Slip Velocity and Gas Holdup in a Gas-Liquid Co-current Upflow through a Packed Bed

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概要

• 論文の詳細を見る

• Experiments were carried out in a co-current two phase upflow through a packed bed reactor using four different liquid systems and five different particles with air as the dispersed phase. An attempt has been made to predict the gas phase holdup using a slip velocity approach. The dependency of the slip velocity on the fundamental variables involved in the system are discussed in detail. Generalized correlations are proposed based on 1650 data (both 1253 experimental and 397 literature data) to represent the slip velocity and gas phase holdup in terms of basic dimensionless groups.

• 社団法人 化学工学会の論文
• 2005-04-01

著者

• Murugesan Thanapalan

  Department Of Chemical Engineering Ac College Of Technology Anna University

• ARUNAGIRI Appusamy

  Department of Chemical Engineering, AC College of Technology, Anna University

• Arunagiri Appusamy

  Department Of Chemical Engineering Ac College Of Technology Anna University

関連論文

• Critical Impeller Speed for Solid Suspension in Mechanically Agitated Contactors
• Slip Velocity and Gas Holdup in a Gas-Liquid Co-current Upflow through a Packed Bed
• Liquid Holdup and Interfacial Area in Cocurrent Gas-Liquid Upflow through Packed Beds
• Prediction of Continuous Phase Axial Mixing in Rotating Disc Contactors

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