“…These facts have aroused great interest in investigating wastewater treatment techniques that remove or degrade PPCPs, including filtration [10,11], adsorption [12,13], coagulation/flocculation [14], biological processes [15,16], and degradation by various advanced oxidation processes (AOPs) such as photo-Fenton [17,18], ozonation [19,20], ultrasound treatment [21], electrochemical oxidation [22,23], ultraviolet (UV)/H 2 O 2 [24,25], etc. Among the AOPs, degradation using ultraviolet-visible (UV-Vis) irradiation and nanomaterials as photocatalytic agents must be highlighted due to the promising results obtained up to now [26][27][28][29][30][31]. Advantages of this method include application at low temperatures and ambient pressures, low environmental impact, easy mineralization of contaminants, and low operating costs [32].…”