Journal of Liaoning Petrochemical University
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Feasibility Study of Bitumen Production From Vacuum Residue of Russian M100
CUI Rui, WANG Li-man, ZHAO De-zhi, SHI Wei-wei, LI dan-dong, DING Wei
Abstract449)      PDF (170KB)(239)      
The oxidation of vacuum residue of Russian fuel oil M100 was studied with self-made device for 10 h under the oxidation temperatures 225 and 250 ℃ with the ventilation capacity of 0.2 m3/(h•kg). The results show that three asphalt of oxidized samples can meet well with technical requirements of road asphalt (JTG F40-2004) for 130#C, the standard grade of asphalt and bitumen and 110#C grade standards. A modifier SBS was added with the weight ratio of 1% to 5%, and the MAW-1-type stabilizer was also added with the mass ratio of stabilizers to SBS 1∶(10~15). Two polymer modified bitumen were in line with the standard of the SBS class I-A in the technical requirements (JTG F40-2004).
2011, 31 (4): 18-20.
 
Evaluation on the Fuel Oil M100 From Russia and Its Processing Scheme
WANG Li-man,CUI Rui,ZHAO De-zhi,SHI Wei-wei,DING Wei
Abstract753)      PDF (212KB)(350)      
 
The properties of fuel oil M100 from Russia were evaluated comprehensively in order to make a reasonable processing scheme for it. The results indicate that M100 resembled a kind of atmospheric oil residua of sulfuric intermediate base crude having a density of 0.936 0 g/cm 3 at 20 ℃, low solidifying point of 20 ℃, high sulfur content of 1.13%, low resin and asphaltene content of 21.4% and 0.4% respectively, high remnant of carbon of 5.35%. Based on the comprehensive evaluation and discussion of M100, three preliminary processing programs were drawn up: the fractions of diesel oil under atmospheric pressure with a low yield of 8.18% need be treated with hydroprocessing; vacuum fractions with a yield of 41.75% could satisfy the feedstocks requirements of fluid catalytic cracking and hydrocracking; and vacuum oil residua had a high yield of 50.07%, need further refining to be used as raw materials of asphalt production.
2011, 31 (3): 20-23. DOI: 10.3696/j.issn.1672-6952.2011.03.006