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Organic effluent’s water management is achieved well, in normal environmental pre-requisites of pH, where the hetero-photo Fenton has a good stability and reusability for notable cycles. Photo-Fenton (PF) catalytic redox reaction may utilize membrane percolation and magnetic purification to effectually decompose OPs into CO₂ and H₂O. Semiconductors, phosphates/oxides/oxyhalides/sulfides/molybdates/tungstates/vanadates of transition and other metals, g-C₃N₄, G, GO, QDs, and MOFs have fascinated the researchers to a larger degree, for probing a simplified and a cost-effective FNMs [78, 79]. Excellent features with required bandgap, got by photo-excitation in an environmentally friendly way, of the materials with notable lattice parametric change, safe guard water system by nanocatalytic action. Figure 1.4 is a graphical representation of FNMs as PF catalyst for water resource management.

Figure 1.4 Functionalized nanomaterials as photo-Fenton catalyst for water resource management.