Rare earth elements (REEs) like lanthanum (La), cerium (Ce), thulium (Th), and yttrium (Y)
are crucial in high-tech consumer products and medical applications, including anti-tumor …

Pristine microporous organic polymer (p-MOP), owing to the presence of heteroatoms, has
emerged as a significant platform for sensing and adsorption of heavy metal ions. The …

Porous organic polymers (POPs) exhibit significant potential for adsorbing toxic metal ions in
wastewater. Developing POPs with controlled morphologies is a pivotal direction in this field …

In this work, we present a porous hierarchical adsorbent (MXSC-4-AO) enriched with
phosphate and amidoxime groups prepared by amidoximation of MXSC, consisting of …

Selective recovery of rare earth elements is essential for both sustainable exploitation of rare
earth resources and environmental remediation. Herein, Ce (Ⅲ) imprinted …

Developing a sorbent for the removal of La 3+ ions from wastewater offers significant
environmental and economic advantages. This study employed an ion-imprinting process to …

Water pollution resulting from Hg (II) ions has garnered significant global concern for public
health. The flexibility and simplicity of design, cost savings, and ease of operation with …

With the growth of industry and agriculture, contaminants such as pharmaceuticals,
pesticides, phenolic residues, heavy metals, among others, have been caused serious …

Rare earth elements (REEs) pose significant environmental challenges due to wastewater
generated during their extraction. Developing efficient adsorbents with simple, economic …

To extract uranium from seawater, the adsorbent needs to have high selectivity for uranium
and good hydrophilicity, and could resist biological pollution and prevent Marine …