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In this manuscript, a new hybrid nanocatalyst (PMo 10 Ni 2 /ZnS@CS) based on  di- substituted heteropolyanion (PMo 10 Ni 2 ) and ZnS quantum dot was synthesized  via  the hydrothermal method. PMo 10 Ni 2 /ZnS@CS is a candidate for removal of environmental pollutants. The synthesized hybrid nanocatalyst was analyzed by TEM, UV-vis, FT-IR, XRD, and EDX techniques. The results of XRD analysis showed the average crystallite size of the PMo 10 Ni 2 /ZnS@CS nanocomposite particles is about 33 nm, which was consistent with the TEM results. The nano-catalytic activity of PMo 10 Ni 2 /ZnS@CS hybrid nanocomposite was investigated in photocatalytic decolorization of organic dyes. The experimental results showed that the inorganic-organic hybrid nanocomposite (PMo 10 Ni 2 /ZnS@CS) had excellent photocatalytic efficiency with 98% dye removal. The recovery of the photocatalyst in the decolorization process was investigated and the results indicate a reduction of photocatalytic power after the second and third stage recovery, respectively. In the present study, PMo 10 Ni 2 /ZnS@CS was proposed as a heterogeneous nanocatalyst with broad nanocatalytic applications of dye removal.

journal of coordination chemistry

Synthesis and characterization of a new hybrid nanocomposite based on  di -substituted heteropolyanion-quantum dots as a high-performance nanocatalyst for organic dye removal from wastewater