… The reusability test performed on the removal of MB as a model dye by the nanocomposite
dropped from 94 to 88% after the second cycle and from 88 to 53% through the next four …

… safranin O textile dye was chosen as a pollutant model. The high hydrophilicity of this dye …
The apparition of this optimum is probably due to the increasing degree of competition for • …

… by free radical polymerization to remove methylene blue dye. … (ANOVA) for quadratic model
depicting sum of squares (SS), … in removal efficiency can be related to the competition of dye …

… of dye removal has gradually decreased due to the competition … In the present study, these
kinetic models were used for … of safranin O dye using ultrasound assisted dispersive solid …

… ability to adsorb and remove Safranin O (SF) dye of up to 224 … for SF removal by the biosorbent
fits the Langmuir model well… active sites and competition with cationic dye molecules. As …

… , dyes may be less absorbable at high pH levels due to their increased solubility. Methylene
Blue (MB) - a cationic dye - … This thesis uses two well-known isothermal models to study SO …

… Among the dyes which are primarily employed in industries and academia, Safranin O (SO, …
In our case, two kinetic models are proposed when the adsorption was carried out under the …

… we concluded that pseudo-second-order kinetic model for the SO and BB removal over …
empirical explanation of a competitive Freundlich model was proposed to calculate the …

… that the ultrasonic assisted adsorption of methylene blue and Safranin-O dyes using Fe 3 O
… In this study, we employed different error functions models to investigate the kinetic models. …

… As the initial safranine concentration increases from 20 mg/L to 80 mg/L the dye removal
increases up to 91 % in 60 min contact time at optimum pH of 8. Pseudo second order model …