Uranium is a naturally existing radioactive element present in the Earth's crust. It exhibits
lithophilic characteristics, indicating its tendency to be located near the surface of the Earth …

Uranium is a key raw material for the nuclear energy industry, the generation of nuclear
energy is projected to double by 2040 to address the growing energy demands, which …

Highlights•Titanate nanotubes/cobalt ferrite/tetraethylenepentamine (TNTs/CoFe 2 O
4/TEPA) exhibited uniformly well tubular structure.•TNTs/CoFe 2 O 4/TEPA could be easy to …

There is a strong interest in knowing how various microbial systems respond to the presence
of uranium (U), largely in the context of bioremediation. There is no known biological role for …

The past two decades have seen a significant advancement in our understanding of
bacterial surface chemistry and the ability of microbes to bind metals from aqueous …

Recovering uranium from seawater has been the subject of many studies for decades, and
has recently seen significant progress in materials development since the US Department of …

This study focuses on the influence of hydrophilic groups and metal-ion loading on
adsorbent polymer conformation, which controls access to adsorption sites and may limit …

With global demand for nuclear power expected to rise, new nuclear fuel resources must be
explored to ensure the viability and sustainability of nuclear power. Uranium recovery from …

Seawater contains radionuclides at environmental levels; some are naturally present and
others come from anthropogenic nuclear activity. In this report, the molecular speciation in …

Water and raw materials scarcity are challenges that our society faces today. Seawater
desalination has become essential for the supply of fresh water mainly due to the …