Lithium is essential to the modern world, but its extraction has always carried a ...

A team of scientists at Monash University has developed a technique that allows lithium for battery production to be extracted from solid lithium-containing salt mixtures instead of liquid brines. The ...

The solvent and reagent could be recovered and reused in a closed loop.

Room-temperature ammonium bifluoride method separates lithium, aluminum and silica from spodumene with minimal waste, paving the way for Rock Zero commercialization Spodumene is a lithium-rich mineral ...

New research suggesting a improved method for extracting lithium by applying plasma technology has been recently published. On the 31st of January, the Korea Institute of Fusion Energy(KFE) announced ...

Conventional lithium extraction requires several complex steps, as well as the use of acid and high temperatures, over the course of several hours. Researchers at Penn State have developed a new ...

We cover conferences, summits, roundtables and industry events across the country. Pre-event, on-site, and post-event ...

The demand for lithium (Li) for batteries has risen sharply. This review discusses Li resources (igneous rocks, clays, brines), production methods, and Li recycling from spent batteries. We highlight ...

Lithium is essential for the clean energy transition, but its extraction often involves severe environmental and health consequences. AlkaLi, a startup company, aims to revolutionize lithium ...

Responding to the national need for lithium-based batteries, Chemical & Materials Engineering Professor Mano Misra and his team this fall began working with industry to extract the metal in an ...

A new method has been invented for efficiently extracting lithium from rocks, which is a raw material for lithium-ion batteries used in a variety of devices, from smartphones to automobiles. While ...