… The results clearly confirmed that the proposed four-factor CCD combined with RSM and
optimization is an effective approach for modeling the sorption process of the crystal violet dye …

… (GONPs) for the removal of crystal violet (CV) dye from the … than 90% under the optimized
parameters of the process. The … to the Langmuir model than the Freundlich model, while the …

… in the experimental design, creating mathematical models, and determining the optimum …
of an azo dye crystal violet from water. In this study, BBD was selected to optimize the dye …

… utilized as a biosorbent for removing crystal violet dye from water. The as-… Argan shell towards
crystal violet dye was assessed by … The crystal violet binding mechanism was attributed to …

… to optimize the degradation of crystal violet (CV) dye using the Fenton process. The main
objective is to improve the efficiency of the Fenton process by optimizing … (GPR) modeling in …

… In order to identify the critical variables influencing Crystal violet decolorization on … biosorption
modeling and the Plackett-Burman design. It will then optimize the responses to optimize …

… of crystal violet (CV) and methylene blue (MB) dyes from aqueous solutions. Multivariate
modeling and optimization … -second-order and Langmuir models governed the adsorption of CV …

… Natural zeolite as a low cost adsorbent has been used for removal of crystal violet from
water. Modeling and optimizing of adsorption performance were performed by response surface …

… optimized removal of CV using DS as a biosorbent was investigated in this study using a
four-level BBD model … independent variables in the BBD model. Subsequently, each variable …

… crystal violet followed the pseudo-second order kinetic model… In this study, the removal of
crystal violet as a common toxic … were used to predict and optimize the proposed process. The …