Modeling the Mean Residence Time of Liquid Phase in the Gas–Liquid Cyclone

Residence time is a key parameter for the cyclones with mass transfer or reaction process. A model for the cylinder-on-cone cyclone was presented to calculate the mean residence time of the liquid phase, based on a force balance on the wall film. This model was validated using an experiment, which m...

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Published inIndustrial & engineering chemistry research Vol. 54; no. 43; pp. 10885 - 10892
Main Authors Yang, Junwei, Zhang, Xupeng, Shen, Guoping, Xiao, Jiazhi, Jin, Youhai
Format Journal Article
LanguageEnglish
Published American Chemical Society 04.11.2015
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Abstract Residence time is a key parameter for the cyclones with mass transfer or reaction process. A model for the cylinder-on-cone cyclone was presented to calculate the mean residence time of the liquid phase, based on a force balance on the wall film. This model was validated using an experiment, which measured the residence time of the liquid phase by the hold-up method. The results demonstrated that the predicted residence times are in good overall agreement with the measured values. Furthermore, the liquid residence time decreases obviously with increasing droplets loading, and decreases less with increasing inlet velocity. The liquid residence time increases with the cylinder diameter. The wall film velocity, however, decreases with increasing cylinder diameter, because the perimeter of liquid wall film is directly proportional to the cylinder diameter.
AbstractList Residence time is a key parameter for the cyclones with mass transfer or reaction process. A model for the cylinder-on-cone cyclone was presented to calculate the mean residence time of the liquid phase, based on a force balance on the wall film. This model was validated using an experiment, which measured the residence time of the liquid phase by the hold-up method. The results demonstrated that the predicted residence times are in good overall agreement with the measured values. Furthermore, the liquid residence time decreases obviously with increasing droplets loading, and decreases less with increasing inlet velocity. The liquid residence time increases with the cylinder diameter. The wall film velocity, however, decreases with increasing cylinder diameter, because the perimeter of liquid wall film is directly proportional to the cylinder diameter.
Author Xiao, Jiazhi
Yang, Junwei
Shen, Guoping
Jin, Youhai
Zhang, Xupeng
AuthorAffiliation Shandong Shtar Science & Technology Petrochemical Co., Ltd
State Key Laboratory of Heavy Oil Processing
China University of Petroleum
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CitedBy_id crossref_primary_10_3389_fceng_2022_851992
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crossref_primary_10_1016_j_cep_2020_107829
crossref_primary_10_1177_0954406218768838
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