Uranium is important in the nuclear fuel cycle both as an energy source and as radioactive
waste. It is of vital importance to recover uranium from nuclear waste solutions for further …

There is a need to develop highly selective and efficient materials for capturing uranium
(normally as UO22+) from nuclear waste and from seawater. We demonstrate the promising …

Hydrogels are 3D networks of polymer chains that are crosslinked via either physical or
chemical bonds. A strong repulsive force is generated among those abundant functional …

Amino functionalized magnetic graphene oxide composite (AMGO), a good sorbent for U
(VI), was fabricated and characterized. The AMGO was applied as a magnetic sorbent for the …

Efficient removal of uranium from both aqueous and simulated seawater conditions using a
nitrogen enriched nanoporous polytriazine (NENP-1), is reported. A maximum adsorption …

Adsorption is a widely used method for pollution removal and for the recovery of valuable
species. In recent years, the use of metal–organic compounds among the adsorbents used …

Driven by an energy crisis but consequently puzzled by various environmental problems,
uranium, as the basic material of nuclear energy, is now receiving extensive attentions. In …

Abstract Uranyl ion (UO22+) pollution is a serious environmental problem, and developing
novel adsorption materials is essential for UO22+ monitoring and removal. Although some …

This study introduces an innovative geopolymer composite (Ch@ GPol), synthesized from
oil shale and chitosan (Ch), tailored to improve Uranium (VI) adsorption. Experimental and …

A bio-compatible hydrogel sorbent was prepared through chemical conjugation of glutamic
acid (GA) with gum tragacanth (GT) followed by mixing with anionic polyacrylamide (PAAm) …