Abstract
In this investigation, polyaniline@CuCr2O4 nanocomposites possessing diverse mass proportions of polyaniline (PANI): CuCr2O4 were fabricated. The photocatalytic action of the diverse synthesized specimens throughout the photocatalytic decadence of acridine orange beneath Vis light illumination was elucidated. Consolidating polyaniline to CuCr2O4 nanospheres diminishes their specific surface areas from 100 to 90 m(2)/g. TEM micrographs acknowledged that both CuCr2O4 and polyaniline@CuCr2O4 nanocomposites have arisen as compatible nanospherical. It has been conducted that incorporating PANI to CuCr2O4 photo-catalyst did not alter the nanocomposites structure of the base CuCr2O4. Furthermore, the microscopic content loading of PANI onto the surface of CuCr2O4 makes it hard to be clearly monitored. The photocatalytic disintegration of acridine orange dye underneath Vis light illumination practicing 0.06% polyaniline/CuCr2O4 nanocomposites has reached 100% after 40 min adopting 2.0 g/L photo-catalyst dosage.