98 Novel and Unconventional Mixers


Description:
Research and design of mixed reactors. In this session special emphasis is given on mixers other than the traditional stirred tank. For example unconventional mixers such as Oscillatory Flow Baffled Reactors, Pulsed Discs, Doughnut columns, and micro-devices are considered. Also in this session are more traditional devices such as the Rotor Stator and gas induction impellers. Flow dynamics, mass transfer, reactions, scale-up, performance and performance characteristics are discussed.

Sponsor:
North American Mixing Forum


Chair:
Laura J. Dietsche
Senior Research Scientist / Technology Leader
The Dow Chemical Company
Core R&D / Material Science and Engineering
Bldg 1616
Midland, MI
48674
Fax Number: 989-636-8813
Email: dietschelj@dow.com

Co-Chair:
Sanja Miskovic
Assistant Professor
University of British Columbia
Norman B. Keevil Institute of Mining Engineering
135 S 1460 E, Rm 00412
Vancouver, BC
84112
Phone Number: 6048270326
Email: sanja.miskovic@ubc.ca


Papers:
98a
Mixing Efficiency in a Simple, Continuous, Laminar-Flow Microdevice Using Computational and Experimental Approaches
Siril Arockiam, New Jersey Institute of Technology; Sagnik Basuray, New Jersey Institute of Technology NJIT; Piero M. Armenante, New Jersey Institute of Technology
98b
Effect of Shear Gap Width on Flow and Power Draw in an Inline Rotor-Stator Mixer
Kanan Ghaderzadeh, University of Maryland; Richard V. Calabrese, University of Maryland
98c
Comparison of Breakup Kernels in the CFD-PBM Simulation of a Pulsed Disc and Doughnut Column
Xiong Yu, Tsinghua University; Shan Jing, Tsinghua University; Shaowei Li, Tsinghua University
98d
Performance Characterization of the GS-4 Gas Induction Impeller
Kevin Myers, University of Dayton; Shannon M. Hoffman, University of Dayton; Eric E. Janz, NOV Mixing Technologies
98e
The Effect of Scale-up on Mixing Efficiency in Oscillatory Flow Reactors Using Principal Component Based Analysis As a Novel Residence Time Distribution Measurement Tool
Joseph Oliva, Purdue University; Botond Szilagyi, Purdue University; Zoltan K. Nagy, Purdue University
Abstract Submissions Closed
See more of this Group/Topical: North American Mixing Forum
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