Magnetic separation of green synthesized Fe3O4 nanoparticles on photocatalytic activity of methyl orange dye removal

The most frequent method of removing malignant growth-causing tones from current effluents before releasing
them into water sources such as rivers, lakes, and groundwater has become standard. Traditional waste-water
treatment frameworks have trouble getting rid of these contaminants. This is a unique flavonoid that uses
Fe3O4 nanorods as photocatalytic agents to corrupt material tone in the watery stage utilizing observable light
enlightenment. Green technique was used to amalgamate CAF@Fe3O4 nanorod like gems. Disappearance of the
bright (UV) maintenance top at 565 nm confirmed the elimination of Methyl orange tone. After 110 min, the
sensational shading disposal of Fe3O4 nanorod was observed to be 100%. This is due to photochemical redox
process and the use of Fe3O4 nanorods with a high energy gap of flavonoids. The findings show that Fe3O4 rodlike
gems manufactured using green technology are extremely valuable in the photocatalytic annihilation of
hazardous contaminants.