Capacitive deionization (CDI) is an emerging technology for removing charged ions from
wastewater or aqueous solutions, where the charged ions interact electrostatically with the …

The nuclear industry is rapidly developing and the effective management of nuclear waste
and monitoring the nuclear fuel cycle are crucial. The presence of various radionuclides …

This work synthesized poly ethanolamine amidoxime modified winter melon and chitosan-
derived biochar (PEA-CTS@ WBC) using chemical crosslinking method for uranium (VI) …

An increasing quantity of pollutants has been discharged into the aquatic media, posing a
serious hazard to public health. To address this issue, a new sorbent material, MXene@ i …

Uranium mining operations produce large volumes of acidic uranium mining wastewater,
necessitating the development of environmentally friendly and recyclable materials for …

In this study, we focused on the effective disposal of radioactive wastewater through the
development of nanofiltration membranes using biomass materials. We developed …

With the widespread applications of cobalt in energy storage, electronics, electric and hybrid
vehicles, and most importantly, and the production of 60 Co in nuclear industries, its …

For the efficient removal of radioactive iodide ions from medium and low radioactive
contaminated water, an Ag-doped adsorbent was designed via radiation grafting method …

This work synthesized polyethyleneimine and chitosan modified winter melon-derived
biochar (PEI-CTS@ WBC) using chemical crosslinking method for uranium (VI) removal. The …

This study examines the increasing potential of artificial intelligence (AI) to transform nuclear
waste management by enhancing procedures related to waste classification, treatment …