9780073401188

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Wastewater Engineering: Treatment and Resource Recovery, 5/e is a thorough update of McGraw-Hill's authoritative book on wastewater treatment. No environmental engineering professional or civil or environmental engineering major should be without a copy of this book - describing the rapidly evolving field of wastewater engineering technological and regulatory changes that have occurred over the last ten years in this discipline, including: a new view of a wastewater as a source of energy, nutrients and potable water; more stringent discharge requirements related to nitrogen and phosphorus; enhanced understanding of the fundamental microbiology and physiology of the microorganisms responsible for the removel of nitrogen and phosphorus and other constituents; an appreciation of the importance of the separate treatment of return flows with respect to meeting more stringent standards for nitrogen removal and opportunities for nutrient recovery; increased emphasis on the treatment of sludge and the management of biosolids; increased awareness of carbon footprints impacts and greenhouse gas emissions, and an emphasis on the development of energy neutral or energy positive wastewater plants through more efficient use of chemical and heat energy in wastewater.

This revision contains a strong focus on advanced wastewater treatment technologies and stresses the reuse aspects of wastewater and biosolids.

1. Introduction to Wastewater Treatment and Process Analysis
2. Wastewater Characteristics
3. Wastewater Flowrates and Constituent Loadings
4. Wastewater Treatment Process Selection, Design, and Implementation
5. Physical Unit Operations
6. Chemical Unit Processes
7. Fundamentals of Biological Treatment
8. Suspended Growth Biological Treatment Processes
9. Attached Growth and Combined Biological Treatment Processes
10. Anaerobic Suspended and Attached Growth Biological Treatment Processes
11. Separation Processes for Removal of Residual Constituents
12. Disinfection Processes
13. Processing and Treatment of Sludges
14. Biosolids Processing, Resource Recovery and Beneficial Use
15. Plant Recycle Flow Treatment and Nutrient Recovery
16. Air Emissions from Wastewater Treatment Facilities and Their Control
17. Energy Considerations in Wastewater Management
18. Wastewater Management: Future Challenges and Opportunties
Appendixes
A Conversion Factors
B Physical Properties of Selected Gases and the Composition of Air
C Physical Properties of Water
D Statistical Analysis of Data
E Dissolved Oxygen Concentration in Water as a Function of Temperature, Salinity and Barometric Pressure
F Carbonate Equilibrium
G Moody Diagrams for the Analysis of Flow in Pipes
H Analysis of Nonideal Flow in Reactors Using Tracers
I Modeling Nonideal Flow in Reactors

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Wastewater Engineering: Treatment and Resource Recovery

Wastewater Engineering: Treatment and Resource Recovery

0073401188

Summary

Table of Contents

2. Wastewater Characteristics

3. Wastewater Flowrates and Constituent Loadings

4. Wastewater Treatment Process Selection, Design, and Implementation

5. Physical Unit Operations

6. Chemical Unit Processes

7. Fundamentals of Biological Treatment

8. Suspended Growth Biological Treatment Processes

9. Attached Growth and Combined Biological Treatment Processes

10. Anaerobic Suspended and Attached Growth Biological Treatment Processes

11. Separation Processes for Removal of Residual Constituents

12. Disinfection Processes

13. Processing and Treatment of Sludges

14. Biosolids Processing, Resource Recovery and Beneficial Use

15. Plant Recycle Flow Treatment and Nutrient Recovery

16. Air Emissions from Wastewater Treatment Facilities and Their Control

17. Energy Considerations in Wastewater Management

18. Wastewater Management: Future Challenges and Opportunties

Appendixes

A Conversion Factors

B Physical Properties of Selected Gases and the Composition of Air

C Physical Properties of Water

D Statistical Analysis of Data

E Dissolved Oxygen Concentration in Water as a Function of Temperature, Salinity and Barometric Pressure

F Carbonate Equilibrium

G Moody Diagrams for the Analysis of Flow in Pipes

H Analysis of Nonideal Flow in Reactors Using Tracers

I Modeling Nonideal Flow in Reactors

Supplemental Materials