A novel coordination polymer gel based on zirconium (IV) and 2-thiobarbituric (ZrTBA) was
synthesized and explored its potential to remediate As (III) from water. Box-Behnken design …

Arsenic contamination in water threatens millions of people globally, demanding the
development of sustainable and effective remediation strategies. This work investigates the …

Arsenic (As)-laden wastewater may pose a threat to biodiversity when released into soil and
water bodies without treatment. The current study investigated the sorption properties of both …

Calcined oyster shell powder (COS) has the potential to serve as an efficient coagulant aid
in water treatment for iron salt (IS) due to its potentially high aid capacity in alkalinity …

Despite being efficient in removing (in) organic contaminants from effluents, ferrate (Fe (VI))
has scarcely been used for the removal of metal (loid) s from mine effluents. The present …

Temperature and coagulant types have an important impact on the quantity and quality of
the residue (sludge) in water and wastewater treatment processes. Temperature influences …

Removal of heavy metal ions, in particular, divalent nickel ions from natural and wastewater,
is of great importance for the environment. Nickel (II) ions are very toxic and provoke many …

The electrocoagulation (ECG) and ferrate (Fe (VI))-based processes are increasingly
acknowledged as efficient for the simultaneous removal of As and Mn from synthetic and …

Temperature and coagulant types have an important impact on the quantity and quality of
the residue (sludge) in water and wastewater treatment processes. Temperature influences …

Removal of heavy metal ions, in particular, divalent nickel ions from natural and wastewater,
is of great importance for the environment. Nickel (II) ions are very toxic and provoke many …