“…This enormous interest by researchers has triggered several studies utilizing nanomaterials, such as zeolite-zinc oxide, poly-4vinylpyride b-ethylene oxide, mono-porphyrin, polyamide nanotubes, carbon nanotube (CNT), polypropylene, MnO 2 , nanofibrous, TiO 2 , PA/TiO 2 , and AgBiO 3 , via incorporation in the membrane matrix, as seen in Table 3 , to improve the properties of the membranes and increase the rejection rate of EDCs contaminants [ 21 , 270 , 271 , 272 , 273 , 274 , 275 ]. Findings from their studies have reported significant improvement in the membrane properties, including excellent hydrophilicity, higher flux, improved membrane strength, wettability, stability, enhanced mechanical properties, better reusability, and upturn rejection of EDCs contaminants (˃99%).…”