optimized synthesis of agnps using aqueous extract of celosia argentea and its practical implications on textile dye decolorization

Quickly developing industrialization is one of the significant benefactors of natural contamination as it presents awful difficulties for the earth and the ordinary citizens. biological synthesis of the silver nanoparticles (agnps) atthe presence of the aqueous leaf extract of celosia argentea, funtioned as the reducing and capping agent. in this research study, we are reportthe synthesis of the agnps with the optimized experimental parameters at the ph. formation of the agnps was confirmed by the uvvisible spectroscopy and ftir analysis. the structural characterization was carried using the semedx, providing the size of the nanoparticles to be 5080 nm. the afm showed the spherical surface topology, the zeta potential whereas, particle size analysis showed stability and the average size was determined to be 50 nm.