Pan Global Resources Inc. (TSXV: PGZ | OTCQB: PGZFF) has announced that initial drilling at the Romana West target has intersected visible copper and tin mineralization in the first two drill holes.
The Romana West target includes the westward projection of a large gravity anomaly coincident with the La Romana discovery and potential extension to the near-surface La Romana Cu-Sn-Ag mineralization.
Drilling to date at La Romana shows the mineralization extends over approximately 1.2km of strike and remains wide open to the west in the direction of the historical La Romana mine workings. Detailed geophysics, geochemistry, and geological surveys are expanding in the area.
Pan Global’s president and CEO, Tim Moody said “We are highly encouraged by the first two drill holes on the Romana West target, indicating a continuation of the near-surface copper and tin mineralization to the west of the La Romana discovery. From less than 50m below surface, sections of the drill core show visible copper (Cu) and tin (Sn) mineralization, including chalcocite, chalcopyrite, local coarse-grain cassiterite, and intervals of mixed massive sulphides.”
“Mineralization style and composition is similar to that encountered at La Romana. These are the first drill holes of an initial 25-to-30 drill hole campaign with the goal of extending the La Romana near-surface Cu-Sn-Ag mineralization beyond the 1.2km of strike already delineated.”
Additionally, the company commenced a 25-to-30 drill hole campaign at Romana West in June 2023 with the aim to delineate the western extent of the near-surface La Romana mineralization. Geophysics and geochemistry surveys are ongoing to prioritize and refine drill hole locations, and assays are pending for the first two completed drill holes, LRD161 and LRD162.
Visible copper and tin mineralization and alteration assemblages observed in these drill holes confirm continuation of the mineralization to the west of La Romana. Hole LRD163, the western-most drill hole to-date, is in-progress, and testing approximately 100m west of the previously known extent of the mineralization.
To find out more, please visit www.panglobalresources.com
