Adsorption-Dryers for Divided Solids, part of the Industrial Equipment for Chemical Engineering set, provides practical applications and precise knowledge on global research, presenting an in-depth study of a variety of aspects within the field of chemical engineering.
This volume discusses the principle of adsorption of gaseous impurities, practical data on adsorption, ion exchange and chromatography, the theory of drying, and the theory of imbibition. The author also provides methods needed for understanding the equipment used in applied thermodynamics in the hope of encouraging students and engineers to build their own programs. Chapters are complemented with appendices which provide additional information and associated references.
1. Cover image - p. ii 2. Title page - p. ii 3. Table of Contents - p. ii 4. Dedication - p. ii 5. Copyright - p. iv 6. Preface - p. xiii 7. 1: Humid Air Water Cooling Towers - p. 1 8. 2: Adsorption and Ion-exchange Chromatography - p. 21 9. Abstract - p. 21 10. 2.1 General - p. 21 11. 2.2 Modes of feeding an adsorption column - p. 29 12. 2.3 Transfer parameters - p. 30 13. 2.4 Height equivalent to a theoretical plate - p. 37 14. 2.5 Ideal system and material balance - p. 45 15. 2.6 Analytical solutions - p. 52 16. 2.7 Channeling of a single solute - p. 64 17. 2.8 Number of solutes greater than 1 - p. 75 18. 2.9 Numerical simulation by orthogonal collocation. Finite-element method - p. 79 19. 2.10 Other numerical methods - p. 87 20. 2.11 Ion exchange - p. 91 21. 3: Practical Data on Adsorption, Ion Exchange and Chromatography - p. 103 22. 4: Theory of Drying Theory of Imbibition and Drainage. The Phenomenon of Hysteresis - p. 137 23. Abstract - p. 137 24. 4.1 Properties of products - p. 137 25. 4.2 General methods for calculations on dryers - p. 143 26. 4.3 Transfer coefficients - p. 162 27. 4.4 Capillary pressure (imbibition/drainage) - p. 167 28. 4.5 Thermodynamics and capillarity - p. 172 29. 4.6 Adsorption and capillarity - p. 180 30. 4.7 Hysteresis - p. 183 31. 4.8 Movements of the fluids - p. 192 32. 5: Dryers - p. 199 33. Appendix 1: Numerical Integration 4th-order Runge–Kutta Method - p. 261 34. Appendix 2: A Few Important Identities - p. 263 35. Bibliography - p. 267 36. Index - p. 279
Adsorption-Dryers for Divided Solids, part of the Industrial Equipment for Chemical Engineering set, provides practical applications and precise knowledge on global research, presenting an in-depth study of a variety of aspects within the field of chemical engineering.
This volume discusses the principle of adsorption of gaseous impurities, practical data on adsorption, ion exchange and chromatography, the theory of drying, and the theory of imbibition. The author also provides methods needed for understanding the equipment used in applied thermodynamics in the hope of encouraging students and engineers to build their own programs. Chapters are complemented with appendices which provide additional information and associated references.
1. Cover image - p. ii 2. Title page - p. ii 3. Table of Contents - p. ii 4. Dedication - p. ii 5. Copyright - p. iv 6. Preface - p. xiii 7. 1: Humid Air Water Cooling Towers - p. 1 8. 2: Adsorption and Ion-exchange Chromatography - p. 21 9. Abstract - p. 21 10. 2.1 General - p. 21 11. 2.2 Modes of feeding an adsorption column - p. 29 12. 2.3 Transfer parameters - p. 30 13. 2.4 Height equivalent to a theoretical plate - p. 37 14. 2.5 Ideal system and material balance - p. 45 15. 2.6 Analytical solutions - p. 52 16. 2.7 Channeling of a single solute - p. 64 17. 2.8 Number of solutes greater than 1 - p. 75 18. 2.9 Numerical simulation by orthogonal collocation. Finite-element method - p. 79 19. 2.10 Other numerical methods - p. 87 20. 2.11 Ion exchange - p. 91 21. 3: Practical Data on Adsorption, Ion Exchange and Chromatography - p. 103 22. 4: Theory of Drying Theory of Imbibition and Drainage. The Phenomenon of Hysteresis - p. 137 23. Abstract - p. 137 24. 4.1 Properties of products - p. 137 25. 4.2 General methods for calculations on dryers - p. 143 26. 4.3 Transfer coefficients - p. 162 27. 4.4 Capillary pressure (imbibition/drainage) - p. 167 28. 4.5 Thermodynamics and capillarity - p. 172 29. 4.6 Adsorption and capillarity - p. 180 30. 4.7 Hysteresis - p. 183 31. 4.8 Movements of the fluids - p. 192 32. 5: Dryers - p. 199 33. Appendix 1: Numerical Integration 4th-order Runge–Kutta Method - p. 261 34. Appendix 2: A Few Important Identities - p. 263 35. Bibliography - p. 267 36. Index - p. 279
