Mixing and Crystallization: Selected papers from the International Conference on Mixing and Crystallization held at Tioman Isla by Bhaskar Sen GuptaMixing and Crystallization: Selected papers from the International Conference on Mixing and Crystallization held at Tioman Isla by Bhaskar Sen Gupta

Mixing and Crystallization: Selected papers from the International Conference on Mixing and…

byBhaskar Sen GuptaEditorShaliza Ibrahim

Paperback | December 15, 2010

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This book covers the latest developments in the fields of mixing and crystallization. It shows how mixing processes affect the crystallization process in general, and provides solutions to some specific cases in particular. Different mixing strategies and devices have been discussed with a particular reference to the crystallization process. The book also covers the state-of-the-art measurement techniques available for mixing intensity, nucleation, crystal growth and size distribution. The articles have been contributed by the most respected researchers in this area, and cover the frontier areas of research and development in the mixing and crystallization processes. This is unique compared to other books in this field which do not emphasize the interrelationship of the two processes. This book is a selection of papers presented at the International Conference on `Mixing and Crystallization' held at Tioman Island, Malaysia, in 1998. Audience: Professional engineers, researchers and graduate students involved in chemical, food, pharmaceutical and biochemical engineering.
Title:Mixing and Crystallization: Selected papers from the International Conference on Mixing and…Format:PaperbackDimensions:336 pages, 23.5 × 15.5 × 0.17 inPublished:December 15, 2010Publisher:Springer-Verlag/Sci-Tech/TradeLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:9048154103

ISBN - 13:9789048154104

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Table of Contents

Foreword. Mixing. CFD Modelling of Hydrodynamic Conditions within the Wake of Mixing Impeller Blades; G.D. Rigby, et al. Visualisation and quantification of laminar flow mixing in a stirred tank reactor; M. Liu, et al. Turbulence structure and isotropy in stirred vessels; K.C. Lee, et al. A study of agitated gas-liquid reactors with concave blade impellers; Z.D. Chen, J.J.J. Chen. Studies of aerated mixing with multiple axial flow hydrofoil (APV-B2) impellers; W. Bujalski, et al. Interstage backmixing of a gas-liquid multistage, mechanically-agitated, compartmented column; M.S. Takriff, et al. Mass transfer in a plunging liquid jet; G.M. Evans, et al. An optimum concentration for the suspension of solids in stirred vessels; G.R. Drewer, et al. Crystallization. Freeze concentration with ice-lining in a crystallizer of agitated vessel; Y. Yamazaki, et al. How agglomeration Processes affect experimentally determined nucleation rates; H. Schubert, A. Mersmann. On-line measurement of solids distribution I stirred tanks and crystallizers using electrical computed tomography; R.A. Williams, et al. A new expression for dispersedness of multi-phase taking account of consideration of local size distribution; K. Ogawa, et al. Size dependent classification function in imperfectly mixed suspension continuous crystallizer; Z. Sha, S. Palosaari. An experimental study to the effects of supersaturation ratio, impeller design and Impeller speed on agglomeration of aluminium trihydroxide; M.L.J. van Leeuwen, et al. The precipitation of silica from acidic zinc leach liquors; R.M. Cooper, et al. Precipitation of microcrystals of salicylic acid na T mixer: experimental study and Modelling; V. Nallet, et al. Mixing, reaction and precipitation: The Barium Sulphate Precipitation System; N.S. Tavare. Micromixing in a Single Feed Semibatch Precipitation Process; R. Philips, et al. Yield Model of a Batch Gibbsite Precipitator; A. Futia, et al. Modelling a Constant Supersaturation Precipitator; T.S. Li, et al. How to Influence the Median Crystal Size of Precipitates; A. Mersmann, et al. Modeling Fluctuations in the Growth Rate of a Single Crystal; L.T. Fan, et al. Modeling the Attrition Process in a 22 Liter Draft Tube Crystallizer; A.M. Neumann, et al. Computational Fluid Dynamics Approach to Precipitation Reactions: The Importance Of Subgrid-Scale Fluctations; M.L.J. van Leeuwen, et al. Scaling-up of Reactive Crystallizers; J.G. Wijers, et al. In-situ Measurement Method of Crystal Concentration in a Seeded Batch Crystallizer; T. Nomura, et al. Monte Carlo Simulation of the Crystal Size Distribution with Attrition Effects in a Mixed Suspension Crystallizer; K.C. Lim, et al. A Review of the Crystallization of Sugar; E.T. White.