Flow Properties of Particulate Solids III


Description:
Physical properties such as particle size, particle shape and surface roughness impact in many processes. They can affect absorption, agglomeration, compressibility, combustibility, packing, segregation, among others. More knowledge on the different measurement techniques available is still needed. In this session our primary focus is the measurement and interpretation of particle size and shape data, along with their distributions. Submissions addressing measurement equipment, comparisons of equipment, novel measurement, interpretation of measured results, analyses of measurement methods, etc. are welcome.

Sponsor:
Particle & Bulk Powder Characterization


Chair:
Aibing Yu
Professor
Monash University
Chemical Engineering
Melbourne
Email: Aibing.Yu@monash.edu

Co-Chair:
Denis Schütz
Anton Paar GmbH
Development Rheometry
Graz
Email: denis.schuetz@anton-paar.com


Papers:
Optimising High Shear Wet Granulation with the Combined Use of in-Line and at-Line Testing
Tim Freeman, Freeman Technology Ltd; John Yin, Freeman Technology Inc; Laura Monington, Freeman Technology; Ajit Narang, Genentech, Inc.; Valery Sheverev, Lenterra, Inc.; Douglas Both, Bristol-Myers Squibb; Vadim Stapaniuk, Lenterra, Inc.; Kevin Macias, Bristol-Myers Squibb; Ganeshkumar Subramanian, Bristol-Myers Squibb
Determine the Flow Properties of Bulk Materials to Prevent Flow Problems
Francisco Cabrejos, Jenike and Johanson Chile
Linking Particle Properties to Powder Performance in the Process Plant
Pablo Garcia Triñanes, Wolfson Centre for Bulk Solids Handling; Rob Berry, Wolfson Centre for Bulk Solids Handling Technology, University of Greenwich; Mike Bradley, Wolfson Centre for Bulk Solids Handling
The Effects of Particle Size Distribution and Moisture on the Flowability of Fibrous and Woody Biomass 
Spandana Vajrala, Arizona State University; Heather N. Emady, Arizona State University
Discrete Element Method (DEM) Modeling to Study the Effects of Particle Size and Shape on Flowability: Toward More Realistic Representations of Actual Powders
Rohit Kumar, Purdue; Avik Sarkar, Worldwide Research and Development, Pfizer Inc.; William R. Ketterhagen, Pfizer Worldwide Research and Development
Discrete Element Method (DEM) Investigation of Particle Properties on Bulk Powder Flowability:  Toward a Particle Calibration Library for Pharmaceutical Materials
William R. Ketterhagen, Pfizer Worldwide Research and Development; Brian Shoemaker, Eurofins Lancaster Labs; Stephen Cole, DEM Solutions Ltd.; David Curry, DEM Solutions Ltd.
Abstract Submissions Closed
See more of this Group/Topical: Particle & Bulk Powder Characterization