Chemical Engineering Volume 2 5th Edition by J H Harker, J R Backhurst, J.F. Richardson – Ebook PDF Instant Download/Delivery: 0750644451, 978-0750644457
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ISBN 10: 0750644451
ISBN 13: 978-0750644457
Author: J H Harker, J R Backhurst, J.F. Richardson
Chemical Engineering Volume 2 5th Table of contents:
Chapter 1: Particulate Solids
1.1. INTRODUCTION
1.2. PARTICLE CHARACTERISATION
1.3. PARTICULATE SOLIDS IN BULK
1.4. BLENDING OF SOLID PARTICLES
1.5. CLASSIFICATION OF SOLID PARTICLES
1.6. SEPARATION OF SUSPENDED SOLID PARTICLES FROM FLUIDS
1.9. NOMENCLATURE
Chapter 2: Particle Size Reduction and Enlargement
2.1. INTRODUCTION
2.2. SIZE REDUCTION OF SOLIDS
2.3. TYPES OF CRUSHING EQUIPMENT
2.4. SIZE ENLARGEMENT OF PARTICLES
2.7. NOMENCLATURE
Chapter 3: Motion of Particles in a Fluid
3.1. INTRODUCTION
3.2. FLOW PAST A CYLINDER AND A SPHERE
3.3. THE DRAG FORCE ON A SPHERICAL PARTICLE
3.4. NON-SPHERICAL PARTICLES
3.5. MOTION OF BUBBLES AND DROPS
3.6. DRAG FORCES AND SETTLING VELOCITIES FOR PARTICLES IN NON-NEWTONIAN FLUIDS
3.7. ACCELERATING MOTION OF A PARTICLE IN THE GRAVITATIONAL FIELD
3.8. MOTION OF PARTICLES IN A CENTRIFUGAL FIELD
3.11. NOMENCLATURE
Chapter 4: Flow of Fluids through Granular Beds and Packed Columns
4.1. INTRODUCTION
4.2. FLOW OF A SINGLE FLUID THROUGH A GRANULAR BED
4.3. DISPERSION
4.4. HEAT TRANSFER IN PACKED BEDS
4.5. PACKED COLUMNS
4.8. NOMENCLATURE
Chapter 5: Sedimentation
5.1. INTRODUCTION
5.2. SEDIMENTATION OF FINE PARTICLES
5.3. SEDIMENTATION OF COARSE PARTICLES
5.6. NOMENCLATURE
Chapter 6: Fluidisation
6.1. CHARACTERISTICS OF FLUIDISED SYSTEMS
6.2. LIQUID-SOLIDS SYSTEMS
6.3. GAS-SOLIDS SYSTEMS
6.4. GAS–LIQUID–SOLIDS FLUIDISED BEDS
6.5. HEAT TRANSFER TO A BOUNDARY SURFACE
6.6. MASS AND HEAT TRANSFER BETWEEN FLUID AND PARTICLES
6.7. SUMMARY OF THE PROPERTIES OF FLUIDISED BEDS
6.8. APPLICATIONS OF THE FLUIDISED SOLIDS TECHNIQUE
6.11. NOMENCLATURE
Chapter 7: Liquid Filtration
7.1. INTRODUCTION
7.2. FILTRATION THEORY
7.3. FILTRATION PRACTICE
7.4. FILTRATION EQUIPMENT
7.7. NOMENCLATURE
Chapter 8: Membrane Separation Processes
8.1. INTRODUCTION
8.2. CLASSIFICATION OF MEMBRANE PROCESSES
8.3. THE NATURE OF SYNTHETIC MEMBRANES
8.4. GENERAL MEMBRANE EQUATION
8.5. CROSS-FLOW MICROFILTRATION
8.6. ULTRAFILTRATION
8.7. REVERSE OSMOSIS
8.8. MEMBRANE MODULES AND PLANT CONFIGURATION
8.9. MEMBRANE FOULING
8.10. ELECTRODIALYSIS
8.11. REVERSE OSMOSIS WATER TREATMENT PLANT
8.12. PERVAPORATION
8.13. LIQUID MEMBRANES
8.14. GAS SEPARATIONS
8.17. NOMENCLATURE
Chapter 9: Centrifugal Separations
9.1. INTRODUCTION
9.2. SHAPE OF THE FREE SURFACE OF THE LIQUID
9.3. CENTRIFUGAL PRESSURE
9.4. SEPARATION OF IMMISCIBLE LIQUIDS OF DIFFERENT DENSITIES
9.5. SEDIMENTATION IN A CENTRIFUGAL FIELD
9.6. FILTRATION IN A CENTRIFUGE
9.7. MECHANICAL DESIGN
9.8. CENTRIFUGAL EQUIPMENT
9.11. NOMENCLATURE
Chapter 10: Leaching
10.1. INTRODUCTION
10.2. MASS TRANSFER IN LEACHING OPERATIONS
