Industrial Water Conservation: Systematic Design Tools and Case Studies offers fundamental knowledge of various established process integration tools for water conservation, including water pinch analysis and mathematical programming techniques. The book provides a demonstration of water conservation tools on various industrial case studies, enabling readers to learn how these methods can be implemented in actual industrial settings. Part A provides various systematic methods on water recovery system design based on process integration techniques, whereas Part B provides various industrial case studies covering the success stories of the implementation of the methods covered in Part A.
This is an indispensable resource for practitioners in various industrial sectors – chemicals and petrochemicals, pulp and paper, food and beverage, textile, etc., consultants in water-related industries, as well as (post)-graduate students in chemical engineering.
1. Chapter 1. Introduction to process integration and water minimization - p. 1 2. Part A: Fundamentals of water recovery system design - p. P15 3. Chapter 2. Basics of water pinch analysis - p. 17 4. Chapter 3. Basics of matrix pinch method - p. 37 5. Chapter 4. Basics of automated targeting model (ATM) - p. 61 6. Chapter 5. Basics of mathematical programming - p. 71 7. Part B: Industrial case studies - p. P101 8. Chapter 6. Application of water pinch analysis for water regeneration network in a crude oil refinery - p. 103 9. Chapter 7. Application of matrix-pinch method for batch water network design in an agrochemical facility - p. 121 10. Chapter 8. Application of ATM on an alkene production process - p. 135 11. Chapter 9. Application of ATM for property integration in a wafer fabrication plant - p. 151 12. Chapter 10. Application of mathematical programming on a catalyst plant - p. 163 13. Chapter 11. Application of mathematical programming on a viscose fiber plant - p. 177 14. Chapter 12. Application of mathematical programming on a printing and dyeing plant - p. 189 15. Chapter 13. Application of mathematical programming on a starch production plant - p. 213 16. Index - p. 225
Industrial Water Conservation: Systematic Design Tools and Case Studies offers fundamental knowledge of various established process integration tools for water conservation, including water pinch analysis and mathematical programming techniques. The book provides a demonstration of water conservation tools on various industrial case studies, enabling readers to learn how these methods can be implemented in actual industrial settings. Part A provides various systematic methods on water recovery system design based on process integration techniques, whereas Part B provides various industrial case studies covering the success stories of the implementation of the methods covered in Part A.
This is an indispensable resource for practitioners in various industrial sectors – chemicals and petrochemicals, pulp and paper, food and beverage, textile, etc., consultants in water-related industries, as well as (post)-graduate students in chemical engineering.
1. Chapter 1. Introduction to process integration and water minimization - p. 1 2. Part A: Fundamentals of water recovery system design - p. P15 3. Chapter 2. Basics of water pinch analysis - p. 17 4. Chapter 3. Basics of matrix pinch method - p. 37 5. Chapter 4. Basics of automated targeting model (ATM) - p. 61 6. Chapter 5. Basics of mathematical programming - p. 71 7. Part B: Industrial case studies - p. P101 8. Chapter 6. Application of water pinch analysis for water regeneration network in a crude oil refinery - p. 103 9. Chapter 7. Application of matrix-pinch method for batch water network design in an agrochemical facility - p. 121 10. Chapter 8. Application of ATM on an alkene production process - p. 135 11. Chapter 9. Application of ATM for property integration in a wafer fabrication plant - p. 151 12. Chapter 10. Application of mathematical programming on a catalyst plant - p. 163 13. Chapter 11. Application of mathematical programming on a viscose fiber plant - p. 177 14. Chapter 12. Application of mathematical programming on a printing and dyeing plant - p. 189 15. Chapter 13. Application of mathematical programming on a starch production plant - p. 213 16. Index - p. 225
