Portofino Resources confirms lithium-rich brines at Yergo project in Argentina

Yergo lithium project. (Image courtesy of Portofino Resources).

Portofino Resources (TSXV: POR) reported that the 2021 geophysical survey and surface geochemical sampling program conducted at its Yergo lithium project in Argentina identified two large, anomalous sub-basins within the Aparejos Salar, which are characterized by very low resistivity. 

In a press release, Portofino said that the western sub-basin has approximate surface dimensions of 2,300m x 1,000m and a modeled depth of approximately 35m. The eastern sub-basin has an irregular surface expression measuring between 1,800m to 2,500m in length by approximately 700m in width with modeled depth.

The VES geophysical survey was conducted over the entirety of the Aparejos Salar and over areas just beyond the salar boundary. VES measurements were collected at 41 stations, which were used to calculate vertical changes in resistivity in the horizontally stratified lithological units and where low (1-4 ohms) and very low (<1ohm) resistivity values were interpreted as representing brine-bearing strata.

The Yergo lithium project encompasses the entire Aparejos Salar, which sits on the southern part of the ‘Lithium Triangle’

“The results obtained from the 2021 geological, geochemical and geophysical studies are highly favorable as they confirm the presence of lithium-rich brines and the potential volume of the brines within the Yergo lithium project,” David Tafel, Portofino CEO, said in a media statement.

According to Tafel, the next step for continuing exploration at Yergo will be to conduct an initial drill test of the Aparejos Salar to evaluate the volume and the Li and K content of the brines and sediments within the low to very low resistivity zones identified by the VES survey. 

The  2,932-hectare Yergo lithium project is located in the northwestern Catamarca province, some 15 kilometers of Neo Lithium Corp’s 3Q project. The property encompasses the entire Aparejos Salar, which sits on the southern part of the ‘Lithium Triangle.’ 

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