Many industrial effluents contain various cationic pollutants, including organic dyes with
infrangible and stable structures, and are often toxic, posing a severe threat to public health …

Heavy metal and ionic dyes commonly co-exist and constitute the most important and
dangerous source of environmental pollution. Graphene oxide has the potential in the …

In this research, we synthesized GO by a Hummer's method and decorated with it MnFe 2 O
4 magnetic nanoparticles that is synthesized by the sol-gel method to remove methylene …

A magnetic FGC composite was prepared using Fe 3 O 4 particles and graphene oxide–
carboxymethyl cellulose which were blended as the source materials. The adsorptive …

The efficiency of graphene oxide, magnetic graphene oxide, reduced graphene oxide and
magnetic reduced graphene oxide nanosheets were examined for the removal of cationic …

Abstract Herein, MnFe 2 O 4/reduced graphene oxide nanoparticles (MrGO) were
synthesized for the effective removal of various cationic dyes. The synthesized …

The synergistic combination of two different environmentally friendly functional groups
(EDTA and Chitosan) with magnetic graphene oxide (mGO) nano-sheets was used for …

In this study, the fast and considerable adsorption of Remazol Black B (RBB) and Acid Red
22 (AR22) from an aqueous solution by magnetite reduced graphene oxide (rGO)/chitosan …

Herein, we report a novel one-step strategy to construct magnetic nanocomposite
(polypyrrole/GO@ Fe 3 O 4) via a simple and effective chemical method. First, the GO …

In present study, magnetic chitosan‐graphene oxide composite (ᶆÇ‐GO) has been
synthesized and used for the removal of two common textile dyes; acid red‐17 (AR‐17) and …