Advanced Oxidation Process-based Integrated and Hybrid Technologies for Degradation of Pharmaceuticals and Personal Care Products addresses PPCP removal from wastewater by the recent application of AOP-based hybrid techniques. Technological advancement of AOPs and AOP-based hybrid methods are discussed and will highlight the perspectives on fundamental and technological advancements in AOP and AOP-based hybrid methods for PPCPs removal from wastewater. A detailed cost analysis of different AOP-based hybrid techniques is examined to help readers formulate guidelines to transform the wastewater treatment process from lab scale to pilot/industrial scale.
1. Cover image - p. c 2. Title page - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xv 6. Preface - p. xix 7. Acknowledgments - p. xxi 8. Chapter 1 Pharmaceuticals and personal care products as contaminants of emerging concern, sources, nature, and possible health effects - p. 1 9. Chapter 2 Environmental impact of pharmaceuticals and personal care products: Challenges, removal technologies, and advanced materials - p. 15 10. Chapter 3 Current state and future prospects of hospital wastewater treatment using advanced oxidation processes - p. 29 11. Chapter 4 A review on the synthesis of silica oxide nanoparticles (SiO2-NPs) and their use to remove pharmaceuticals and personal care products (PPCPs) from aqueous solutions - p. 45 12. Chapter 5 Membrane systems for the PPCPs removal from wastewater - p. 53 13. Chapter 6 Adsorption-membrane hybrid system for pharmaceutical degradation - p. 65 14. Chapter 7 The removal of PPCPs from real wastewater - p. 81 15. Chapter 8 Integrated and hybrid advanced oxidation processes - p. 95 16. Chapter 9 PPCPs in wastewater: Kinetics and thermodynamic analysis - p. 109 17. Chapter 10 Advanced oxidation process—hybrid membrane bioreactor method for the elimination of pharmaceuticals and personal care items - p. 123 18. Chpater 11 Removal of antibiotics from wastewater using hybrid advanced oxidation processes - p. 135 19. Chapter 12 Removal of PPCPs from water using hybrid and integrated wastewater technologies - p. 165 20. Chapter 13 Integrated and hybrid advanced oxidation process (AOP)-membrane system for PPCP degradation - p. 179 21. Chapter 14 Membrane fouling control using integrated aop-membrane systems - p. 193 22. Chapter 15 Biological treatment for degradation of pharmaceutically active compounds (PHACs) in wastewater - p. 211 23. Chapter 16 Design approach for sustainable integrated and hybrid wastewater techniques - p. 225 24. Chapter 17 Electrochemical-based hybrid methods for the treatment of PPCPS in water matrix - p. 237 25. Chapter 18 Cost estimation and energy consumption of AOPs and AOP-based integrated and hybrid systems - p. 249 26. Chapter 19 Nanomaterials-integrated hybrid treatments of pharmaceuticals and personal care products - p. 263 27. Chapter 20 Sustainable herbal pharmaceutical wastewater treatment with energy recovery - p. 277 28. Chapter 21 Emulsion liquid membrane system for the pharmaceutical and personal care products removal from wastewater - p. 295 29. Chapter 22 An overview of electrochemical advanced oxidation assisted processes for the treatment of pharmaceutical wastewater - p. 303 30. Chapter 23 Antibiotics removal from wastewater with PVA-based composites - p. 323 31. Chapter 24 Technological advancements in decomposition of pharmaceuticals and personal care products using photocatalytic advanced oxidation processes - p. 333 32. Chpater 25 Combinatorial approach integrating advanced oxidation process to the microalgal treatment for PPCP removal from wastewater - p. 347 33. Chapter 26 Efficiency comparison of hybrid advanced oxidation processes for removal of ciprofloxacin from water - p. 365 34. Chapter 27 Opportunities and adoptive challenges of pharmaceuticals and personal care products in wastewater treatment schemes in developing countries - p. 377 35. Index - p. 399
Advanced Oxidation Process-based Integrated and Hybrid Technologies for Degradation of Pharmaceuticals and Personal Care Products addresses PPCP removal from wastewater by the recent application of AOP-based hybrid techniques. Technological advancement of AOPs and AOP-based hybrid methods are discussed and will highlight the perspectives on fundamental and technological advancements in AOP and AOP-based hybrid methods for PPCPs removal from wastewater. A detailed cost analysis of different AOP-based hybrid techniques is examined to help readers formulate guidelines to transform the wastewater treatment process from lab scale to pilot/industrial scale.
