Several radionuclides including tritium generated in heavy-water reactor nuclear power
plants are managed through ion-exchange resins, and these spent resins are then stored in …

Ion exchange resins (IERs) are widely utilized for the removal of radioactive nuclides from
various water sources in the nuclear power plants, including reactor coolant, spent fuel …

Rare-earth elements (REEs) are involved in most high technology devices and have
become critical for many countries. The progress of processes for the extraction and …

Massive spent ion exchange resins (SIERs) containing radionuclides are produced in
nuclear power plants, which need to be treated reasonably. The migration mechanism of …

Germanium extraction has been studied using ion-exchange process thanks to polymeric
resins. The ion-exchange resins have been prepared from catechol and with admixture with …

This work reports the synthesis of formo‐phenolic resins containing four catecholamide
(CAM) moieties with admixture of phenol, catechol or resorcinol. These chelating resins …

Extraction and recovery of rare earth elements (REEs) have been studied using ion-
exchange and chelating process thanks to phenol copolymeric resins. The ion-exchange …

The study presents the results of deep decontamination of the spent ion-exchange resin
from the Kursk NPP, where the task of processing and conditioning of the resin is still not …

The radioactive spent resins from pressurized water nuclear power plant always contain a
significant proportion of 55 Fe, which invariably leads to the release of radionuclides and …

The ion exchange function of zeolite is useful for such a purpose as the removal of
radioactive Cs species from water. In the very early days of zeolite science, the affinity of …