The development of Bi-based composites with low cost, high adsorption capacity and
retention is highly desired for iodine gas capture. Herein, three novel Bi-based composites …

Herein, we successfully prepared sustainable nanocomposites from agriculture waste (rice
husk)-derived biochar precursor, and followed by nickel-doped, base-treated titanium …

This research addresses the escalating issue of heavy metal ions contamination in water
sources, primarily caused by rapid industrial development. Notably toxic, even at very small …

This work reports the synthesis of novel amorphous mesoporous silicon dioxide (M− SiO 2)
nanoparticles and modified hybrid green mesoporous silicon dioxide embedded magnetite …

Heavy metals (HMs) have attracted considerable attention lately because of their
widespread occurrence in aquatic environments and potential biological toxicity to animals …

Background Bio-waste derived biochars represent a group of low-cost and effective
materials to achieve the removal of the heavy metal ions from polluted water bodies …

Antibacterial materials have been developed for a long time but bacteria adapt very quickly
and become resistant to these materials. This study focuses on the synthesis of a hybrid …

Nowadays, the removal of heavy metals (HMs) as one of the major environmental pollutants
has become an obvious issue in preserving the environment. Among the suggested …

Rice husk ash (RHA) is a widely discarded agricultural by-product, leading to environmental
and health concerns due to its low density. In this study, we employed a hydrothermal …

Low-valent transition metal catalysts have shown great application potential in boosting the
Fenton-like catalytic performance. The dispersity and particle size are closely related to …