Lithium hydroxide

a) Before Li extraction; b after Li extraction; c after Li release. From left to right: TEM image of FePO4 particle, Fe Energy-dispersive X-ray (EDX) elemental mapping, Na EDX elemental mapping, and Li Electron energy loss spectroscopy (EELS) elemental mapping (the color bar legend is only for Li elements).

Electro-Driven Direct Lithium Extraction from Geothermal Brines to Generate Battery-Grade Lithium Hydroxide

Lithium extraction from alternate sources is crucial for the renewable energy transition and resource independence in countries such as the United States. Researchers continue to discover methods to obtain efficient and ecologically sound lithium. In partnership with other organizations, researchers at George Washington University have created a novel technique for … [continued]

Scanning electron micrograph of a frozen, failed lithium metal battery showing the copper current collector (pink), reacted lithium (labeled SEI)/electrolyte (tan), gas cavities (grey), shredded separator (green), and lithium (red) trapped in separator. Image courtesy of National Renewable Energy Laboratory.

Lithium Mining In Argentina — Jobs vs. Environment

The search for lithium in Argentina pits Indigenous people against global corporations in search of profits.

Image created by Microsoft Copilot

LG Energy Solution Strengthens Partnership with WesCEF, Secures Stable Lithium Supply Chain for the North…

LG Energy Solution signs a second offtake agreement with WesCEF, expands its supply chain for competitive lithium procurement Lithium hydroxide and lithium concentrate from WesCEF’s Mt. Holland lithium project to be assembled into IRA-compliant batteries for the North American market The company to secure reliable and sustainable supply chain by … [continued]