Uranium extraction from seawater (UES), a potential approach to securing the long-term
uranium supply and sustainability of nuclear energy, has experienced significant progress in …

More than 1000× uranium exists in the oceans than exists in terrestrial ores. With nuclear
power generation expected to increase over the coming decades, access to this …

Resources and the environment are two eternal themes of social development. Nuclear
energy, a green source with high energy density, can greatly alleviate the pressure of the …

Large‐scale uranium extraction from seawater is a crucial but challenging part of nuclear
power generation. In this study, a new ion‐crosslinked supramolecular Zn2+–poly …

The uranium level in seawater is≈ 1000 times as high as terrestrial ores and can provide
potential near‐infinite fuel for the nuclear energy industry. However, it is still a significant …

Simple and facile technologies for efficient uranium (VI) removal from seawater is highly
interesting for energy and environmental sustainability. By take advantage of the …

The recovery of uranium (U) from seawater has been investigated for over six decades in
efforts to secure uranium sources for future energy production. The majority of the research …

Functional copolymers obtained by modification of existing polymers using radiation
induced graft copolymerization are attractive materials due to their enhanced separation …

A novel solid-phase extractant, amidoxime-grafted multiwalled carbon nanotubes (AO-g-
MWCNTs), has been synthesized using plasma techniques to selectively separate uranium …

The world s oceans, where uranium is found quite uniformly at a concentration of 3.3 μgLÀ1,
present an alternative source of uranium to terrestrial mining for nuclear fuel. Environmental …