One of the main problems with water pollution is dye contamination of rivers, industrial
effluents, and water sources. It has endangered the world's sources of drinking water …

The objective of this study is to transform chitosan biopolymer by crosslinking with barbituric
acid into an amine-rich product that could be applied as a water treatment agent. Chitosan …

The presence of toxic and hazardous substances in aquatic environments poses an
enormous risk to ecosystems and human health. Recent years have witnessed a substantial …

In order to improve the stability, electrostatic interaction and ion exchange ability of chitosan
for Cr (VI) removal, it is an effective strategy to introduce polyvalent metal ions and polymers …

Polymers have been proven to be an interesting class of adsorbents applied in water
treatment. Biopolymers are of special interest due to their unique properties such as …

Peptide amphiphiles (PAs) are elusive candidates to construct soft materials possessing
various functionalities, including potent antimicrobial activity. It is imperative to look for a …

This study aims to determine the main adsorption mechanism by which chromium (VI) is
adsorbed onto the surface of a petroleum-coke sourced activated carbon, a feedstock not …

The objective of this research is to conduct a comprehensive characterization of chitosan
while also improving its attributes by crosslinking with malonic acid, with a focus on its …

The novel glutamic acid crosslinked chitosan membrane (CsG) was fabricated and tested for
its adsorption capabilities for the removal of multiple pollutants like Cr (VI), cyanide, fluoride …

The study proposed the removal of Brilliant Green, a cationic dye, by adsorption process
from wastewater solution utilizing a low-cost adsorbent such as Nutraceutical Industrial …