The rapid growth in nuclear industries such as uranium ores mining, nuclear energy
generation, spent-fuel treatment and nuclear weapon manufacture has caused a legacy of …

Due to the increase in the global population, industrialization, and the transition to climate
neutrality through low‐emission technologies, the pressure on critical materials (CMs) …

The removal of uranium species from aqueous phases using non-hazardous chemicals is
still an open challenge, and remediation by adsorption is a prosperous strategy. Among the …

It is strategically important to recycle uranium from radioactive liquid wastes for future
uranium supply of nuclear energy. However, it is still a challenge to adsorb uranium …

Separation of uranium and cesium from low-level radioactive effluents (LLRE) is of great
significance for sustainable development of the nuclear industry and for the environment …

Although various kinds of adsorbents have good uranium adsorption capacity, they still meet
the challenge in capturing uranium under highly acidic condition. Therefore, efficiently …

Natural carbonate-rich uranium-containing water contributes to the formation of multi-
carbonate solutions, including U (VI)–CO 3, Mg/Ca–U (VI)–CO 3, U (VI)–P–CO 3, and U (VI) …

Uranium is dissolved in the ocean at a uniform concentration of 3.34 ppb, which translates to
approximately 4–5 billion tons of uranium. The development of adsorbents that can extract …

Enhanced phosphonic functional group (PFG)-based mesoporous silicas (MSs) were
synthesized by hydrothermal method for uranium [U (VI)] selective adsorption from aqueous …

A novel amidoxime (AO) functionalized SBA-15 (AO@ SBA-15) with platelet shape and short
channels, was prepared by the amidoximation reaction of hydroxylamine with cyanoethyl …