摘要 : The objective of this study was to eliminate organic pollutants from the fluid stage employing silver nanocatalyst relationship with NaBH4 using Morinda citrifolia leaf extract. Silver nanoparticles were effectively evolved utiliz... 展开 The objective of this study was to eliminate organic pollutants from the fluid stage employing silver nanocatalyst relationship with NaBH4 using Morinda citrifolia leaf extract. Silver nanoparticles were effectively evolved utilizing the pyto-reduction method. The inferred nanocatalyst was preliminary confirmed by UV-Visible, FT IR, EDX, SEM/TEM-HR TEM, and DLS spectroscopic investigations. The size and morphology of the silver nanoparticles were ascertained to be 28 nm with spherical shape morphological characteristics through SEM/TEM microscopic examination. As a potential outcome, silver catalyst has such an elevated catalytic performance, when it comes to decomposing organic dyes include alizarin red, pararosaniline, eosin blue, methyl violet, and Congo red. Among the organic pollutants eliminated employing by silver nanocatalyst, the degradation of Congo red was found to be the most efficacious 100% in about 5 min respectively. 收起