Relation between hydrodynamics and drop size distributions in pump–mix mixer

In the present work, experiments have been carried out to measure the drop size distributions in a pump–mix mixer over a wide range of geometry and operating conditions. The effects of impeller type, (single and multiple impellers), impeller speed, location, phase flow rates, and interfacial tension...

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Published inChemical engineering science Vol. 65; no. 11; pp. 3409 - 3426
Main Authors Srilatha, C., Morab, Vinayak V., Mundada, Tushar P., Patwardhan, Ashwin W.
Format Journal Article
LanguageEnglish
Published Kidlington Elsevier Ltd 01.06.2010
Elsevier
Subjects
Applied sciences
Breakage
CFD
Chemical engineering
Coalescence
Exact sciences and technology
Hydrodynamics of contact apparatus
Mixing
Network of zones
Population balance model
Pump–mix mixer
CFD
Population balance model
Pump–mix mixer
Network of zones
Coalescence
Breakage
Pump-mix mixer
Computational fluid dynamics
Interface tension
Mixer
Hydrodynamics
Agitator
Modeling
Convection
Population balance
Pump
Operating conditions
Drop
Particle size distribution
Energy dissipation
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Abstract In the present work, experiments have been carried out to measure the drop size distributions in a pump–mix mixer over a wide range of geometry and operating conditions. The effects of impeller type, (single and multiple impellers), impeller speed, location, phase flow rates, and interfacial tension have been investigated. Computational fluid dynamics model has been developed to predict the hydrodynamic characteristics of pump–mix mixers. Population balance modeling has been carried out to predict the drop size distributions. The hydrodynamic characteristics predicted through CFD simulations have been related to the drop size distributions. The role of convection and energy dissipation in influencing the drop size distributions has been elucidated.
AbstractList In the present work, experiments have been carried out to measure the drop size distributions in a pump–mix mixer over a wide range of geometry and operating conditions. The effects of impeller type, (single and multiple impellers), impeller speed, location, phase flow rates, and interfacial tension have been investigated. Computational fluid dynamics model has been developed to predict the hydrodynamic characteristics of pump–mix mixers. Population balance modeling has been carried out to predict the drop size distributions. The hydrodynamic characteristics predicted through CFD simulations have been related to the drop size distributions. The role of convection and energy dissipation in influencing the drop size distributions has been elucidated.
Author Patwardhan, Ashwin W.
Morab, Vinayak V.
Srilatha, C.
Mundada, Tushar P.
Author_xml – sequence: 1
  givenname: C.
  surname: Srilatha
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  surname: Mundada
  fullname: Mundada, Tushar P.
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  givenname: Ashwin W.
  surname: Patwardhan
  fullname: Patwardhan, Ashwin W.
  email: aw.patwardhan@ictmumbai.edu.in
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Issue 11
Keywords CFD
Population balance model
Pump–mix mixer
Network of zones
Coalescence
Breakage
Pump-mix mixer
Computational fluid dynamics
Interface tension
Mixer
Hydrodynamics
Agitator
Modeling
Convection
Population balance
Pump
Operating conditions
Drop
Particle size distribution
Energy dissipation
Language English
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Snippet In the present work, experiments have been carried out to measure the drop size distributions in a pump–mix mixer over a wide range of geometry and operating...
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SubjectTerms Applied sciences
Breakage
CFD
Chemical engineering
Coalescence
Exact sciences and technology
Hydrodynamics of contact apparatus
Mixing
Network of zones
Population balance model
Pump–mix mixer
Title Relation between hydrodynamics and drop size distributions in pump–mix mixer
URI https://dx.doi.org/10.1016/j.ces.2010.02.035
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