The publication of the third edition of 'Chemical Engineering Volume 3' marks the completion of the re-orientation of the basic material contained in the first three volumes of the series. Volume 3 is devoted to reaction engineering (both chemical and biochemical), together with measurement and process control. This text is designed for students, graduate and postgraduate, of chemical engineering.
1. 5.1 INTRODUCTION 2. 5.2 CELLULAR DIVERSITY AND CLASSIFICATION OF LIVING SYSTEMS 3. 5.3 CHEMICAL COMPOSITION OF CELLS 4. 5.4 ENZYMES 5. 5.5 METABOLISM 6. 5.6 STRAIN IMPROVEMENT METHODS 7. 5.7 CELLULAR CONTROL MECHANISMS AND THEIR MANIPULATION 8. 5.8 STOICHIOMETRIC ASPECTS OF BIOLOGICAL PROCESSES 9. 5.9 MICROBIAL GROWTH 10. 5.10 IMMOBILISED BIOCATALYSTS 11. 5.11 REACTOR CONFIGURATIONS 12. 5.12 ESTIMATION OF KINETIC PARAMETERS 13. 5.13 NON-STEADY STATE MICROBIAL SYSTEMS 14. 5.14 FURTHER DESIGN CONSIDERATIONS 15. 5.15 APPENDICES 16. Chapter 6: Sensors for Measurement and Control 17. 6.1 INTRODUCTION 18. 6.2 THE MEASUREMENT OF FLOW 19. 6.3 THE MEASUREMENT OF PRESSURE 20. 6.4 THE MEASUREMENT OF TEMPERATURE 21. 6.5 THE MEASUREMENT OF LEVEL 22. 6.6 THE MEASUREMENT OF DENSITY (SPECIFIC GRAVITY) 23. 6.7 THE MEASUREMENT OF VISCOSITY 24. 6.8 THE MEASUREMENT OF COMPOSITION 25. 6.9 PROCESS SAMPLING SYSTEMS 26. 6.10 THE STATIC CHARACTERISTICS OF SENSORS 27. 6.11 SIGNAL CONDITIONING 28. 6.12 SIGNAL TRANSMISSION (TELEMETRY) 29. 6.15 NOMENCLATURE 30. Chapter 7: Process Control 31. 7.1 INTRODUCTION 32. 7.2 FEEDBACK CONTROL 33. 7.3 QUALITATIVE APPROACHES TO SIMPLE FEEDBACK CONTROL SYSTEM DESIGN 34. 7.4 THE TRANSFER FUNCTION 35. 7.5 TRANSFER FUNCTIONS OF CAPACITY SYSTEMS 36. 7.6 DISTANCE-VELOCITY LAG (DEAD TIME) 37. 7.7 TRANSFER FUNCTIONS OF FIXED PARAMETER CONTROLLERS 38. 7.8 RESPONSE OF CONTROL LOOP COMPONENTS TO FORCING FUNCTIONS 39. 7.9 TRANSFER FUNCTIONS OF FEEDBACK CONTROL SYSTEMS 40. 7.10 SYSTEM STABILITY AND THE CHARACTERISTIC EQUATION 41. 7.11 COMMON PROCEDURES FOR SETTING FEEDBACK CONTROLLER PARAMETERS 42. 7.12 SYSTEM COMPENSATION 43. 7.13 CASCADE CONTROL 44. 7.14 FEED-FORWARD AND RATIO CONTROL 45. 7.15 MIMO SYSTEMS—INTERACTION AND DECOUPLING 46. 7.16 NON-LINEAR SYSTEMS 47. 7.17 DISCRETE TIME CONTROL SYSTEMS 48. 7.18 ADAPTIVE CONTROL 49. 7.19 COMPUTER CONTROL OF A SIMPLE PLANT—THE OPERATOR INTERFACE 50. 7.20 DISTRIBUTED COMPUTER CONTROL SYSTEMS (DCCS) 51. 7.21 THE PROGRAMMABLE CONTROLLER 52. 7.22 REGULATORS AND ACTUATORS (CONTROLLERS AND CONTROL VALVES) 53. 7.23 APPENDICES 54. Problems 55. Conversion Factors for Some Common SI Units 56. Index
The publication of the third edition of 'Chemical Engineering Volume 3' marks the completion of the re-orientation of the basic material contained in the first three volumes of the series. Volume 3 is devoted to reaction engineering (both chemical and biochemical), together with measurement and process control. This text is designed for students, graduate and postgraduate, of chemical engineering.
