Solaris Identifies Additional Veins as Celestina Epithermal Target Takes Shape; Reports 16,019 g/t Silver and 25.3 g/t Gold in Follow-Up Sampling

Solaris Resources
Solaris Resources

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QUITO, Ecuador, Sept. 10, 2024 (GLOBE NEWSWIRE) -- Solaris Resources Inc. (TSX: SLS; NYSE: SLSR) (“Solaris” or the “Company”) is pleased to provide an update on recent results from the Celestina target area as part of its continuing district exploration program. Celestina lies within the search domain for epithermal deposits east of the Warintza porphyry cluster and is defined by a 4.5km by 3km area of hydrothermal alteration and elevated zinc, lead, arsenic and mercury values in soil.

Additional prospecting in an overburden-covered area outside of these anomalies has identified three parallel vein exposures in creek beds within 100m either side of the original breccia outcrop (see press release dated June 25, 2024). Follow-up rock chip sampling has returned high values of 16,019 g/t silver and 25.3 g/t gold, with other samples supporting the presence of an underlying silver-gold-base metals vein system.

The exposures that have been identified to date are located in a soft and chemically-reactive mudstone unit that may have acted as a caprock to the hydrothermal system. The conceptual exploration target at Celestina therefore lies in the underlying volcanic rocks that had full exposure to the hydrothermal cell while also having the properties to support robust vein and fracture formation.

Ongoing field work is now focused on locating additional exposures that provide further views to the underlying vein system while expanding coverage to define its areal extent. More detailed mapping, sampling and alteration studies are aiming to better define zonation while nearby geotechnical drilling this month is expected to confirm the stratigraphic sequence. Together these efforts will aid in establishing vectors to support site selection for initial reconnaissance drilling.

District exploration efforts in other target areas continue to progress with recent geotechnical drilling in the Caya-Mateo target area encountering epithermal clay alteration beneath overburden in a sandstone unit and high-temperature alteration in the underlying volcanics. Geotechnical drilling in the Mateo area encountered the same high-temperature alteration in volcanics with follow-up mapping and sampling programs planned to extend coverage further southeast toward its interpreted core.

Figure 1 – Maps of Soil and Alteration Anomalies

Figure 1 – Maps of Soil and Alteration Anomalies
Figure 1 – Maps of Soil and Alteration Anomalies


Figure 1: Left - map showing zinc and lead soil anomalies that are thought to reflect zonation within the Celestina hydrothermal system together with arsenic and mercury epithermal pathfinder elements. Right - hydrothermal clay alteration anomalies provide additional information to establish zonation.