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

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 ...

Mining the lithium involves extracting salty brine and storing it in large evaporation ponds where the sun removes the water, leaving behind a solution that is then chemically treated to produce ...

Irresponsible extraction can contaminate waterways, diminish drinking water, and send toxic sludge ... Lithium Project in Nevada, high bird mortality was observed due to toxic evaporation ponds.

Startup company Princeton Critical Minerals, formerly PureLi, has developed a unique innovation for boosting the production ...

A Princeton University startup has developed a technology that promises to boost the production of minerals such as lithium from evaporation ponds. These ponds currently generate around 40 per cent of ...

Using proprietary bioremedial materials and technologies, CETI extracts and eliminates hazardous waste materials from sludge ponds, contaminated oil, industrial wastewater and soil. CETI's ...

These ponds currently generate around 40% of the world’s lithium and most of its naturally occurring nitrate. The technology is a black disc with a special, anti-fouling coating that floats on ...

These ponds currently generate around 40% of the world's lithium and most of its naturally occurring nitrate. The technology is a black disc with a special, anti-fouling coating that floats on the ...