In order to cope with climate change and implement low-carbon development, the energy
structure cannot be separated from the production of clean energy. Rare earth elements are …

Manufacturing challenges are anticipated to become worse in the coming decades owing to
global material and energy constraints combined with environmental issues associated with …

Recently, polymer nanocomposite hydrogel (PNC-hydrogel) has attracted the focus and
attention of young and dynamic researchers in water remediation and purification due to its …

Rare-earth elements (REEs) are increasingly susceptible to supply risks due to their limited
geographical availability and growing demand in clean energy applications such as …

Rare earth elements (REEs)-based (NdFeB) magnets and lithium− ion batteries (LIBs) are
critical for a low− carbon economy. Their production depends on critical elements like REEs …

NdFeB magnets are used in wind turbines and hybrid electric vehicles and are instrumental
in progression toward a low-carbon economy. Recycling rare-earth elements (REEs) from …

In this study, rare earth elements (REEs, ie, La, Ce, Nd, and Pr) were thermally isolated in
oxide form, from Ni-metal hydride (Ni-MH) batteries via an oxidation–reduction process. The …

Rare Earths (RE) permanent magnets are essential components for Europe's successful
green and digital transition However, the entire value chain of RE magnetic materials …

Discarded NdFeB magnets are becoming the focus of recycling rare earth metals since the
content can reach as high as about 30%. In this study, a novel carbonization/hydrogenation …

Rare earth elements (REEs) are increasingly in demand for their usage in electric vehicles,
permanent magnets, and rechargeable batteries. However, the limited supply of REEs and …