Process Plant Design for Chemical Engineers: Guide to Practical Aspects of Engineering Decision Making serves as a practical guide for making appropriate, evidence-based decisions in process design. The book provides descriptions and analysis of many examples of real applications from different industries as examples of good and bad decisions, particularly how the information was used. Lessons learned from each example are considered and described to help engineers understand the risks associated with process design decisions and effective management. This resource will be valuable for both chemical engineering students and engineers in industry with it guidance on evidence-based decisions to ensure successful outcomes.
It will also be incredibly helpful to engineers faced with the task of scaling up a new process based on lab-scale research, especially those tasked with plant design and designing commercial scale processes. Students and engineers in a range of process industries such as chemical processing, minerals processing, food and wine, energy engineering, and similar related engineering fields will also find the content useful.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Review of existing technology - p. 25 3. Chapter 3. Process selection and design - p. 37 4. Chapter 4. Plant sizing and process scale-up - p. 71 5. Chapter 5. Size reduction and particle sizing - p. 97 6. Chapter 6. Materials storage and handling - p. 129 7. Chapter 7. Separation processes - p. 169 8. Chapter 8. Blending and feed preparation processes - p. 227 9. Chapter 9. Reactor choice and sizing - p. 249 10. Chapter 10. Process control and safety - p. 281 11. Chapter 11. Utilities - p. 355 12. Chapter 12. Future trends and concluding remarks - p. 411 13. Appendix A. Examples of Plant Design projects run at the University of Adelaide - p. 423 14. Index - p. 455
Process Plant Design for Chemical Engineers: Guide to Practical Aspects of Engineering Decision Making serves as a practical guide for making appropriate, evidence-based decisions in process design. The book provides descriptions and analysis of many examples of real applications from different industries as examples of good and bad decisions, particularly how the information was used. Lessons learned from each example are considered and described to help engineers understand the risks associated with process design decisions and effective management. This resource will be valuable for both chemical engineering students and engineers in industry with it guidance on evidence-based decisions to ensure successful outcomes.
It will also be incredibly helpful to engineers faced with the task of scaling up a new process based on lab-scale research, especially those tasked with plant design and designing commercial scale processes. Students and engineers in a range of process industries such as chemical processing, minerals processing, food and wine, energy engineering, and similar related engineering fields will also find the content useful.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Review of existing technology - p. 25 3. Chapter 3. Process selection and design - p. 37 4. Chapter 4. Plant sizing and process scale-up - p. 71 5. Chapter 5. Size reduction and particle sizing - p. 97 6. Chapter 6. Materials storage and handling - p. 129 7. Chapter 7. Separation processes - p. 169 8. Chapter 8. Blending and feed preparation processes - p. 227 9. Chapter 9. Reactor choice and sizing - p. 249 10. Chapter 10. Process control and safety - p. 281 11. Chapter 11. Utilities - p. 355 12. Chapter 12. Future trends and concluding remarks - p. 411 13. Appendix A. Examples of Plant Design projects run at the University of Adelaide - p. 423 14. Index - p. 455