1. 5.1 INTRODUCTION 2. 5.2 CELLULAR DIVERSITY AND CLASSIFICATION OF LIVING SYSTEMS 3. 5.3 CHEMICAL COMPOSITION OF CELLS 4. 5.4 ENZYMES 5. 5.5 METABOLISM 6. 5.6 STRAIN IMPROVEMENT METHODS 7. 5.7 CELLULAR CONTROL MECHANISMS AND THEIR MANIPULATION 8. 5.8 STOICHIOMETRIC ASPECTS OF BIOLOGICAL PROCESSES 9. 5.9 MICROBIAL GROWTH 10. 5.10 IMMOBILISED BIOCATALYSTS 11. 5.11 REACTOR CONFIGURATIONS 12. 5.12 ESTIMATION OF KINETIC PARAMETERS 13. 5.13 NON-STEADY STATE MICROBIAL SYSTEMS 14. 5.14 FURTHER DESIGN CONSIDERATIONS 15. 5.15 APPENDICES 16. Chapter 6: Sensors for Measurement and Control 17. 6.1 INTRODUCTION 18. 6.2 THE MEASUREMENT OF FLOW 19. 6.3 THE MEASUREMENT OF PRESSURE 20. 6.4 THE MEASUREMENT OF TEMPERATURE 21. 6.5 THE MEASUREMENT OF LEVEL 22. 6.6 THE MEASUREMENT OF DENSITY (SPECIFIC GRAVITY) 23. 6.7 THE MEASUREMENT OF VISCOSITY 24. 6.8 THE MEASUREMENT OF COMPOSITION 25. 6.9 PROCESS SAMPLING SYSTEMS 26. 6.10 THE STATIC CHARACTERISTICS OF SENSORS 27. 6.11 SIGNAL CONDITIONING 28. 6.12 SIGNAL TRANSMISSION (TELEMETRY) 29. 6.15 NOMENCLATURE 30. Chapter 7: Process Control 31. 7.1 INTRODUCTION 32. 7.2 FEEDBACK CONTROL 33. 7.3 QUALITATIVE APPROACHES TO SIMPLE FEEDBACK CONTROL SYSTEM DESIGN 34. 7.4 THE TRANSFER FUNCTION 35. 7.5 TRANSFER FUNCTIONS OF CAPACITY SYSTEMS 36. 7.6 DISTANCE-VELOCITY LAG (DEAD TIME) 37. 7.7 TRANSFER FUNCTIONS OF FIXED PARAMETER CONTROLLERS 38. 7.8 RESPONSE OF CONTROL LOOP COMPONENTS TO FORCING FUNCTIONS 39. 7.9 TRANSFER FUNCTIONS OF FEEDBACK CONTROL SYSTEMS 40. 7.10 SYSTEM STABILITY AND THE CHARACTERISTIC EQUATION 41. 7.11 COMMON PROCEDURES FOR SETTING FEEDBACK CONTROLLER PARAMETERS 42. 7.12 SYSTEM COMPENSATION 43. 7.13 CASCADE CONTROL 44. 7.14 FEED-FORWARD AND RATIO CONTROL 45. 7.15 MIMO SYSTEMS—INTERACTION AND DECOUPLING 46. 7.16 NON-LINEAR SYSTEMS 47. 7.17 DISCRETE TIME CONTROL SYSTEMS 48. 7.18 ADAPTIVE CONTROL 49. 7.19 COMPUTER CONTROL OF A SIMPLE PLANT—THE OPERATOR INTERFACE 50. 7.20 DISTRIBUTED COMPUTER CONTROL SYSTEMS (DCCS) 51. 7.21 THE PROGRAMMABLE CONTROLLER 52. 7.22 REGULATORS AND ACTUATORS (CONTROLLERS AND CONTROL VALVES) 53. 7.23 APPENDICES 54. Problems 55. Conversion Factors for Some Common SI Units 56. Index
