The chemical separation of minor actinides (MAs) over lanthanides from high-level waste
(HLW) is one of the hottest and most difficult topics in international separation science. N, O …

Cesium is the major fission product of uranium, which widely exists in radioactive
wastewater. Radiocesium has potential adverse effects on human health and ecological …

Palladium isotopes as fission products in used nuclear fuel represent precious alternative
resources besides its natural reserves and therefore have a high extraction value. The …

Lanthanide/actinide separation is a worldwide challenge for atomic energy and nuclear
waste treatment. Separation of americium (Am), a critical actinide element in the nuclear fuel …

Cesium is a major product of uranium fission, which is the most commonly existed
radionuclide in radioactive wastes. Various technologies have been applied to separate …

In terms of energy resource recovery and environmental protection, the separation of U (VI)
from aqueous solutions is vital. Adsorption and solvent extraction are the most common …

Separation of trivalent actinide (An) and lanthanide (Ln) elements is one of the burning
topics in the back end of the nuclear fuel cycle due to the similarity in their chemical …

The separation of Lns (III) from radioactive Ans (III) in high-level liquid waste remains a
formidable hydrometallurgical challenge. Water-soluble ligands are believed to be new …

The separation of actinides from lanthanides in spent nuclear fuel reprocessing is a vital
step of nuclear fuel cycle process. As one class of mature industrial extractants, the …

The hydrometallurgical separation concepts for the heterogeneous recycling of irradiated
nuclear fuel developed in Europe are presented and discussed. Most of these concepts …