The escalating global demand for rare earth elements (REEs) and the overabundance of
REE-containing waste require innovative technologies for REE recovery from waste to …

Synthetic polymers are highly customizable with tailored structures and functionality, yet this
versatility generates challenges in the design of advanced materials due to the size and …

As global demands for rare-earth elements (REEs) continue to grow, the biological recovery
of REEs has been explored as a promising strategy, driven by potential economic and …

Rare earth elements (REEs) are critical materials to modern technologies. They are
obtained by selective separation from mining feedstocks consisting of mixtures of their …

Electronic waste (e-waste) contains valuable rare earth elements (REEs) essential for
various high-tech applications, making their recovery crucial for sustainable resource …

Bioinspired strategies have been given extensive attention for the recovery of rare earth
elements (REEs) from waste streams because of their high selectivity, regeneration …

Rare earth elements (REEs) comprises of a uniform group of lanthanides and scandium (Sc)
and yttrium (Y) finding their key importance in agriculture sectors, electronic and defense …

Scandium, a pivotal metal with widespread applications, faces challenges in recovery due to
its highly dispersed distribution. Biological molecules such as proteins and peptides have …

The complex formation of Eu (III) and Cm (III) was studied via tetradentate, hexadentate, and
octadentate coordinating ligands of the aminopolycarboxylate family, viz., nitrilotriacetate …

Rare earth elements (REEs) are crucial for clean energy technologies but are predominantly
purified by solvent extraction using strong acids. This work explores two adsorbents with …