Crown ether based conjugate material was enabling the high functionality for stable
complexation mechanism with cesium (Cs) and attracted the scientific community for …

Sorbents utilizing organic molecules as Cs+-selective ionophores have increasingly gained
attention over the years as the need for stable and reusable materials became ever more …

This paper reviews the technologies and opportunities for process intensification (PI) in
nuclear effluent treatment. PI is an area that has already created many innovations within the …

Zeolites are a class of microporous materials with tremendous value for large scale
industrial applications such as catalysis, ion exchange, or gas separation. In addition to …

Two graphene oxide (GO) materials were characterised and their performance as
adsorbents for common ionic dyes was investigated. The GOs were demonstrated to …

Surfactant flooding is one technique of chemical enhanced oil recovery (EOR) aimed at
improving the microscopic displacement efficiency of trapped residual oil via reducing the oil …

A facile and low-cost fabrication route, inspired by the adhesive proteins secreted by
mussels, has been developed to prepare a clay-based composite hydrogel (DHG (Cu)) …

This study synthesizes a new adsorbent composite for the removal of Cs ions from waste
effluents. The adsorbent is composed of polyethylene glycol-decorated ammonium …

Sulfonic resins are highly efficient cation exchangers widely used for metal removal from
aqueous solutions. Herein, a new sulfonation process is designed for the sulfonation of …

Flotation using cationic surfactants has been investigated as a rapid separation technique to
dewater clinoptilolite ion exchange resins, for the decontamination of radioactive cesium …