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• COVER
• TITLE PAGE
• ABOUT THE AUTHORS
• PREFACE TO THE FOURTH EDITION
• NOTES TO INSTRUCTORS
• DIGITAL RESOURCES AND WILEYPLUS
• POSTSCRIPT: INTRODUCTION TO AN AUTHOR
• NOMENCLATURE
• GLOSSARY OF CHEMICAL PROCESS TERMS
• PART 1: ENGINEERING PROBLEM ANALYSIS
• CHAPTER 1: WHAT SOME CHEMICAL ENGINEERS DO FOR A LIVING
• CHAPTER 2: INTRODUCTION TO ENGINEERING CALCULATIONS
• 2.0 LEARNING OBJECTIVES
• 2.1 UNITS AND DIMENSIONS
• 2.2 CONVERSION OF UNITS
• 2.3 SYSTEMS OF UNITS
• 2.4 FORCE AND WEIGHT
• 2.5 NUMERICAL CALCULATION AND ESTIMATION
• 2.6 DIMENSIONAL HOMOGENEITY AND DIMENSIONLESS QUANTITIES
• 2.7 PROCESS DATA REPRESENTATION AND ANALYSIS
• 2.8 SUMMARY
• PROBLEMS
• CHAPTER 3: PROCESSES AND PROCESS VARIABLES
• 3.0 LEARNING OBJECTIVES
• 3.1 MASS AND VOLUME
• 3.2 FLOW RATE
• 3.3 CHEMICAL COMPOSITION
• 3.4 PRESSURE
• 3.5 TEMPERATURE
• 3.6 SUMMARY
• PROBLEMS
• PART 2: MATERIAL BALANCES
• CHAPTER 4: FUNDAMENTALS OF MATERIAL BALANCES
• 4.0 LEARNING OBJECTIVES
• 4.1 PROCESS CLASSIFICATION
• 4.2 BALANCES
• 4.3 MATERIAL BALANCE CALCULATIONS
• 4.4 BALANCES ON MULTIPLE‐UNIT PROCESSES
• 4.5 RECYCLE AND BYPASS
• 4.6 CHEMICAL REACTION STOICHIOMETRY
• 4.7 BALANCES ON REACTIVE PROCESSES
• 4.8 COMBUSTION REACTIONS
• 4.9 SOME ADDITIONAL CONSIDERATIONS ABOUT CHEMICAL PROCESSES
• 4.10 SUMMARY
• PROBLEMS
• CHAPTER 5: SINGLE‐PHASE SYSTEMS
• 5.0 LEARNING OBJECTIVES
• 5.1 LIQUID AND SOLID DENSITIES
• 5.2 IDEAL GASES
• 5.3 EQUATIONS OF STATE FOR NONIDEAL GASES
• 5.4 THE COMPRESSIBILITY‐FACTOR EQUATION OF STATE
• 5.5 SUMMARY
• PROBLEMS
• CHAPTER 6: MULTIPHASE SYSTEMS
• 6.0 LEARNING OBJECTIVES
• 6.1 SINGLE-COMPONENT PHASE EQUILIBRIUM
• 6.2 THE GIBBS PHASE RULE
• 6.3 GAS–LIQUID SYSTEMS: ONE CONDENSABLE COMPONENT
• 6.4 MULTICOMPONENT GAS–LIQUID SYSTEMS
• 6.5 SOLUTIONS OF SOLIDS IN LIQUIDS
• 6.6 EQUILIBRIUM BETWEEN TWO LIQUID PHASES
• 6.7 ADSORPTION ON SOLID SURFACES
• 6.8 SUMMARY
• PROBLEMS
• PART 3: ENERGY BALANCES
• CHAPTER 7: ENERGY AND ENERGY BALANCES
• 7.0 LEARNING OBJECTIVES
• 7.1 FORMS OF ENERGY: THE FIRST LAW OF THERMODYNAMICS
• 7.2 KINETIC AND POTENTIAL ENERGY
• 7.3 ENERGY BALANCES ON CLOSED SYSTEMS
• 7.4 ENERGY BALANCES ON OPEN SYSTEMS AT STEADY STATE
• 7.5 TABLES OF THERMODYNAMIC DATA
• 7.6 ENERGY BALANCE PROCEDURES
• 7.7 MECHANICAL ENERGY BALANCES
• 7.8 SUMMARY
• PROBLEMS
• CHAPTER 8: BALANCES ON NONREACTIVE PROCESSES
• 8.0 LEARNING OBJECTIVES
• 8.1 ELEMENTS OF ENERGY BALANCE CALCULATIONS
• 8.2 CHANGES IN PRESSURE AT CONSTANT TEMPERATURE
• 8.3 CHANGES IN TEMPERATURE
• 8.4 PHASE‐CHANGE OPERATIONS
• 8.5 MIXING AND SOLUTION
• 8.6 SUMMARY
• PROBLEMS
• CHAPTER 9: BALANCES ON REACTIVE PROCESSES
• 9.0 LEARNING OBJECTIVES
• 9.1 HEATS OF REACTION
• 9.2 MEASUREMENT AND CALCULATION OF HEATS OF REACTION: HESS’S LAW
• 9.3 FORMATION REACTIONS AND HEATS OF FORMATION
• 9.4 HEATS OF COMBUSTION
• 9.5 ENERGY BALANCES ON REACTIVE PROCESSES
• 9.6 FUELS AND COMBUSTION
• 9.7 SUMMARY
• PROBLEMS
• CHAPTER 10: BALANCES ON TRANSIENT PROCESSES
• 10.0 LEARNING OBJECTIVES
• 10.1 THE GENERAL BALANCE EQUATION … AGAIN
• 10.2 MATERIAL BALANCES
• 10.3 ENERGY BALANCES ON SINGLE‐PHASE NONREACTIVE PROCESSES
• 10.4 SIMULTANEOUS TRANSIENT BALANCES
• 10.5 SUMMARY
• PROBLEMS
• APPENDIX A: COMPUTATIONAL TECHNIQUES
• APPENDIX A.1 THE METHOD OF LEAST SQUARES
• APPENDIX A.2 ITERATIVE SOLUTION OF NONLINEAR ALGEBRAIC EQUATIONS
• APPENDIX A.3 NUMERICAL INTEGRATION
• APPENDIX B: PHYSICAL PROPERTY TABLES
• ANSWERS TO TEST YOURSELVES
• ANSWERS TO SELECTED PROBLEMS
• INDEX
• END USER LICENSE AGREEMENT