The treatment of radioactive wastewater is crucial to ensure the safe and rapid development
of nuclear energy. However, efficient disposal of uranium wastewater containing high …

The recovery of uranium from nuclear industrial effluent has been studied using laboratory
column and polymeric ion exchange resin. The industrial effluent, at pH around 10, contains …

In this paper, uranium sorption onto amberlite CG-400 anion exchange resin in the presence
of phosphate anions was studied. The effect of contact time between the sorbent and …

The presence of uranium and other elements in high concentrations in acid mine drainage
at Poços de Caldas Uranium Mine (Brazil) is a matter of concern. The acid water pH is …

It is still a challenge that directly reducing the uranium concentration of wastewater or
radioactive wastes by adsorption to or below the criterion (30 ppb), especially from the …

It is of great significance to develop an adsorbent with high adsorption capacity and
excellent resistance to anion and cation interference toward the removal of U (VI). Herein, a …

Although nanoscale zero-valent iron (nZVI) has been intensively investigated for the
remediation of uranium contaminated water, few efforts have been dedicated to U (VI) …

Amid the most recent decade, the chemical industry has understood that ion-exchange
resins have the enormous potential for uses other than customary water softening. In this …

This work provides a cost-effective approach for preparing functional polymeric fibers used
for removing uranium (U (VI)) from carbonate solution containing NaF. Phosphate-based …

Herein, an amidoxime-based polyethylene nonwoven fabrics sorbent was fabricated to
efficiently extract uranyl carbonate from an aqueous solution containing high concentration …