Why lithium?
  • Lithium is fueling the EV revolution
  • Consumer demand is set to triple by 2025
  • Lithium is virtually needed in all facets of battery uses, including the sky rocketing demand for EV’s and consumer electronics.
Why SALI?
  • Friendliest and pro-mining jurisdiction hosting some of the largest lithium reserves on the planet.
  • World renowned team responsible for helping build the lithium industry in Argentina as we know it today.
  • Untapped potential to unlock one of the greatest spodumene mines on the planet.
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Introduction

Located in the heart of the lithium triangle South American Lithium owns 50,000+ hectares throughout the El Quemado mining district. The El Quemado project is within one of the finest spodumenic areas in all of Argentina where the potential for mineralization of lithium, columbite-tantalite and rare earth minerals is outstanding.

What Is Lithium?

Lithium is the lightest metal and least dense solid element. It’s high electrochemical potential makes it an extremely valuable component of high energy-density rechargeable batteries.

Lithium Mining

 El Quemado has tenements covering 50,000 hectares in the South America region, prospective for lithium mineralization.

Sources

El Quemado mining district is said to be the most important concentration of Lithium, Tantalum and Niobium in Argentina

El Quemado

South American Lithium’s Flagship Property

The El Quemado mining project is one of the largest lithium bearing land packages in all of Argentina

The El Quemado mining district is located on the eastern slopes of the Palermo and Cachi Mountains, at an altitude between 3,800 and 4,700 meters above sea level.

It lies Northwest of the town of Palermo Oeste and extends in a N-S belt between the towns of La Poma and Cachi (province of Salta, Argentina), covering an area of over 50,000 Ha.

El Quemado mining district is said to be the most important concentration of Tantalum and Niobium in Argentina. It contains a large number of pegmatitic bodies with large concentrations of niobium, tantalum, lithium and rare earths.