In uranium bioremediation, the response of different biological groups towards uranium are
critical. Understanding the metal–microbe interactions would provide adequate knowledge …

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 …

In order to protect environment and save uranium resources, it was necessary to find a
highly efficient adsorbent for uranium recovery from wastewater. In this work, we used a …

As an energy-efficient and eco-friendly technique, capacitive deionization (CDI) has shown
great potential for uranium (U (VI)) capture recently. However, extracting U (VI) with high …

Recently, capacitive deionization has become a promising approach for uranium extraction
owing to its energy-efficiency and environmental benign. However, the adsorbed charged …

The development of efficient adsorbents is critical for the removal of uranium from aqueous
solution. In this study, lamellar hydroxyapatite (HAP) was synthesized and further …

A highly effective zirconium-modified carbon nanotube (Zr-CNTs) adsorbent was prepared
to remove phosphate (PO43–) from solution in batch mode. Characterizations of Zr-CNTs …

The biosorption of uranium and cadmium using Aloe vera wastes was investigated
regarding the effect of pH, sorbent mass, concentration, contact time and temperature …

The nuclear fuel rod contains mainly uranium (U) as the fuel and zirconium (Zr) as the
cladding material. Improper disposition of the dissolved solution of the exhausted fuel rod …

We investigate the adsorption of hexavalent uranium, U (VI), on phosphorylated cellulose
nanofibers (PHO-CNF) and compare the results with those for native and TEMPO-oxidized …