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.- Covers the application of advanced oxidation processes (AOPs) and AOP-based integrated and hybrid methods for Pharmaceuticals and Personal Care Products (PPCPs) degradation and removal from wastewater- Discusses cost estimation and energy consumption of individual and integrated treatments- Considers the AOP-based integrated and hybrid treatments toward the sustainable zero-liquid discharge

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.- Covers the application of advanced oxidation processes (AOPs) and AOP-based integrated and hybrid methods for Pharmaceuticals and Personal Care Products (PPCPs) degradation and removal from wastewater- Discusses cost estimation and energy consumption of individual and integrated treatments- Considers the AOP-based integrated and hybrid treatments toward the sustainable zero-liquid discharge