Wastewater containing phenol and its derivatives causes global concerns on Health, Safety
and Environment (HSE). A number of technologies (eg physical, chemical, electrochemical …

Rapid industrialization and urbanization generate significant waste, including fly ash, posing
environmental challenges. Utilizing these materials is essential to mitigate impacts and …

This research work aimed to study the kinetics and isotherms of adsorption of mixture of four
pesticides (atrazine, chlorothalanil, β-endosulfan, and α-endosulfan) from aqueous solution …

This research is focused on studying the effects of different dissolved organic matter (DOM)
and electrolyte concentration on the Cd (II) adsorption on halloysite (HNT) surfaces. The …

In this study, a newly synthesized sepiolite-supported nanoscale zero-valent iron (S-nZVI)
adsorbent was tested for the efficient removal of As (III) and As (V) in aqueous solution …

The aim of the study was to prepare effective low-cost green adsorbents based on spent
black tea leaves for the removal of nitrate ions from aqueous solutions. These adsorbents …

Phenolic contaminants pose a significant threat to both environmental and human health
due to their hazardous nature and resistance to degradation. These contaminants are …

Traces of pharmaceuticals have been detected in water cycle raising concerns regarding the
potential risks to human health and aquatic environment. Accordingly, removal of such …

The pulp and paper industry generates pollutant-laden wastewater, requiring effective
treatment to prevent environmental damage and enable sustainable reuse. This study …

The adsorption of methylene orange (MO) ions from the aqueous solutions was investigated
by using the polymeric adsorbents including chitosan/polyacrylamide (CS/PAM) …