10.3. EQUIPMENT FOR LEACHING
10.5. CALCULATION OF THE NUMBER OF STAGES
10.6. NUMBER OF STAGES FOR COUNTERCURRENT WASHING BY GRAPHICAL METHODS
10.9. NOMENCLATURE
Chapter 11: Distillation
11.1. INTRODUCTION
11.2. VAPOUR-LIQUID EQUILIBRIUM
11.3. METHODS OF DISTILLATION − TWO COMPONENT MIXTURES
11.4. THE FRACTIONATING COLUMN
11.5. CONDITIONS FOR VARYING OVERFLOW IN NON-IDEAL BINARY SYSTEMS
11.6. BATCH DISTILLATION
11.7. MULTICOMPONENT MIXTURES
11.8. AZEOTROPIC AND EXTRACTIVE DISTILLATION
11.9. STEAM DISTILLATION
11.10. PLATE COLUMNS
11.11. PACKED COLUMNS FOR DISTILLATION
11.14. NOMENCLATURE
Chapter 12: Absorption of Gases
12.1. INTRODUCTION
12.2. CONDITIONS OF EQUILIBRIUM BETWEEN LIQUID AND GAS
12.3. THE MECHANISM OF ABSORPTION
12.4. DETERMINATION OF TRANSFER COEFFICIENTS
12.5. ABSORPTION ASSOCIATED WITH CHEMICAL REACTION
12.6. ABSORPTION ACCOMPANIED BY THE LIBERATION OF HEAT
12.7. PACKED TOWERS FOR GAS ABSORPTION
12.8. PLATE TOWERS FOR GAS ABSORPTION
12.9. OTHER EQUIPMENT FOR GAS ABSORPTION
12.12. NOMENCLATURE
Chapter 13: Liquid–Liquid Extraction
13.1. INTRODUCTION
13.2. EXTRACTION PROCESSES
13.3. EQUILIBRIUM DATA
13.4. CALCULATION OF THE NUMBER OF THEORETICAL STAGES
13.5. CLASSIFICATION OF EXTRACTION EQUIPMENT
13.6. STAGE-WISE EQUIPMENT FOR EXTRACTION
13.7. DIFFERENTIAL CONTACT EQUIPMENT FOR EXTRACTION
13.8. USE OF SPECIALISED FLUIDS
13.11. NOMENCLATURE
Chapter 14: Evaporation
14.1. INTRODUCTION
14.2. HEAT TRANSFER IN EVAPORATORS
14.3. SINGLE-EFFECT EVAPORATORS
14.4. MULTIPLE-EFFECT EVAPORATORS
14.5. IMPROVED EFFICIENCY IN EVAPORATION
14.6. EVAPORATOR OPERATION
14.7. EQUIPMENT FOR EVAPORATION
14.10. NOMENCLATURE
Chapter 15: Crystallisation
15.1. INTRODUCTION
15.2. CRYSTALLISATION FUNDAMENTALS
15.3. CRYSTALLISATION FROM SOLUTIONS
15.4. CRYSTALLISATION FROM MELTS
15.5. CRYSTALLISATION FROM VAPOURS
15.6. FRACTIONAL CRYSTALLISATION
15.7. FREEZE CRYSTALLISATION
15.8. HIGH PRESSURE CRYSTALLISATION
15.11. NOMENCLATURE
Chapter 16: Drying
16.1. INTRODUCTION
16.2. GENERAL PRINCIPLES
16.3. RATE OF DRYING
16.4. THE MECHANISM OF MOISTURE MOVEMENT DURING DRYING
16.5. DRYING EQUIPMENT
16.6. SPECIALISED DRYING METHODS
16.7. THE DRYING OF GASES
16.10. NOMENCLATURE
Chapter 17: Adsorption
Chapter 18: Ion Exchange
18.1. INTRODUCTION
18.2. ION EXCHANGE RESINS
18.3. RESIN CAPACITY
18.4. EQUILIBRIUM
18.5. EXCHANGE KINETICS
18.6. ION EXCHANGE EQUIPMENT
18.9. NOMENCLATURE
Chapter 19: Chromatographic Separations
19.1. INTRODUCTION
19.2. ELUTION CHROMATOGRAPHY
19.3. BAND BROADENING AND SEPARATION EFFICIENCY
19.4. TYPES OF CHROMATOGRAPHY
19.5. LARGE-SCALE ELUTION (CYCLIC BATCH) CHROMATOGRAPHY
19.6. SELECTIVE ADSORPTION OF PROTEINS
19.7. SIMULATED COUNTERCURRENT TECHNIQUES
19.8. COMBINED REACTION AND SEPARATION
19.9. COMPARISON WITH OTHER SEPARATION METHODS
19.12. NOMENCLATURE
Chapter 20: Product Design and Process Intensification
20.1. PRODUCT DESIGN
20.2. PROCESS INTENSIFICATION
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