Industrial Ventilation Design Guidebook, Volume 2: Engineering Design and Applications brings together researchers, engineers (both design and plants), and scientists to develop a fundamental scientific understanding of ventilation to help engineers implement state-of-the-art ventilation and contaminant control technology. Now in two volumes, this reference contains extensive revisions and updates as well as a unique section on best practices for the following industrial sectors: Automotive; Cement; Biomass Gasifiers; Advanced Manufacturing; Industrial 4.0); Non-ferrous Smelters; Lime Kilns; Pulp and Paper; Semiconductor Industry; Steelmaking; Mining.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Local ventilation - p. 7 3. Abstract - p. 7 4. 2.1 General - p. 7 5. 2.2 Exhaust hoods - p. 10 6. 2.3 Supply inlets - p. 49 7. 2.4 Combined exhaust hoods and supply air systems - p. 66 8. 2.5 Evaluation of local ventilation systems - p. 97 9. References - p. 106 10. Further reading - p. 106 11. Chapter 3. Design with modeling techniques - p. 109 12. Abstract - p. 109 13. 3.1 Introduction - p. 109 14. 3.2 Computational fluid dynamics for airflow distribution - p. 111 15. 3.3 Modeling methods for pollutant dispersion and air cleaning - p. 135 16. 3.4 Thermal building dynamics simulation - p. 153 17. 3.5 Integrated airflow and thermal modeling - p. 168 18. 3.6 Mixed convection at high Rayleigh number - p. 174 19. References - p. 179 20. Chapter 4. Experimental techniques - p. 185 21. Abstract - p. 185 22. 4.1 Introduction - p. 185 23. 4.2 Visualization of airflow and contaminant dispersion - p. 186 24. 4.3 Measurement technology - p. 193 25. 4.4 Scale-model experiments - p. 259 26. Nomenclature - p. 271 27. References - p. 272 28. Further reading - p. 272 29. Chapter 5. Gas-cleaning technology - p. 279 30. Abstract - p. 279 31. 5.1 General - p. 279 32. 5.2 Particle removal - p. 279 33. 5.3 Gaseous compounds - p. 322 34. 5.4 Fume control technology - p. 334 35. 5.5 Emission measurement technology - p. 346 36. References - p. 368 37. Chapter 6. Commissioning, control, and maintenance of ventilation systems - p. 373 38. Chapter 7. Environmental assessment tools - p. 435 39. Chapter 8. Best practices in industrial ventilation - p. 449 40. SubChapter 8.1. Primary aluminum smelters - p. 449 41. Subchapter 8.2. Cement industry - p. 466 42. SubChapter 8.3. Operating room ventilation - p. 491 43. 8.3.1 Overview - p. 492 44. 8.3.2 Design methodology - p. 494 45. 8.3.3 Design toolkits - p. 500 46. 8.3.4 Cleantech—case studies of best practices for selected industries - p. 501 47. 8.3.5 Future challenges/opportunities - p. 505 48. Further reading - p. 505 49. Subchapter 8.4. Underground mine ventilation - p. 505 50. Subchapter 8.5. Best engineering control practices in nanotechnology - p. 526 51. Subchapter 8.6. Nonferrous smelters - p. 545 52. Subchapter 8.7. Ventilation strategy for oil mist control in machine factory - p. 562 53. Subchapter 8.8. Commercial kitchen ventilation design, emissions control, and airborne contaminant mitigation - p. 572 54. 8.8.1 Overview - p. 573 55. 8.8.2 Ventilation design methodology - p. 573 56. 8.8.3 Emission control overview - p. 579 57. 8.8.4 Case studies of best practices for selected industries - p. 586 58. SubChapter 8.9. Steelmaking - p. 589 59. SubChapter 8.10. Urban road tunnels - p. 608 60. Subchapter 8.11. Ventilation strategy for random pollutant release from the rubber vulcanization process - p. 625 61. Appendix. Physical Factors, Units, Definitions and References - p. 641 62. Dimensionless numbers - p. 641 63. Glossary - p. 643 64. International and National Bodies - p. 686 65. Further reading - p. 687 66. Index - p. 699
