Wastewater reuse. 1, Characteristics, uses, applications, filtration and disinfection of water / Kader Gaid.

Format:

Book

Author/Creator:

Gaid, Kader, author.

Contributor:

Wiley InterScience (Online service)

Series:

Ecological sciences (ISTE Ltd.)

Ecological sciences series

Language:

English

Subjects (All):

Water reuse.

Sewage--Purification.

Sewage.

Sewage--Purification--Filtration.

Physical Description:

1 online resource (viii, 317 pages) : color illustrations.

Other Title:

Characteristics, uses, applications, filtration and disinfection of water

Place of Publication:

London, UK : ISTE Ltd ; Hoboken, NJ : John Wiley & Sons, Incorporated, 2025.

Contents:

Cover

Title Page

Copyright Page

Contents

Chapter 1. Treated Wastewater Reuse: A New Resource

1.1. Observations on the current situation

1.2. Climate change

1.3. Solutions to reduce water stress

1.3.1. Direct and indirect reuse

1.4. The various purposes of reuse

1.5. Adapting to the local context

1.6. Policies and institutions to support reuse

1.7. Glossary

1.8. References

Chapter 2. Characterization of Treated Wastewater

2.1. Main parameters defining the quality of treated wastewater

2.1.1. Indicators of organic matter: biological oxygen demand, chemical oxygen demand and total organic carbon

2.1.2. Suspended solids

2.1.3. Nitrogen

2.1.4. Phosphorus

2.1.5. Pesticides and endocrine disruptors

2.2. Microbiological aspects

2.2.1. Bacteria

2.2.2. Enteric viruses

2.2.3. Enteric protozoa

2.2.4. Helminth eggs

2.2.5. Fecal contamination indicators

2.3. References

Chapter 3. Applications and Uses of Reused Water

3.1. The different uses

3.1.1. Agriculture

3.1.2. Reuse in industry

3.1.3. Groundwater recharge

3.1.4. Recreational and environmental areas

3.1.5. Urban non-food uses

3.1.6. Drinking water

3.2. References

Chapter 4. Regulations

4.1. Regulations, state of the art and future challenges of municipal wastewater treatment and water reuse

4.2. Regulations for treated wastewater reuse in France

4.2.1. Application to irrigation

4.3. European Directive

4.3.1. Minimum requirements applicable to reclaimed water intended for agricultural irrigation

4.4. World Health Organization

4.4.1. Objectives of pathogen reduction for the different irrigation types

4.4.2. Monitoring/verification

4.5. Regulation on treated wastewater reuse in the United States

4.6. Regulation on water reuse in China

4.7. Australia.

4.8. Mediterranean countries and the Middle East

4.9. Conclusion

4.10. References

Chapter 5. Treated Wastewater Reuse Planning

5.1. Project objectives and limitations

5.1.1. Preliminary investigations

5.1.2. Selection of potential markets

5.1.3. Assessment of alternatives

5.1.4. Awareness and education

5.1.5. Importance of terminology

5.1.6. Economic and legal aspects

5.2. References

Chapter 6. Treatment Technologies

6.1. Use of raw wastewater

6.2. Bases of the treatment process concept

6.3. References

Chapter 7. Tertiary Filtration

7.1. Gravity filtration without reagents

7.1.1. Rapid filters and high-rate filters (HRF)

7.1.2. Dual-media filters

7.1.3. Pressure filters

7.2. Gravity filtration with reagents

7.3. Filtration mechanisms

7.4. Implementation parameters

7.4.1. Media

7.4.2. Media height ratio/d10

7.4.3. Effective size ratio

7.5. Size parameters: filtration rate and media height

7.5.1. Filter depth modelling

7.6. Operating parameters

7.6.1. Pressure drop in a clean filter

7.6.2. Retention capacity

7.6.3. Filter backwashing conditions

7.7. Filtration technologies

7.7.1. Conventional single-layer filters

7.7.2. High-rate filters

7.7.3. Example of tertiary filtration design on single-media filter

7.7.4. Dual-media filters

7.7.5. Filters under pressure

7.7.6. Performances of gravity filters

7.8. Mobile material filters

7.9. Rotary drum filters

7.9.1. Hydrotech filter characteristics

7.10. References

Chapter 8. Disinfection

8.1. Microorganisms present in treated wastewater

8.1.1. Bacteria

8.1.2. Viruses

8.1.3. Parasites

8.2. General rules of chemical disinfection

8.2.1. Mode of action of chemical disinfectants in treated wastewater

8.2.2. Reduction principle of the number of germs

"Log" units.

8.3. Factors influencing the effectiveness of chemical disinfection

8.3.1. Turbidity

8.3.2. Presence of oxidizable matter

8.3.3. Injection mode and point

8.3.4. Design of the contact tank

8.4. Qualities of a good disinfectant

8.5. The main techniques of wastewater chemical disinfection

8.5.1. Chlorine disinfection

8.5.2. Chlorine dioxide disinfection

8.5.3. Chloramination

8.6. Disinfection with ozone

8.6.1. General information on ozone

8.6.2. Preparation and implementation of ozone

8.6.3. Transfer of ozone in water to be treated

8.6.4. Performance of disinfection with ozone

8.7. Organic peracids: performic acid and peracetic acid

8.7.1. Production organic peracids

8.7.2. Disinfection and oxidation mechanisms of organic peracids

8.7.3. Performic acid

8.7.4. Peracetic acid

8.7.5. Degradation kinetics of peracids

8.7.6. Primary, secondary and tertiary wastewater applications

8.8. UV disinfection

8.8.1. General information on UV radiation

8.8.2. Inactivation mechanisms

8.8.3. Lethal dose and inactivation kinetics

8.8.4. Implementation

8.8.5. Sizing parameters

8.8.6. Factors influencing UV treatment efficiency

8.8.7. Performance

8.8.8. UV disinfection advantages and disadvantages in wastewater

8.9. Criteria for selecting a disinfection technique

8.10. References

Index

EULA.

Notes:

Includes bibliographical references and index.

Electronic reproduction. Hoboken, N.J. Available via World Wide Web.

Description based on online resource; title from digital title page (viewed on March 20, 2025).

ISBN:

9781394351787

139435178X

9781394351763

1394351763

Publisher Number:

90103896132

Access Restriction:

Restricted for use by site license.