Performance of dye removal from single and binary component systems by adsorption on composite hydrogel beads derived from fruits wastes entrapped in natural polymeric matrix

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    With the continuous increase in demand for different products, industrialization in the recent decades has resulted in the use of more and more chemical compounds. SEM photographsbefore of CSCH beads before dye (A) and after of adsorption of AR (B), RB (C), 25% AR(B), + 75% RB (D), 50% AR + 50% RB (E), and 75% AR + 25% RB (F). SEM photographs ofspectra CSCH were beadsrecorded before dye (A)material and after adsorption of the ARadsorption FTIR foradsorption the prepared before and after (B), RB (C), 25% AR of + 75% RB (D),compounds 50% AR . . .

     

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