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 …

The development of amidoxime-based polymeric (ABP) fibers offers a solution for uranium
extraction from seawater (UES) and provides an alternative solution to the uranium resource …

Biology has evolved excellent spatial structures for high‐selectivity and high‐affinity capture
of heavy metals. Inspired by the spatial structure of the superb‐uranyl binding protein SUP …

Uranium adsorption and recovery becomes more and more important with the rapid growth
of the nuclear industry. Compared with the typical uranium adsorbents such as inorganic …

Marine biofouling is one of the most significant challenges hindering practical uranium
extraction from seawater. Single atoms have been widely used in catalytic applications …

We demonstrate the successful functionalization of a porous aromatic framework for uranium
extraction from water as exemplified by grafting PAF-1 with the uranyl chelating amidoxime …

As the key material of the adsorption method used for practical uranium extraction from
seawater, the adsorbent should have a high uranium adsorption capacity and long service …

A new family of high-surface-area polyethylene fiber adsorbents named the AF series was
recently developed at the Oak Ridge National Laboratory (ORNL). The AF series adsorbents …