161 Mixing in Multi-Phase Systems


Description:
Mixing and agitation of multi-phase systems, including gas-liquid, liquid-solid, and gas-liquid-solid mixing. Flow dynamics, mass transfer, and/or reactions.

Sponsor:
North American Mixing Forum


Chair:
Richard V. Calabrese
Professor
University of Maryland
Chemical Engineering
Department of Chemical Engineering
College Park, MD
20742-2111
Phone Number: 301-405-1908
Fax Number: 301-314-9126
Email: rvc@umd.edu

Co-Chair:
Eric E. Janz
Director, Research and Development
NOV Mixing Technologies
NPD Director
P.O. Box 1123
Dayton, OH
45401
Email: Eric.Janz@nov.com


Papers:
161a
The Development of a Correlation for Solid-Liquid Cloud Height in Mechanical Agitated Vessels
Robert P. Hesketh, Rowan University; Arthur W. Etchells III, AWE3 Enterprises
161b
Impeller Power Draw during Turbulent Operation in Liquid-Solid Suspensions
Kevin Myers, University of Dayton; Eric E. Janz, NOV Mixing Technologies
161c
Novel Experimental Method for the Determination of the Minimum Agitation Speed for Solids Suspension in Flat-Bottomed Stirred Tank Reactors
Shriarjun Shastry, New Jersey Institute of Technology; Piero Armenante, New Jersey Institute of Technology
161d
Simulating Solid Suspension in Stirred Vessels with a Fully Coupled CFD-DEM Algorithm
Oleh Baran, Siemens PLM; Ravindra Aglave, Siemens PLM Software; Simon Lo, Siemens PLM; Thomas Eppinger, Siemens PLM Software
161e
Understanding Particle Attrition in Agitated 3-Phase Aerated Slurry Reactors
Justin Walker, The Dow Chemical Company; Mark Joswiak, University of California-Santa Barbara; Patrick McGough, The Dow Chemical Company
161f
A Unifying Framework for Mass Transfer Dynamics in Gas – Liquid Segmented Flow in a Circular Tube
Ghata Nirmal, University of Toronto (St. George campus); Thomas F. Leary, University of Toronto; Arun Ramachandran, University of Toronto
161g
Phase Inversion of a Solid-Stabilized Emulsion: Effect of Particle Concentration
Bing Wan, Polytechnique Montreal; Louis Fradette, Ecole Polytechnique de Montreal
161h
A Eulerian-Lagrangian Hybrid Model for the Simulation of the Droplet Size Distribution of Liquid-Liquid Emulsions in Stirred Tank Reactors
Reza Farzad, Johannes Kepler University; Simon Schneiderbauer, Johannes Kepler University
Abstract Submissions Closed
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