共6页Petroleum Asphalt

基　　金：国家重点基础研究基金(973计划)资助项目(2010CB226901;2010CB226902)

摘　　要：以低附加值的油浆萃余物为调合组分,分别与委内瑞拉渣油（＞420℃）、辽河稠油减渣和辽河混合减渣调合,结果表明,调合比例适宜时,可成功调合出符合重交道路沥青质量标准（GB/T 15180-2000）的AH-90、AH-110、AH-130以及符合普通道路沥青质量标准（SH 0522-2000）的60号、100号、140号、180号、200号等多个牌号的道路沥青.同时发现,减渣加入量与沥青软化点、针入度及沥青老化性质有一定关系.以油浆萃余物为调合组分调合,当其组成处于油分含量50％～62％,胶质含量23％～39％,沥青质含量8％ ～ 16％的区域内时,得到的沥青符合道路沥青标准.The low value - added extraction residue of FCC slurry was used as component and blending with Venezuela AR （ 〉 420 ℃ ）, Liaohe VR and Liaohe mixed VR. The results showed that when ration was appropriate, AH -90, AH -110, AH -130 raod asphalts which met the standards of GB/T 15180 -2000, and No. 60, NO. 100, No. 140, No. 180, No. 200 raod asphalts which met the standards of SH0522 -2000 were successfully produced. Meanwhile, there were relation between residue addition and softening point, pen-etration and aging properties. We could get the qualified raod asphalt only when its composition was in a cer-tain region, that were 50% to 62% oil, 23% to 39% resin and 8% to 16% asphaltene.

关 键 词：油浆萃余物 道路沥青 调合 沥青组成 

分 类 号：TE626.86[石油与天然气工程—油气加工工程]