Wetlands for Water Pollution Control is the third edition of the reputable reference guide by Miklas Scholz- formerly known as Wetland Systems to Control Urban Runoff. The book covers broad water and environmental engineering aspects relevant for the drainage and treatment of storm water and wastewater, providing a descriptive overview of complex ‘black box’ treatment systems and general design issues involved.
The fundamental science and engineering principles will be explained to address the student and professional market. Standard and novel design recommendations for predominantly constructed wetlands and related sustainable drainage systems will also be provided to account for the interests of the professional engineers and environmental scientists. Latest research findings in wastewater treatment and runoff control will be discussed to attract academics and senior consultants who should recommend the proposed textbook to final year and postgraduate students, and graduate engineers, respectively.
1. Section A : Introduction - p. Page xiii 2. Chapter 1 : Water quality standards - p. Page xiii 3. Chapter 2 : Water treatment - p. Page 10 4. Chapter 3 : Sewage treatment - p. Page 14 5. Chapter 4 : Stream pollution and effluent standards - p. Page 14 6. Chapter 5 : Preliminary treatment - p. Page 20 7. Chapter 6 : Primary treatment - p. Page 27 8. Chapter 7 : Coagulation and flocculation - p. Page 37 9. Chapter 8 : Sludge blanket clarifiers - p. Page 48 10. Chapter 9 : Flotation systems - p. Page 55 11. Chapter 10 : Slow filtration - p. Page 61 12. Chapter 11 : Rapid filtration - p. Page 69 13. Chapter 12 : Biological treatment - p. Page 77 14. Chapter 13 : Biological filtration - p. Page 81 15. Chapter 14 : Rotating biological contactors - p. Page 86 16. Chapter 15 : Activated sludge processes - p. Page 92 17. Chapter 16 : Iron and manganese removal - p. Page 107 18. Chapter 17 : Water softening - p. Page 111 19. Chapter 18 : Water microbiology - p. Page 116 20. Chapter 19 : Disinfection - p. Page 130 21. Chapter 20 : Constructed wetlands - p. Page 138 22. Chapter 21 : Sludge treatment and disposal - p. Page 158 23. Section B : Introduction - p. Page 170 24. Chapter 22 : Wetlands treating contaminated stream water - p. Page 170 25. Chapter 23 : Wetland systems to control roof runoff - p. Page 192 26. Chapter 24 : Wetlands treating road runoff - p. Page 211 27. Chapter 25 : Combined wetland and below-ground detention systems - p. Page 230 28. Chapter 26 : Modeling of constructed wetland performance - p. Page 240 29. Chapter 27 : Infiltration wetland systems - p. Page 262 30. Section C : Introduction - p. Page 274 31. Chapter 28 : Retrofitting of sustainable drainage systems in the presence of vegetation - p. Page 274 32. Chapter 29 : Tree species for use in urban areas supporting sustainable drainage - p. Page 302 33. Chapter 30 : Expert tool based on ecosystem service variables for retrofitting of wetland systems - p. Page 331 34. Chapter 31 : Sustainable drainage system model - p. Page 349 35. Section D : Introduction - p. Page 374 36. Chapter 32 : Natural wetlands treating diffuse pollution - p. Page 374 37. Chapter 33 : Impact of climate change on wetland ecosystems - p. Page 401 38. Chapter 34 : Future climate scenario impacts on peatland and constructed wetland water quality under water level management - p. Page 430 39. Chapter 35 : Integrated constructed wetlands for pollution control - p. Page 452 40. Chapter 36 : Infiltration and contaminant migration beneath integrated constructed wetlands - p. Page 464 41. Section E : Introduction - p. Page 480 42. Chapter 37 : Seasonal assessment of vertical-flow wetlands treating domestic wastewater - p. Page 482 43. Chapter 38 : Comparison of domestic wastewater treatment by mature vertical-flow constructed wetlands and ponds - p. Page 494 44. Chapter 39 : Recycling of domestic wastewater treated by vertical-flow wetlands for irrigation - p. Page 524 45. Chapter 40 : Microbial contamination of Capsicum annuum irrigated with recycled domestic wastewater treated by wetlands - p. Page 541 46. Chapter 41 : Contamination of soil and Capsicum annuum irrigated with recycled domestic wastewater - p. Page 570 47. Chapter 42 : Modeling of vertical subsurface-flow constructed wetlands treating municipal wastewater in hot and dry climate - p. Page 602 48. Chapter 43 : Remediation of graywater in floating treatment wetlands - p. Page 628 49. Chapter 44 : Graywater treatment with pelletized mine water sludge - p. Page 671 50. Chapter 45 : Industrial water treatment within a planted wetland and subsequent effluent reuse to grow vegetables - p. Page 715 51. Chapter 46 : Piggery wastewater treatment with integrated constructed wetlands - p. Page 730 52. Chapter 47 : Dye wastewater treatment by vertical-flow wetlands - p. Page 749 53. Chapter 48 : Ponds covered with Lemna minor treating dyes - p. Page 778 54. Section F : Introduction - p. Page 827 55. Chapter 49 : Wetland systems as part of the sustainable flood retention basin concept - p. Page 827 56. Chapter 50 : Classification of sustainable flood retention basins - p. Page 854 57. Chapter 51 : Water-sensitive urban development for climate change adaptation* - p. Page 880 58. GENERIC-TITLE - p. Page 897 59. Index - p. Page 897
Wetlands for Water Pollution Control is the third edition of the reputable reference guide by Miklas Scholz- formerly known as Wetland Systems to Control Urban Runoff. The book covers broad water and environmental engineering aspects relevant for the drainage and treatment of storm water and wastewater, providing a descriptive overview of complex ‘black box’ treatment systems and general design issues involved.
