… to remove three acid dyes from aqueous solution in single and ternary systems. Acid green
… ) were used as model dyes. Acid dyes denote a large group of anionic dyes with a relatively …

… The main novelty of this work is to propose a higher performance activated carbon for dye
removal from aqueous solution in single, binary, and ternary mixtures to prove that it is an …

… As expected, AQ 1 and AQ 2 present two broad bands characteristic of activated carbons.
The first band at ∼1575 cm −1 is called G (Graphitic) and is related to the stretching vibrations …

… ’s surface has a negative charge value (−27.7 mV), which causes the sorption of dyes onto
the activated carbon, owing to electrostatic interaction between the adsorbates with a positive …

… ) and the activated carbon was Filtrasorb 400. Ternary dye concentrations were determined
by … anthraquinone dyes, this enhanced colour removal was due to higher dye utilisation rates …

… of anionic and cationic dyes from aqueous solution using calcined bones as a new
adsorbent. Recently, Regti et al. reported the effect of activated carbon prepared from Ziziphus …

… L −1 ) of dye i in the ternary solution, respectively, V is the volume (L) of dyes solution used
for the … Therefore, the adsorption kinetics and isotherms of understudy dyes removal on this …

… dye decreased significantly in the ternary dye system. The maximum adsorption capacities
for SO, BG and MB at the same temperature (35 C) in the ternary dye … fiber activated carbons …

… CR-HQ ternary systems, via multicomponent column adsorption on modified activated carbon
(… the characteristic parameters of the column for ternary systems. A Taguchi L 9 orthogonal …

… for the removal of a single dye, very few have been explored for the removal of multiple dyes.
This study specifically focuses on utilizing activated carbon derived from gingerbread plum …