The technology helps evaporation ponds produce more minerals by using more sunlight, making it faster to get lithium, nitrate ...

Building from research in a University lab, Princeton Critical Minerals has tapped Princeton's innovation ecosystem to make ...

Much of the world's lithium occurs in salty waters with fundamentally different chemistry than other naturally saline waters ...

South America’s lithium triangle is home to vast evaporation ponds that quietly produce lithium, often called white gold, which powers our phones, electric cars, and batteries. These ponds ...

At Emerson Exchange 2025 in San Antonio, Texas, Gabriel Carrizo, electronics engineer, Rio Tinto; Leonel Brunet, senior ...

Scientists have made a surprising discovery about the chemistry of lithium-rich salty waters, known as brines, found in some ...

After decades understanding pH controls boron speciation in seawater and other saline waters it turns out the opposite is ...

In the spectacular multicolored mountains of the lower Andes, el agua es vida — water is life. During Carnaval, women poured ...

The Vancouver, B.C.-based company was one of the first movers on the lithium scene in Arkansas. It established a test plant in El Dorado in 2018 to test ...

Underground brine reservoirs flowing across Arkansas and neighbouring states contain high concentrations of the silvery-white metal; a US Geological Survey study published in October estimated the ...

Arkansas’ Oil and Gas Commission will for the third time in 18 months consider what lithium extractors should pay mineral ...

Canadian innovator Volt Lithium has been among the industry pioneers, exploring DLE in the oil production hotspot—the Permian ...