Linked e-resources
Details
Table of Contents
1. Chemistry considerations
1.1 Introduction
1.2 Elements, compounds, and radicals
1.3 Reactive characteristics of atoms
1.4 Molecules
1.5 Moles and normality
1.6 Properties of radicals
1.7 Ions
1.8 Inorganic chemicals
1.9 Units of measure
1.10 Milliequivalents
1.11 Reaction rates or "reaction kinetics"
1.12 Reactions common to wastewater treatment
1.13 Coagulation and flocculation
1.14 Hardness of water
1.15 Chemical oxygen demand
1.16 Total organic carbon
1.17 Fats, oil, and grease
1.18 Material balance calculations
1.19 Emerging chemicals of concern
2. Biology considerations
2.1 Introduction
2.2 Bacteria
2.3 Viruses
2.4 Algae
2.5 Fungi
2.6 Protozoans
2.7 Microscopic multicellular organisms
2.8 Pathogens
2.9 Indicator organisms
2.10 Biological oxygen demand
2.11 BOD formulas of concern
2.12 Biological decay rate k
2.13 Nitrogenous BOD
2.14 Temperature effects on k-rate
2.15 Biological growth curve kinetics
2.16 Dissolved oxygen concepts, measurement, and relevance
2.17 Biological nitrification and denitrification
3. Wastewater treatment processes
3.1 Introduction
3.2 Basic design parameters
3.3 Preliminary treatment units
3.4 Primary treatment units
3.5 Secondary treatment
3.6 Sludge management
3.7 Tertiary treatment units
3.8 Details of disinfection of wastewater
4. Sedimentation fundamentals
4.1 Introduction
4.2 Discrete particle sedimentation
4.3 Flocculant particle sedimentation
4.4 Weirs
4.5 Clarifier design
4.6 Flocculator clarifiers
4.7 Design of discrete particle clarifiers
4.8 Design of flocculant particle clarifiers
4.9 Hindered settling
4.10 Design of upflow clarifiers
5. Subsurface wastewater disposal
5.1 Introduction
5.2 Conventional subsurface disposal systems
5.3 Alternative disposal field designs
6. Water reuse
6.1 Introduction
6.2 Specific reuse options
About the author
Index.
1.1 Introduction
1.2 Elements, compounds, and radicals
1.3 Reactive characteristics of atoms
1.4 Molecules
1.5 Moles and normality
1.6 Properties of radicals
1.7 Ions
1.8 Inorganic chemicals
1.9 Units of measure
1.10 Milliequivalents
1.11 Reaction rates or "reaction kinetics"
1.12 Reactions common to wastewater treatment
1.13 Coagulation and flocculation
1.14 Hardness of water
1.15 Chemical oxygen demand
1.16 Total organic carbon
1.17 Fats, oil, and grease
1.18 Material balance calculations
1.19 Emerging chemicals of concern
2. Biology considerations
2.1 Introduction
2.2 Bacteria
2.3 Viruses
2.4 Algae
2.5 Fungi
2.6 Protozoans
2.7 Microscopic multicellular organisms
2.8 Pathogens
2.9 Indicator organisms
2.10 Biological oxygen demand
2.11 BOD formulas of concern
2.12 Biological decay rate k
2.13 Nitrogenous BOD
2.14 Temperature effects on k-rate
2.15 Biological growth curve kinetics
2.16 Dissolved oxygen concepts, measurement, and relevance
2.17 Biological nitrification and denitrification
3. Wastewater treatment processes
3.1 Introduction
3.2 Basic design parameters
3.3 Preliminary treatment units
3.4 Primary treatment units
3.5 Secondary treatment
3.6 Sludge management
3.7 Tertiary treatment units
3.8 Details of disinfection of wastewater
4. Sedimentation fundamentals
4.1 Introduction
4.2 Discrete particle sedimentation
4.3 Flocculant particle sedimentation
4.4 Weirs
4.5 Clarifier design
4.6 Flocculator clarifiers
4.7 Design of discrete particle clarifiers
4.8 Design of flocculant particle clarifiers
4.9 Hindered settling
4.10 Design of upflow clarifiers
5. Subsurface wastewater disposal
5.1 Introduction
5.2 Conventional subsurface disposal systems
5.3 Alternative disposal field designs
6. Water reuse
6.1 Introduction
6.2 Specific reuse options
About the author
Index.