To remove iodine, a novel chitosan/carbon dots-loaded nanocellulose/layered double
hydroxide composite hydrogel (CCNL) was successfully synthesized to enable the …

To remove iodine ion (I−) from wastewater, a novel hydrogel, the fluorescent cellulose
nanofibrils-based hydrogel (FCNH), was synthesized to enable both detection and …

Radioactive iodine from the nuclear wastes was the significant environmental pollution,
causing the health concern. Cross-linked chitosan microspheres (CM) by emulsion …

In this study, naturally abundant and inexpensive bamboo was used to make cheaper
activated charcoal for efficient encapsulation of toxic copper (Cu (II)) ion from wastewater …

The radioactive iodine from nuclear wastes caused severe environmental contamination
and public health concern. Chitosan and montmorillonite as green materials of the favorable …

Most natural polymers exhibit limited functional groups, which is not favourable for the
adsorption of various ions and their utilisation. To overcome this drawback, a novel in-situ …

In this work, a selective Pd (II) ions chelating resin based on 2-aminobenzaldehyde modified
chitosan Schiff's base (Pd-CAZ) was synthesized through ion-imprinting technique. All the …

A novel polymer bio-composite based on nano-hydroxyapatite (n-Hap) and chitosan
(CS)(CS/n-Hap) was synthesized to effectively address toxic cadmium ions removal from …

Chitosan biopolymer was converted to thiourea-chitosan followed by impregnation with ionic
liquid Aliquat-336 using microwave irradiation method. The obtained material Ionic Liquid …

Radioactive iodine is one of the main environmental pollutions in nuclear waste, which can
cause severe health issues. Highly flexible and crosslinked chitosan film embedded with gC …