1. Cover image - p. c 2. Title page - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xv 6. Preface - p. xix 7. Acknowledgments - p. xxi 8. Chapter 1 Pharmaceuticals and personal care products as contaminants of emerging concern, sources, nature, and possible health effects - p. 1 9. Chapter 2 Environmental impact of pharmaceuticals and personal care products: Challenges, removal technologies, and advanced materials - p. 15 10. Chapter 3 Current state and future prospects of hospital wastewater treatment using advanced oxidation processes - p. 29 11. Chapter 4 A review on the synthesis of silica oxide nanoparticles (SiO2-NPs) and their use to remove pharmaceuticals and personal care products (PPCPs) from aqueous solutions - p. 45 12. Chapter 5 Membrane systems for the PPCPs removal from wastewater - p. 53 13. Chapter 6 Adsorption-membrane hybrid system for pharmaceutical degradation - p. 65 14. Chapter 7 The removal of PPCPs from real wastewater - p. 81 15. Chapter 8 Integrated and hybrid advanced oxidation processes - p. 95 16. Chapter 9 PPCPs in wastewater: Kinetics and thermodynamic analysis - p. 109 17. Chapter 10 Advanced oxidation process—hybrid membrane bioreactor method for the elimination of pharmaceuticals and personal care items - p. 123 18. Chpater 11 Removal of antibiotics from wastewater using hybrid advanced oxidation processes - p. 135 19. Chapter 12 Removal of PPCPs from water using hybrid and integrated wastewater technologies - p. 165 20. Chapter 13 Integrated and hybrid advanced oxidation process (AOP)-membrane system for PPCP degradation - p. 179 21. Chapter 14 Membrane fouling control using integrated aop-membrane systems - p. 193 22. Chapter 15 Biological treatment for degradation of pharmaceutically active compounds (PHACs) in wastewater - p. 211 23. Chapter 16 Design approach for sustainable integrated and hybrid wastewater techniques - p. 225 24. Chapter 17 Electrochemical-based hybrid methods for the treatment of PPCPS in water matrix - p. 237 25. Chapter 18 Cost estimation and energy consumption of AOPs and AOP-based integrated and hybrid systems - p. 249 26. Chapter 19 Nanomaterials-integrated hybrid treatments of pharmaceuticals and personal care products - p. 263 27. Chapter 20 Sustainable herbal pharmaceutical wastewater treatment with energy recovery - p. 277 28. Chapter 21 Emulsion liquid membrane system for the pharmaceutical and personal care products removal from wastewater - p. 295 29. Chapter 22 An overview of electrochemical advanced oxidation assisted processes for the treatment of pharmaceutical wastewater - p. 303 30. Chapter 23 Antibiotics removal from wastewater with PVA-based composites - p. 323 31. Chapter 24 Technological advancements in decomposition of pharmaceuticals and personal care products using photocatalytic advanced oxidation processes - p. 333 32. Chpater 25 Combinatorial approach integrating advanced oxidation process to the microalgal treatment for PPCP removal from wastewater - p. 347 33. Chapter 26 Efficiency comparison of hybrid advanced oxidation processes for removal of ciprofloxacin from water - p. 365 34. Chapter 27 Opportunities and adoptive challenges of pharmaceuticals and personal care products in wastewater treatment schemes in developing countries - p. 377 35. Index - p. 399