The fundamental science and engineering principles will be explained to address the student and professional market. Standard and novel design recommendations for predominantly constructed wetlands and related sustainable drainage systems will also be provided to account for the interests of the professional engineers and environmental scientists. Latest research findings in wastewater treatment and runoff control will be discussed to attract academics and senior consultants who should recommend the proposed textbook to final year and postgraduate students, and graduate engineers, respectively.
1. Section A : Introduction - p. Page xiii 2. Chapter 1 : Water quality standards - p. Page xiii 3. Chapter 2 : Water treatment - p. Page 10 4. Chapter 3 : Sewage treatment - p. Page 14 5. Chapter 4 : Stream pollution and effluent standards - p. Page 14 6. Chapter 5 : Preliminary treatment - p. Page 20 7. Chapter 6 : Primary treatment - p. Page 27 8. Chapter 7 : Coagulation and flocculation - p. Page 37 9. Chapter 8 : Sludge blanket clarifiers - p. Page 48 10. Chapter 9 : Flotation systems - p. Page 55 11. Chapter 10 : Slow filtration - p. Page 61 12. Chapter 11 : Rapid filtration - p. Page 69 13. Chapter 12 : Biological treatment - p. Page 77 14. Chapter 13 : Biological filtration - p. Page 81 15. Chapter 14 : Rotating biological contactors - p. Page 86 16. Chapter 15 : Activated sludge processes - p. Page 92 17. Chapter 16 : Iron and manganese removal - p. Page 107 18. Chapter 17 : Water softening - p. Page 111 19. Chapter 18 : Water microbiology - p. Page 116 20. Chapter 19 : Disinfection - p. Page 130 21. Chapter 20 : Constructed wetlands - p. Page 138 22. Chapter 21 : Sludge treatment and disposal - p. Page 158 23. Section B : Introduction - p. Page 170 24. Chapter 22 : Wetlands treating contaminated stream water - p. Page 170 25. Chapter 23 : Wetland systems to control roof runoff - p. Page 192 26. Chapter 24 : Wetlands treating road runoff - p. Page 211 27. Chapter 25 : Combined wetland and below-ground detention systems - p. Page 230 28. Chapter 26 : Modeling of constructed wetland performance - p. Page 240 29. Chapter 27 : Infiltration wetland systems - p. Page 262 30. Section C : Introduction - p. Page 274 31. Chapter 28 : Retrofitting of sustainable drainage systems in the presence of vegetation - p. Page 274 32. Chapter 29 : Tree species for use in urban areas supporting sustainable drainage - p. Page 302 33. Chapter 30 : Expert tool based on ecosystem service variables for retrofitting of wetland systems - p. Page 331 34. Chapter 31 : Sustainable drainage system model - p. Page 349 35. Section D : Introduction - p. Page 374 36. Chapter 32 : Natural wetlands treating diffuse pollution - p. Page 374 37. Chapter 33 : Impact of climate change on wetland ecosystems - p. Page 401 38. Chapter 34 : Future climate scenario impacts on peatland and constructed wetland water quality under water level management - p. Page 430 39. Chapter 35 : Integrated constructed wetlands for pollution control - p. Page 452 40. Chapter 36 : Infiltration and contaminant migration beneath integrated constructed wetlands - p. Page 464 41. Section E : Introduction - p. Page 480 42. Chapter 37 : Seasonal assessment of vertical-flow wetlands treating domestic wastewater - p. Page 482 43. Chapter 38 : Comparison of domestic wastewater treatment by mature vertical-flow constructed wetlands and ponds - p. Page 494 44. Chapter 39 : Recycling of domestic wastewater treated by vertical-flow wetlands for irrigation - p. Page 524 45. Chapter 40 : Microbial contamination of Capsicum annuum irrigated with recycled domestic wastewater treated by wetlands - p. Page 541 46. Chapter 41 : Contamination of soil and Capsicum annuum irrigated with recycled domestic wastewater - p. Page 570 47. Chapter 42 : Modeling of vertical subsurface-flow constructed wetlands treating municipal wastewater in hot and dry climate - p. Page 602 48. Chapter 43 : Remediation of graywater in floating treatment wetlands - p. Page 628 49. Chapter 44 : Graywater treatment with pelletized mine water sludge - p. Page 671 50. Chapter 45 : Industrial water treatment within a planted wetland and subsequent effluent reuse to grow vegetables - p. Page 715 51. Chapter 46 : Piggery wastewater treatment with integrated constructed wetlands - p. Page 730 52. Chapter 47 : Dye wastewater treatment by vertical-flow wetlands - p. Page 749 53. Chapter 48 : Ponds covered with Lemna minor treating dyes - p. Page 778 54. Section F : Introduction - p. Page 827 55. Chapter 49 : Wetland systems as part of the sustainable flood retention basin concept - p. Page 827 56. Chapter 50 : Classification of sustainable flood retention basins - p. Page 854 57. Chapter 51 : Water-sensitive urban development for climate change adaptation* - p. Page 880 58. GENERIC-TITLE - p. Page 897 59. Index - p. Page 897
