Eliminating arsenic contaminants has become an imperative issue due to its persistent and
serious harm to the environment and human health. Herein, a novel FeZr-MOFs/GO …

The aim of this project is to estimate and eliminate arsenic by using cost‒effective approach.
For the purpose, anatase TiO 2 has been synthesized and sensitized with Fe 2 O 3 using …

Assessing the adsorption competition between arsenate (As (V)) and phosphate (P (V)) is
crucial due to their coexistence in water. This paper studied the competitive adsorption …

By encapsulating nanoscale particles of goethite (α-FeO (OH)), hydrous ceric oxide (CeO 2·
H 2 O, HCO) and silver nanoparticles (AgNPs) in the pores of polystyrene anion exchanger …

It is well known that arsenic is a very harmful toxin to humans. Among arsenic species,
arsenite is more toxic and more difficult to remove from water than arsenate. In this study, a …

Arsenic (III) exposure, often from contaminated water, can have severe health
repercussions. Chronic exposure to this toxic compound is linked to increased risks of …

After coal combustion, the minerals present in fly ash can adsorb arsenic (As) during flue
gas cooling and reduce As emissions. However, a quantitative description of this adsorption …

Fe-Mn oxides exhibit significant potential in the application of chemical and electrochemical
remediation of groundwater arsenic contamination. However, the mechanism controlling the …

Arsenic (As) is a substance that naturally occurs and is present in soil and aquatic habitats.
Both natural processes and human activity emit it into the environment. Rocks and minerals …

The adsorption technique has been considered as one of the promising methods to remove
arsenic ions in aqueous systems. However, the adsorbents are usually poorly selective and …