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Table of Contents
Preface; Acknowledgements; Contents; Chapter 1: Introduction; 1.1 Sedimentation; 1.2 Settling System; 1.3 Approach to the Study; Chapter 2: Developments in Settling Studies; 2.1 Literature Review; 2.2 Developments; References; Chapter 3: Velocity Profile Theorem; 3.1 Velocity Profile Theorem and Its Application to Deduce Settling Theories; 3.1.1 Velocity Profile Theorem; 3.1.2 Computation of Area of Velocity Profile Diagram; 3.2 Application to Deduce Settling Theories; 3.2.1 Ideal Settling Theory; 3.2.2 Theory of `Tube Settlinǵ
3.2.2.1 Computation of Solids Removal for Particles Having vs vci3.2.2.2 Computation of Solids Removal for Particles Having vs vci ; 3.2.3 Application to Numerical Problem; Appendix; Notations; References; Chapter 4: Sedimentation Process; 4.1 Settleables and Non-settleables; 4.2 Characteristic Classification of Sedimentation Process; Reference; Chapter 5: Discrete Settling; 5.1 Class-I Clarification or Discrete Settling; 5.1.1 Derivation of Settling Velocity (vs) Equation; 5.1.2 Settling Velocity Calculations; 5.2 Ideal Settling Theory; 5.2.1 Ideal Settling Tanks
5.2.2 Framework of Assumptions in Ideal Settling Theory5.2.3 Critical Velocity, Overflow Velocity, Surface Loading; 5.2.4 Removal of Solids; Appendices; Appendix
1; Appendix
2; Appendix
3; Notations; References; Chapter 6: Flocculant Settling; 6.1 Class-II Clarification or Flocculant Settling: Here the Particles Develop Flocs as They Settle and Fall with Accelerated V...; 6.1.1 Discrete and Flocculant Settling; 6.1.2 Flocculation; 6.2 Contacts Between Particles; 6.2.1 Number of Contacts Between Particles Due to Differential Velocities
6.2.2 Number of Contacts Between Particles Due to Velocity Gradients6.2.3 Control on the Number of Contacts; 6.3 Computation of the Removal of Flocculant Solids; Notations; References; Chapter 7: Zone Settling and Compression; 7.1 Settling of Sludge; 7.1.1 Characteristic Zones in Batch Settling of Sludge; 7.1.2 Interface Settling Characteristics; 7.2 Zone Settling [(Kynch 1952); (Talmadge and Fitch 1955)]; 7.2.1 Theory of Zone Settling; 7.2.2 Application of Zone Settling Theory to the Thickener in Continuous Operation; 7.3 Compression (Coulson and Richardson 1955); Notations; References
Chapter 8: New Mode of Column Settling Data Analysis8.1 Introduction; 8.2 Need for Revision of the Method of Analysis; 8.2.1 Conventional Analysis for `Discrete Suspension;́ 8.2.2 Inadequacies in the Analysis of Discrete Suspension (De 1998); 8.2.3 Need for the Revision of the Mode of Analysis (De 1998); 8.2.4 In Quest of a Revised Mode of Analysis (De 1998); 8.2.5 Need for the Critical Evaluation Mode of Analysis for Flocculant Suspension; 8.2.6 Conventional Analysis for Flocculant Suspension; 8.2.7 Inadequacies in the Analysis for Flocculant Suspension (De 1998)
3.2.2.1 Computation of Solids Removal for Particles Having vs vci3.2.2.2 Computation of Solids Removal for Particles Having vs vci ; 3.2.3 Application to Numerical Problem; Appendix; Notations; References; Chapter 4: Sedimentation Process; 4.1 Settleables and Non-settleables; 4.2 Characteristic Classification of Sedimentation Process; Reference; Chapter 5: Discrete Settling; 5.1 Class-I Clarification or Discrete Settling; 5.1.1 Derivation of Settling Velocity (vs) Equation; 5.1.2 Settling Velocity Calculations; 5.2 Ideal Settling Theory; 5.2.1 Ideal Settling Tanks
5.2.2 Framework of Assumptions in Ideal Settling Theory5.2.3 Critical Velocity, Overflow Velocity, Surface Loading; 5.2.4 Removal of Solids; Appendices; Appendix
1; Appendix
2; Appendix
3; Notations; References; Chapter 6: Flocculant Settling; 6.1 Class-II Clarification or Flocculant Settling: Here the Particles Develop Flocs as They Settle and Fall with Accelerated V...; 6.1.1 Discrete and Flocculant Settling; 6.1.2 Flocculation; 6.2 Contacts Between Particles; 6.2.1 Number of Contacts Between Particles Due to Differential Velocities
6.2.2 Number of Contacts Between Particles Due to Velocity Gradients6.2.3 Control on the Number of Contacts; 6.3 Computation of the Removal of Flocculant Solids; Notations; References; Chapter 7: Zone Settling and Compression; 7.1 Settling of Sludge; 7.1.1 Characteristic Zones in Batch Settling of Sludge; 7.1.2 Interface Settling Characteristics; 7.2 Zone Settling [(Kynch 1952); (Talmadge and Fitch 1955)]; 7.2.1 Theory of Zone Settling; 7.2.2 Application of Zone Settling Theory to the Thickener in Continuous Operation; 7.3 Compression (Coulson and Richardson 1955); Notations; References
Chapter 8: New Mode of Column Settling Data Analysis8.1 Introduction; 8.2 Need for Revision of the Method of Analysis; 8.2.1 Conventional Analysis for `Discrete Suspension;́ 8.2.2 Inadequacies in the Analysis of Discrete Suspension (De 1998); 8.2.3 Need for the Revision of the Mode of Analysis (De 1998); 8.2.4 In Quest of a Revised Mode of Analysis (De 1998); 8.2.5 Need for the Critical Evaluation Mode of Analysis for Flocculant Suspension; 8.2.6 Conventional Analysis for Flocculant Suspension; 8.2.7 Inadequacies in the Analysis for Flocculant Suspension (De 1998)