Research on ionic liquids has achieved rapid progress in the last several decades. Stability
is a prerequisite for the application of ionic liquids. Ionic liquids may be used at elevated …

Increasing generation of electronic waste (e-waste) is a major concern for emerging rare
earth elements (REEs) pollution if not appropriately disposed of. Nevertheless, e-waste …

Energy is one of the world's most challenging issues. 1 The production of low-carbon energy
has considerable global influence on social, economic, and environmental development. 2 …

An environmentally friendly process for the separation of the transition metals copper, cobalt,
iron, manganese and zinc from rare earths by solvent extraction with the ionic liquid trihexyl …

Ionic liquids are salts with a low melting point (below 100 C). 1-6 Several types of ionic
liquids are liquid at room temperature (room-temperature ionic liquids or RTILs). The cations …

An Overview of a Rapidly Expanding Area in Chemistry Exploring the future in chemical
analysis research, Ionic Liquids in Chemical Analysis focuses on materials that promise …

Rare earth elements (REEs) are in high demand as critical materials in modern green and
other advanced technologies. This review focuses on the recovery of REEs from waste with …

The unique physicochemical properties of ionic liquids (ILs) and the relative ease with which
these properties can be fine‐tuned by altering the cationic or anionic moieties comprising …

Rare earth elements (REEs) are becoming more and more significant as they play crucial
roles in many advanced technologies. Therefore, the development of optimized processes …

A solvent extraction process with the ionic liquid trihexyl (tetradecyl) phosphonium nitrate
has been developed to extract rare earths and separate them from nickel or cobalt. The …