Response Surface Optimization for an Eradication of Dye onto Ground Nut Shell

Abstract

The present investigation focuses on an effective dye expulsion in distinction to deliquescent solution using an agricultural dissipation adsorbent. Experiments were conducted on a survey of groundnut shell for sorption of Congo red dye. Several criterions comparatively adsorbate concentration, adsorbent loading, pH, and agitation time effects deliberated by conducting batch studies. Central composite design in Response surface methodology was correlated for optimized process parameters. Interaction effects of both adsorbate and adsorbent were studied with the help of Analysis of Variance.