Granular filtration of aerosols and hydrosols
著者
書誌事項
Granular filtration of aerosols and hydrosols
（Butterworths series in chemical engineering）
Butterworths, c1989
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注記
Includes bibliographies and indexes
内容説明・目次
内容説明
Granular Filtration of Aerosols and Hydrosols is concerned with the fundamental aspects of granular filtration of both liquid and gas suspensions. This book takes a unifying approach to the treatment of granular aerosol and hydrosol filtration. The text begins with the introduction of the process of granular filtration and its various applications. Subsequent chapters discuss the aspects of filtration, such as, the macroscopic description of fixed-bed granular filtration; the methods for making representations based on various porous media models for both clean and clogged filter media; the mechanisms of particle deposition; and the trajectory analysis of particle deposition. The final chapter presents and discusses case studies which deal with predicting and calculating the dynamic behavior of granular filtration of hydrosols and aerosols. Researchers in granular filtration and graduate students dealing with separation technology will find the book highly useful.
目次
Preface1 Introduction 1.1 Granular Filtration as a Fluid-Particle Separation Technology 1.2 Granular Filtration Versus Fibrous Filtration 1.3 Granular Filtration Versus Fixed-Bed Adsorption 1.4 Granular Filtration and Other Clarification Processes 1.5 Granular Filtration for Water Treatment 1.6 Granular Filtration for Gas Cleaning References2 Macroscopic Description of Fixed-Bed Granular Filtration 2.1 Formulation of the Macroscopic Equations 2.2 Phenomenological Expression for Filtration Rate 2.3 Pressure Gradient-Flow Rate Relationship 2.4 Solution of the Macroscopic Equations 2.5 Determination of ?0, F(a, s), and G(ss, s) from Experimental Data 2.6 Description of Filtration as a Stochastic Process References3 Model Representation of Granular Media 3.1 Basic Premise 3.2 Relationship Between the Filter Coefficient ? and the Efficiency of the Unit Collector e 3.3 Specifications of Collectors Present in a Unit Bed Element-Application of Porous Media Models 3.4 Single-Collector Efficiency 3.5 Representation of an Entire Filter 3.6 Model Representation of Clogged Filter Media References4 Mechanisms of Particle Deposition 4.1 Particle Deposition by Inertial Impaction 4.2 Particle Deposition by Interception 4.3 Particle Deposition by Sedimentation 4.4 Particle Deposition by Electrostatic Forces 4.5 Particle Deposition by Brownian Diffusion 4.6 Straining References5 Trajectory Analysis of Particle Deposition 5.1 General Discussion 5.2 Drag Force Expressions FD 5.3 Expressions of Drag Force and Torque with the Hydrodynamic Retardation Effect 5.4 External Force 5.5 Trajectory Equations of Hydrosols 5.6 Trajectory Equations of Aerosols 5.7 Limiting Trajectory Concept 5.8 Determination of the Limiting Trajectory References Appendix 5A Appendix 5B6 Initial Collection Efficiencies of Aerosols in Granular Media 6.1 Relationship Between the Filter Coefficient ?, the Unit Collector Efficiency e, the Individual Collector Efficiency ?, and the Single Collector Efficiency ?s 6.2 Collection Efficiencies from Trajectory Analysis 6.3 Experimental Determination of Initial Collection Efficiency 6.4 Experimental Results 6.5 General Correlation of ?0 and Its Development 6.6 Comparison of Correlations with Experiments 6.7 Adhesion Probability References7 Filter Coefficients of Hydrosols 7.1 Results of Trajectory Analysis 7.2 Experimental Determination of ?0 7.3 Comparisons Between Experiments and Predictions from Trajectory Analysis 7.4 Correlation of Initial Filter Coefficient 7.5 Filter Coefficient in the Presence of Unfavorable Surface Interactions 7.6 Particle Attachment Efficiency: Its Concept, Estimation, and Application 7.7 Model of Particle Adhesion 7.8 Nonuniform Surface Potential of Filter Grains and Particles References8 The Process of Particle Deposition in Granular Media: Description and Formulation 8.1 Particle Deposition as a Dendrite Growth Process 8.2 Stochastic Simulation of Particle Deposition 8.3 Stochastic Simulation of Particle Deposition on a Spherical Collector 8.4 Stochastic Simulation of Particle Deposition within a Constricted Tube 8.5 Simulation of Particle Deposition Including the Brownian Diffusion Effect 8.6 Adhesion of Impacting Aerosol Particles References9 Case Studies on the Dynamic Behavior of Granular Filtration 9.1 A Model for Filter Ripening 9.2 Effect of the Change in Surface Charge of Filter Grains Caused by Deposition 9.3 Effect of Deposit Morphology on Filter Performance 9.4 Correlation for the Increase in Hydrosol Filter Coefficient 9.5 Experimental Determination of the Effect of Deposition on Aerosol Filtration 9.6 Calculation of Aerosol Deposition in Fluidized Filters ReferencesAuthor IndexSubject Index
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