This study aimed to determine the effectiveness of Spathodea Campanulata derived
activated carbon in removing methylene blue (MB) from wastewater. The activated carbon …

The indiscriminate release of chromium-saturated effluent into water bodies has raised
concerns regarding its effect on human health and environmental ecology. Therefore, this …

The removal of toxic and harmful dyes like methylene blue (MB) from textile wastewater is
necessary to reduce environmental pollution. Therefore, this study is aimed at removing MB …

Ensuring safe drinking water remains a significant challenge due to the prevalence of
waterborne diseases. While chlorine-based and UV-based methods effectively kill …

This work focused on the decolorization of methyl red (MR) from an aqueous solution
utilizing Rumex abyssinicus-derived biochar (RAB). RAB was prepared to involve unit …

Biochars and their activated carbons derived from sustainable materials constitute an
extensive use in adsorbing several hazardous substances due to their excellent …

This study aims to valorize agricultural waste of Leucaena leucocephala pods (LP) as a low-
cost precursor for synthesizing high-performance activated carbon (LP-AC) for the removal …

Water contamination and scarcity pose critical global challenges. Existing water remediation
technologies such as membrane technologies lack hydrophilic surface properties, prompting …

This study aimed to develop a novel biochar/graphene oxide/magnetite (BC/GO/Fe3O4)
nanocomposite for the effective adsorption of methylene blue (MB) from aqueous solutions …

This work proposes a biotechnological alternative to remove methylene blue (MB) dye
contaminants generated during textile industry operations. The use of biological adsorbents …