AMERICAN SALARS MAKES NEW LITHIUM DISCOVERY WITH GRADES UP TO 180 PPM AT ITS BLACK ROCK SOUTH PROJECT, NEVADA

American Salars Lithium Inc.
American Salars Lithium Inc.

VANCOUVER, BC, July 11, 2024 (GLOBE NEWSWIRE) -- AMERICAN SALARS LITHIUM INC. ("AMERICAN SALARS" OR THE "COMPANY") (CSE: USLI, OTC: ASALF, FWB: Z3P, WKN: A3E2NY) announces it has received the assay results from ALS Geochemistry Laboratory in Reno Nevada (“ALS”) from soil samples collected at the Black Rock South lithium brine project, located 72 Miles North of the Tesla Gigafactory in Nevada. Samples were processed using Boyd RSD rotary crushers and splitter with a 180-micron (80 mesh) sieve, aqua regia digestion, and 41 multi-element ICP-AES analysis (code ME-ICP41).

Highlights

  • Out of the 38 soil samples, 33 recorded lithium concentrations of 100 ppm or higher with the highest sample recording 180.5 ppm lithium with an average grade of the 33 samples of 131 ppm across the surface of the property.

  • Anomalous lithium results in a northeast trend and may represent a lithium brine aquifer at depth if the structural geology or geophysics shows a porous unit structure.

Black Rock South Results

Soil Sampling across the American Salars 100% owned Black Rock South property has been completed and yielded anomalous lithium concentrations. Assay results reveal a northeast trend of anomalous lithium that could represent a lithium brine at depth. 38 soil samples were collected across the Black Rock South property at a spacing of approximately 300 meters. Out of the 38 soil samples, 33 recorded lithium concentrations of 100 ppm or higher with the highest sample recording 180.5 ppm lithium with an average grade of 131 ppm across the surface of the property. The prospecting sample assays taken on other areas of the salar were received and will be studied internally.

Sampling Methodology

Project Soil sampling was completed across the property in a grid style to ensure complete coverage of the property. A total of 38 samples were completed at intervals of 300 meters. Soil samples were collected using shovel at a depth of ~20-30 cm. Top portion of the sample was included for a complete soil profile of any evaporite on surface within the property. Caution must be exercised in interpreting the results due to capillary action from evaporation and brine movement sequences may concentrate or dilute lithium values on the surface. Aquifers carrying lithium rich brines usually concentrate at depth so surface values indicate the presence of lithium in the brines. Follow-up work will include geophysics and deep auger work prior to drilling. Michael C Say was the project geologist.

Figure 1. Soil survey results across Black Rock South property. Note the northeast trend of higher-grade lithium concentrations.