This preliminary program is subject to change.

Mixing and Segregation of Particulates I


Description:
Mixing and segregation phenomena occur in most systems of powdered or granular solids and can have a significant influence on their behavior. In addition, the deliberate mixing of solids is an essential operation in the production of industrial powders or granular products constituted from different ingredients. Since product performance depends on blend homogeneity, the consequences of variability can be severe. Despite the enormous importance of solids mixing, our understanding of mixers, and mixing and segregation phenomena leaves much to be desired. For this session, we therefore seek both experimental and theoretical papers on fundamentals, scale up and modeling of mixing, process applications and design, and monitoring and instrumentation. We particularly encourage submissions relevant to industrial practice.

Sponsor:
Solids Flow, Handling and Processing
Co-Sponsor(s):
Pharmaceuticals (15b)


Chair:
Steven W. Meier
ExxonMobil Research and Engineering Company
1545 Route 22 East
Annandale, NJ 08801
Phone Number: 908-730-2514
Email: steven.w.meier@exxonmobil.com

Co-Chair:
Nestor A. Vasquez
Research Engineer
The Dow Chemical Company
R&D
1319 Bldg.
Midland, MI 48667
Phone Number: 989-638-6288
Fax Number: 989-636-4616
Email: nvasquez@dow.com


Papers:
Quantifying Mixing and Segregation in a Binary Granular System Using 3D X-Ray Imaging
Norman K. Keller, Iowa State University; Theodore J. Heindel, Iowa State University
Extension of Kinetic Theory for Granular Binary Mixtures to Moderately Dense Flows
John Murray, University of Colorado; Christine M. Hrenya, University of Colorado; Vicente Garzo, University of Extremadura
Classifying the Fluidization and Segregation Behavior of Binary Mixtures Using Particle Size and Density Ratios
Akhil A. Rao, University of Florida; Jennifer S. Curtis, University of Florida; Carl R. Wassgren, Purdue University; Bruno C. Hancock, Pfizer Inc.
Separation of Free-Flowing Particles
J. J. McCarthy, University of Pittsburgh; Isabel Figueroa, University of Pittsburgh
See more of this Group/Topical: Particle Technology Forum