Industrial Ventilation Design Guidebook, Volume 2: Engineering Design and Applications brings together researchers, engineers (both design and plants), and scientists to develop a fundamental scientific understanding of ventilation to help engineers implement state-of-the-art ventilation and contaminant control technology. Now in two volumes, this reference contains extensive revisions and updates as well as a unique section on best practices for the following industrial sectors: Automotive; Cement; Biomass Gasifiers; Advanced Manufacturing; Industrial 4.0); Non-ferrous Smelters; Lime Kilns; Pulp and Paper; Semiconductor Industry; Steelmaking; Mining.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Local ventilation - p. 7 3. Abstract - p. 7 4. 2.1 General - p. 7 5. 2.2 Exhaust hoods - p. 10 6. 2.3 Supply inlets - p. 49 7. 2.4 Combined exhaust hoods and supply air systems - p. 66 8. 2.5 Evaluation of local ventilation systems - p. 97 9. References - p. 106 10. Further reading - p. 106 11. Chapter 3. Design with modeling techniques - p. 109 12. Abstract - p. 109 13. 3.1 Introduction - p. 109 14. 3.2 Computational fluid dynamics for airflow distribution - p. 111 15. 3.3 Modeling methods for pollutant dispersion and air cleaning - p. 135 16. 3.4 Thermal building dynamics simulation - p. 153 17. 3.5 Integrated airflow and thermal modeling - p. 168 18. 3.6 Mixed convection at high Rayleigh number - p. 174 19. References - p. 179 20. Chapter 4. Experimental techniques - p. 185 21. Abstract - p. 185 22. 4.1 Introduction - p. 185 23. 4.2 Visualization of airflow and contaminant dispersion - p. 186 24. 4.3 Measurement technology - p. 193 25. 4.4 Scale-model experiments - p. 259 26. Nomenclature - p. 271 27. References - p. 272 28. Further reading - p. 272 29. Chapter 5. Gas-cleaning technology - p. 279 30. Abstract - p. 279 31. 5.1 General - p. 279 32. 5.2 Particle removal - p. 279 33. 5.3 Gaseous compounds - p. 322 34. 5.4 Fume control technology - p. 334 35. 5.5 Emission measurement technology - p. 346 36. References - p. 368 37. Chapter 6. Commissioning, control, and maintenance of ventilation systems - p. 373 38. Chapter 7. Environmental assessment tools - p. 435 39. Chapter 8. Best practices in industrial ventilation - p. 449 40. SubChapter 8.1. Primary aluminum smelters - p. 449 41. Subchapter 8.2. Cement industry - p. 466 42. SubChapter 8.3. Operating room ventilation - p. 491 43. 8.3.1 Overview - p. 492 44. 8.3.2 Design methodology - p. 494 45. 8.3.3 Design toolkits - p. 500 46. 8.3.4 Cleantech—case studies of best practices for selected industries - p. 501 47. 8.3.5 Future challenges/opportunities - p. 505 48. Further reading - p. 505 49. Subchapter 8.4. Underground mine ventilation - p. 505 50. Subchapter 8.5. Best engineering control practices in nanotechnology - p. 526 51. Subchapter 8.6. Nonferrous smelters - p. 545 52. Subchapter 8.7. Ventilation strategy for oil mist control in machine factory - p. 562 53. Subchapter 8.8. Commercial kitchen ventilation design, emissions control, and airborne contaminant mitigation - p. 572 54. 8.8.1 Overview - p. 573 55. 8.8.2 Ventilation design methodology - p. 573 56. 8.8.3 Emission control overview - p. 579 57. 8.8.4 Case studies of best practices for selected industries - p. 586 58. SubChapter 8.9. Steelmaking - p. 589 59. SubChapter 8.10. Urban road tunnels - p. 608 60. Subchapter 8.11. Ventilation strategy for random pollutant release from the rubber vulcanization process - p. 625 61. Appendix. Physical Factors, Units, Definitions and References - p. 641 62. Dimensionless numbers - p. 641 63. Glossary - p. 643 64. International and National Bodies - p. 686 65. Further reading - p. 687 66. Index - p. 699
