Uranium is one of the most important elements in the nuclear industry, and efficient
extraction of uranium from the ocean is conducive to the sustainable development of nuclear …

This article reviews various synthesis and modification methods employed for valorization of
marine-derived wastes into green sorbents, which show promise for mitigating pollutants …

Chemically synthesized surfactants have promising applications in the treatment of uranium,
however, their hazardous environmental effects, non-biodegradability, and numerous …

Utilizing nature resource is one of the most effective ways to achieve sustainability
development. In this work, super low-concentration CO 2 in the atmosphere and rich and …

Chemical stabilization is frequently used to stabilize lead (Pb) or arsenate (As), but faces
challenges in Pb-As co-contaminated soils because of the antagonistic reactions between …

This work represents an innovative approach to the synthesis and characterization of a
chitosan-based biocomposite for fluoride adsorption. The work involved the development of …

Abstract Chitosan/zeolite-X (CHS/ZX) was synthesized to serve as an effective adsorbent for
metal porphyrins through adsorption processes as an alternative to traditional separation …

Chitosan (CS) and sodium alginate (SA)-based biocomposites (CSA) were prepared with
the in-situ generation of Calcium Carbonate (CSAX_Ca) through a simple, straightforward …

Shrimp waste served as the chitin source which, upon deacetylation, was transformed into
chitosan. This chitosan was then utilized to fabricate a nanocomposite with alumina …

In this study, we investigated whether the corm tunic structure, which is the underground part
of the Crocus (Iridaceae) plant, can be used for adsorption and recovery/removal of uranium …