Selective ion extraction from aqueous solutions is crucial for both water purification and
resource recovery. This review presents an innovative approach to address the selective …

Organic dye contaminants pose increasing threats to water ecological systems and global
sustainability. Rational development of functional particles with adsorption-catalysis synergy …

The excess fluoride in drinking water is serious risk which leads to fluorosis. The adsorption
method is facile route for defluoridation studies. Hybrid adsorbent possesses unique …

The current study concentrates on the fabrication of hydroxyapatite in an exploitable bead
form with enhance defluoridation capacity (DC) and quick separation. Hence, magnetic iron …

Fluorine in the form fluoride is one the few elements that could cause healthiness trouble
with together its insufficiency and surplus intake. For instance, the surplus fluoride in potable …

In this study, a novel hydroxyapatite (HAp)‐based composite, Co‐Cu/ZIF@ HAp, was
constructed through in situ growth and simultaneous sonication followed by magnetic string …

The development of materials for high efficiency removal of fluoride ions (F-) from sewage
water remains a significant challenge. Unfortunately, traditional metal oxide adsorbents …

Herein, hydrotalcite (HT) integrated lanthanum-metal organic frameworks (LaMOFs) cross-
linked alginate and chitosan (Alg-CS) biopolymers that are HT-LaMOFs@ Alg-CS beads …

In this present study, hydrotalcite (HT) implanted Ce-BTC metal organic frameworks (MOFs)
abbreviated as HT-CeMOFs were developed for rapid fluoride adsorption. The microscopic …

Imidacloprid is one of the most widely used soluble neonicotinoid insecticide, which is non–
volatile and persists in the soil, with hazardous effects on birds, honeybees, and mammals. It …