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Particle Formation and Crystallization Processes From Liquids, Slurries and Emulsions

Thursday, November 12, 2009: 3:15 PM
Magnolia Boardroom B (Gaylord Opryland Hotel)

Description:
This Session encompasses aspects of solid-liquid separation dealing with crystallization and crystal growth from solution, crystal morphology, effects of impurities, solvents and particulates, particle engineering, particle-process modelling and control, particle surface properties, interfacial effects, and emulsion crystallization. Papers covering experimental or theoretical aspects, and industrial case studies are welcome.


Sponsor:
Particle Production and Characterization
Co-Sponsor(s):
Crystallization and Evaporation (02b)


Chair:
Reginald B.H. Tan
Email: reginald_tan@ices.a-star.edu.sg

Co-Chair:
Bing-Shiou Yang
Email: bing-shiou.yang@boehringer-ingelheim.com


3:15 PM
(626a) Design, Development, and Scale-up of A Reactive Crystallization for Particle Size Control: A Double Dip Pipe (DDP) Salt Formation Process
Fang Wang, Ernest Carra, Michael Hawley and Alison Acciacca

3:35 PM
(626b) Tailoring the Size Distribution of Nanoparticles Via An Emulsion-Assisted Precipitation Process: A Model-Based Analysis
Michael Fricke, Andreas Voigt and Kai Sundmacher

3:55 PM
(626c) Impact of Seed Particle Size Distribution Uncertainty On the Supersaturation Controlled Batch Cooling Crystallization Time: Experimental and Model Based Evaluation
Levente L. Simon, Yannick Elias, Zoltan K. Nagy and Konrad Hungerbuehler

4:15 PM
(626d) Workflow for the Design of Seeding Application in Batch Crystallization
Kui S. Kwok, R. Lakerveld, Ka M. Ng, Herman J.M. Kramer, Peter J. Jansens, Alex H. C. Chan and Christianto Wibowo

4:35 PM
(626e) Processing Techniques for Improved Batch Cooling Crystallization of RDX
Ruslan S. Mudryy and Victor Stepanov

4:55 PM
(626f) Population Balance and Online Analytics for Batch Crystallization of Adipic Acid
Dominik Fuchs, Feelly Ruether and Gabriele Sadowski

5:15 PM
(626g) Synthesis of Non-Radioactive Slurries to Simulate the Processing Behavior of Particles in Radioactive Waste Slurries
David C. Koopman, Daniel P. Lambert, Russell E. Eibling, J. David Newell and Michael E. Stone
See more of this Group/Topical: Particle Technology Forum