120
E. Emekdar and U. K. ¸
Sahin
Fig. 6 Reactions of cellulose with CAA
Zhang et al. had researched the sorption behavior of carboxymethyl cellulose for
methylene blue and its reuse in secondary sorption. In the study, the carboxymethyl
cellulose is prepared, and the sorption of methylene blue is done at different pHs.
FTIR, SEM, and ‘Y’ potential measurement test methods are used to find that
methylene blue removal is pH dependent but temperature independent [52].
Wang et al. studied on the subject of synthesizing carboxymethyl cellulose/organic
montmorillonite (CMC/OMMT) nanocomposite at different weight ratios and using
the synthesized nanocomposite at the removal of Congo red dye. At the experiment, CMC/OMMT nanocomposite preparation and adsorption experiments are
E. Emekdar and U. K. ¸
Sahin
Fig. 6 Reactions of cellulose with CAA
Zhang et al. had researched the sorption behavior of carboxymethyl cellulose for
methylene blue and its reuse in secondary sorption. In the study, the carboxymethyl
cellulose is prepared, and the sorption of methylene blue is done at different pHs.
FTIR, SEM, and ‘Y’ potential measurement test methods are used to find that
methylene blue removal is pH dependent but temperature independent [52].
Wang et al. studied on the subject of synthesizing carboxymethyl cellulose/organic
montmorillonite (CMC/OMMT) nanocomposite at different weight ratios and using
the synthesized nanocomposite at the removal of Congo red dye. At the experiment, CMC/OMMT nanocomposite preparation and adsorption experiments are