The increasing anthropogenic pressure results in environmental pollution and thus
adversely affects the integrity of ecosystems. Consequently, various methods of removing …

In this study, batch adsorption experiments were investigated to remove the radioactive
isotope Cs-137 from the real radioactive wastewater resulting from the 1990 Gulf War. The …

This study is devoted to studying the sorption of 137Cs on mineral sorbents at a wide pH
range, from 2 to 10, as well as to studying sorption mechanisms. In order to obtain the most …

The influence of ionic strength up to 3 mol kg− 1 (background electrolytes NaCl or CaCl 2)
on U (VI) sorption onto montmorillonite was investigated as function of pH c in absence and …

The wide application of nuclear resources in various fields has resulted in the production of
radioactive waste, which poses a serious threat to lives and the environment. Nuclear waste …

TiO2 nanotubes constitute very promising nanomaterials for water decontamination by the
removal of cations. We combined a range of experimental techniques from structural …

The environmental fate of strontium (Sr) and cesium (Cs), as the critical radioactive fission
products, have raised significant concerns regarding radioactive waste disposal and …

Visualization of the ion exchange mechanism for 137Cs and 90Sr decontamination is
important for safe radioactive liquid waste reprocessing and emergency response …

The sequestration of Cs on nanotunnel structured Na-palygorskite was investigated under
aerobic conditions combining batch adsorption and spectroscopic approaches. The effects …

The use of clay minerals for the decontamination of liquid radioactive waste generated
during the work of nuclear energy enterprises remains currently relevant. The effect of the …