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 generation of polymer brushes by surface-initiated controlled radical polymerization (SI-
CRP) techniques has become a powerful approach to tailor the chemical and physical …

With the development of nuclear energy, large amounts of radionuclides are inevitably
released into the natural environment. It is necessary to eliminate radionuclides from …

The oceans contain hundreds of times more uranium than terrestrial ores. Fiber‐based
adsorption is considered to be the most promising method to realize the industrialization of …

Uranium is the main element for nuclear energy production and is one of the most
hazardous radionuclides; its effective enrichment plays a key role in energy strategy and …

For the practical extraction of uranium from seawater, adsorbents with high adsorption
capacity, fast equilibrium rate, high selectivity, and long service life are needed. Herein, a …

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 …

The ocean reserves 4.5 billion tons of uranium and amounts to a nearly inexhaustible
uranium supply. Biofouling in the ocean is one of the most severe factors that hazard …