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1.4.1 Heterogenous-Fentons-Based FNMs

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FNM PAN with EDC as catalyst was used to study the regeneration efficiency of the material in use, by the experimentalist. Further, the regenerated catalytic reaction as heterogenous Fenton (HF) was found to be a better option for degrading RO-16 [80]. Living species vulnerable to the revelation of pharmaceutical organic lteftovers in the water system causing ecological barriers was the point of attack by reporters Wan, Z. et al. [81]. Fe3O4-Mn3O4/RGO synthesized by polyol and impregnation processes worked well as a HF-like catalyst with the actively formed OH, decomposed SMT (sulfamethazine-drug) (99%/50 min) effectively in a water solvent. Authors Zhou, L. et al., forecasted that the drawbacks due to catalytic reactions can be knocked off by using MPCMSs [82]. C micro-spheres protected Fe3O4 NM from oxidation, while degrading MB. Formation of ·OH supported this HF reaction by H2O2 and NH2OH.

Functionalized Nanomaterials for Catalytic Application

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