sponsored by Sustainable Sludge Management Task Committee of the Environmental Council, Environmental and Water Resources Institute (EWRI) of the American Society of Civil Engineers ; edited by R.D. Tyagi [and others].
Contents --;Chapter 1 Introduction --;1.1 Background --;1.2 Production of Value Added Products from Wastewater Sludge --;Chapter 2 Wastewater Sludge Characteristics --;2.1 Introduction --;2.2 Physical Characteristics --;2.3 Chemical Characteristics --;2.4 Biological Characteristics --;2.5 The Role of Sludge Characteristics on Production of Value Added Products from Sludge --;2.6 Conclusion --;2.7 Acknowledgements --;2.8 References --;Chapter 3 Value Added Products from Wastewater Sludge: A Road to Sustainability --;3.1 Introduction 3.2 Conventional Value-Added Products3.3 Problems Associated with Traditional Applications of Sludge --;3.4 Future Outlook --;3.5 Conclusion --;3.6 Acknowledgements --;3.7 References --;Chapter 4 Emerging Value Added Products and Miscellaneous Products --;4.1 Introduction of Emerging Value Added Products --;4.2 Construction Materials --;4.3 Biosorbents --;4.4 Fuels --;4.5 Introduction of Miscellaneous Products --;4.6 Conclusion --;4.7 Acknowledgements --;4.8 References --;Chapter 5 Biosurfactants --;5.1 Introduction 5.2 Types, Characteristics, Advantages and Disadvantages5.3 Production of Biosurfactants --;5.4 Potential Commercial Applications --;5.5 Case Studies --;5.6 Concluding Remarks --;5.7 Acknowledgements --;5.8 References --;Chapter 6 Bioplastics from Activated Sludge --;6.1 Introduction --;6.2 Waste Materials as Carbon Substrates for PHA Production Using Pure Cultures --;6.3 Mixed Cultures in Activated Sludge Used as the Microorganisms for PHA Production --;6.4 Conclusion --;6.5 Acknowledgements --;6.6 References --;Chapter 7 Bioflocculants --;7.1 Introduction 7.2 Background of Bioflocculants in Wastewater Sludge7.3 Bioflocculation of Sludge --;7.4 Conclusion --;7.5 Acknowledgements --;7.6 References --;Chapter 8 Biopesticides�Bacillus thuringiensis --;8.1 Introduction --;8.2 Fermentation --;8.3 Scale-up of Bt Fermentation --;8.4 Issues Related to Using Sludge as a Raw Material for Biopesticides Production --;8.5 Downstream Processing�Centrifugation and Ultrafiltration --;8.6 Formulation Development --;8.7 Registration of Bt Biopesticides --;8.8 Field Application --;8.9 Future Outlook --;8.10 Conclusion 8.11 Acknowledgements8.12 References --;Chapter 9 Biofertilizers/Bioinoculants --;9.1 Introduction --;9.2 Necessity of Bioinoculants --;9.3 Nutrient Requirements of Rhizobia --;9.4 Alternative Media for Rhizobial Production --;9.5 Use of Municipal and Industrial Wastewater Sludge as Substrate --;9.6 Wastewater Sludge as Organic Fertilizers --;9.7 Plant Growth Promoting Rhizobacteria (PGPR) --;9.8 Siderophoregenic Bioinoculants --;9.9 Conclusion --;9.10 Acknowledgements --;9.11 References --;Chapter 10 Enzymes: Production and Extraction --;10.1 Introduction
SUMMARY OR ABSTRACT
Text of Note
Examining wastewater sludge characteristics, this title contains information on the various types of value-added products being created from sludge. It is suitable for students in environmental engineering, educators, researchers, practicing engineers and scientists.
TOPICAL NAME USED AS SUBJECT
Sewage sludge -- Management.
Sewage sludge -- Recycling.
Sewage sludge digestion.
LIBRARY OF CONGRESS CLASSIFICATION
Class number
TD767
Book number
.
S666
2009
PERSONAL NAME - PRIMARY RESPONSIBILITY
sponsored by Sustainable Sludge Management Task Committee of the Environmental Council, Environmental and Water Resources Institute (EWRI) of the American Society of Civil Engineers ; edited by R.D. Tyagi [and others].
PERSONAL NAME - ALTERNATIVE RESPONSIBILITY
Environmental and Water Resources Institute (U.S.)
Environmental Council (Environmental and Water Resources Institute). Sustainable Sludge Management Task Committee.