Theory of Particulate Processes

Theory of Particulate Processes

Analysis and Techniques of Continuous Crystallization

2nd Edition - March 28, 1988

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  • Author: Alan Ranodolph
  • eBook ISBN: 9780323161817

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Description

Theory of Particulate Processes: Analysis and Techniques of Continuous Crystallization, Second Edition covers the numerous population balance-based particulate studies. This edition emerged from the notes for an industrial short course on crystallization. This book is divided into 10 chapters and begins with an outline of the methods for representation of particle distributions and a systematic approach to the predictive modeling of processes where there is a need to characterize distributions in time and space and by some identifying property. The succeeding chapters provide a specific and more elementary approach to modeling crystal size distributions, as well as the modeling the kinetics of crystal nucleation and growth rates. Other chapters discuss a wide range of system analysis and design considerations specific to crystallization for both the steady state and unsteady state. The final chapters illustrate the use of a population balance analysis to interpret data from both laboratory and process equipment. These chapters also explore a wide variety of particulate processes and systems for which the population balance analysis is useful. This book is of great value to graduate students with particulate systems course.

Table of Contents


  • Preface to the Second Edition

    Preface to the First Edition

    Acknowledgments

    Chapter 1 Particulate Processes

    1.1 Particulate Processes and Particle-Size Distribution

    1.2 Properties Relating to PSD and CSD

    1.3 Crystallizer/CSD Interaction

    1.4 Particle Shape and Appearance

    1.5 Particle Size

    1.6 Particle-Size Distributions

    1.7 Glossary of Particle Terms

    1.8 Summary

    Chapter 2 Particle Distributions

    2.1 Introduction

    2.2 Representation of Distributions

    2.3 Empirical Representation of Distributions

    2.4 Plotting and Parameter Estimation

    2.5 Average Properties from Density-Distribution Functions

    2.6 Mean Size and Coefficient of Variation

    2.7 Truncated Distributions, Skewness, and Kurtosis

    2.8 Suspension Properties from the Population-Density Distribution

    2.9 Summary

    Chapter 3 The Population Balance

    3.1 Introduction

    3.2 Particle Phase Space

    3.3 Population Fluxes: Convection, Birth, and Death

    3.4 Particle-Number Continuity Equation

    3.5 Population Balance over a Macroscopic External Coordinate Region

    3.6 Moment Transformation of Population Balance

    3.7 The Population Balance in Other Coordinate Systems

    3.8 Random Fluctuations in Growth Rate and/or Slurry Velocity

    3.9 Summary

    Chapter 4 Modeling Continuous and Batch Crystallizers

    4.1 Continuous Systems: Definition and Constraints

    4.2 Steady-State Population Balance

    4.3 Significance of the Model

    4.4 The Exponential Distribution

    4.5 The Steady-State Mass Balance

    4.6 Batch Systems Definition and Constraints

    4.7 Modeling CSD When Growth Is Size-Dependent

    4.8 Modeling CSD with Growth Dispersion

    4.9 Summary

    Chapter 5 Crystallization Kinetics

    5.1 Supersaturation

    5.2 Primary Nucleation

    5.3 Crystal Growth Mechanisms

    5.4 Secondary Nucleation

    5.5 Effects of Impurities and Additives on Growth and Nucleation

    5.6 Summary

    Chapter 6 Crystal Size Responses for Continuous and Batch Crystallizers

    6.1 Effect of Supersaturation on CSD

    6.2 Effect of Suspended Solids on CSD

    6.3 Effects of Secondary Nucleation

    6.4 Crystallizer Cascades

    6.5 Effects of Simple Fines Destruction

    6.6 Effects of Mixing and Withdrawal Characteristics

    6.7 Growth Dispersion and Size-Dependent Growth

    6.8 Batch-Crystallization CSD

    6.9 Summary

    Chapter 7 Reaction Engineering of CSD

    7.1 Reaction Engineering Models for the CSD

    7.2 Accelerated Removal of Fine Crystals

    7.3 Classified Product Removal

    7.4 Fines Dissolving in Batch Crystallizers

    7.5 Summary

    Chapter 8 CSD Dynamics and Control

    8.0 Introduction

    8.1 Equations for CSD Dynamics

    8.2 CSD Transients

    8.3 Stability of CSD

    8.4 Feedback Control of CSD

    8.5 Summary

    Chapter 9 Experimental Techniques and Analysis of Results

    9.1 Characteristics of Laboratory MSMPR Crystallizers

    9.2 Equipment for Continuous Experiments

    9.3 Equipment for Batch Experiments

    9.4 Sampling Techniques and Sample Treatment

    9.5 Measurement of CSD

    9.6 Treatment and Interpretation of Data

    9.7 Experiments with Additives

    9.8 Special Experimental Techniques

    9.9 Summary

    Chapter 10 Application to Other Systems

    10.1 Comminution

    10.2 Microbial Populations

    10.3 Emulsion Polymerization

    10.4 Dispersed-Phase Mixing

    10.5 Residence-Time Distributions

    10.6 Particle Agglomeration

    10.7 Protein Precipitation

    10.8 Inorganic Precipitation with Agglomeration

    10.9 Modeling Agglomeration/Aggregation

    10.10 Bubble-Size Distribution in Aeration Processes

    10.11 Demographic Analysis

    10.12 Summary

    Appendix A Dimensionless Weight-Fraction Function

    Appendix Β Crystal.Ball Program

    Appendix C Sample Problems

    Appendix D Selected Bibliography

    Author Index

    Subject Index

Product details

  • No. of pages: 386
  • Language: English
  • Copyright: © Academic Press 1988
  • Published: March 28, 1988
  • Imprint: Academic Press
  • eBook ISBN: 9780323161817

About the Author

Alan Ranodolph

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