Palamina Commences Soil Sampling Program After Completing Remote Sensing Study on the Galena Silver Copper Project

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Toronto, Ontario--(Newsfile Corp. - November 14, 2024) - Palamina Corp. (TSXV: PA) (OTCQB: PLMNF) continues to advance it's 100% owned Galena Silver Copper Project located in the Santa Lucia district in the Puno region of Peru. Galena covers a series of high-grade copper-silver bearing quartz veins in the historic Santa Rosa mine district as well as multiple copper oxide and lead sulfide occurrences where the Company is exploring for Carbonate Replacement Deposit's ('CRD').

Mineralization at Galena is hosted in Tertiary aged Tacaza Formation volcanics, immediately overlying the same Cretaceous carbonate sequence (Ayabaca Formation) hosting the Santa Barbara and Berenguela past-producing mines. The Santa Barbara and Berenguela mines are both located in the same northeast-southwest structural trend as the Santa Rosa mine at Galena. At Berenguela, silver-copper mineralization occurs in a quartz vein stockwork cutting massive manganese oxide bodies replacing dolomitic limestone in areas that have been structurally prepared through north-northwest striking folding and faulting.


Figure 1: District-scale claim location map with major historic mines.

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Andrew Thomson, President of Palamina commented: "The recently completed remote sensing survey has highlighted large areas with manganese oxide, kaolinite and goethite responses where the company is now completing a pXRF soil survey to further refine the extent and intensity of these anomalous zones at surface. At Galena a follow-up gravity survey is planned to aid with the definition of the key limestone contact zone at depth which the company believes has the potential to host a CRD deposit at depth similar in style to the nearby Santa Barbara and Berenguela deposits located to the northeast."

During 2024, Palamina has combined traditional "boots on the ground" exploration with new technologies. A recently completed remote sensing ('RS') survey has broadly identified alteration assemblages typical of CRD deposits, such as manganese oxides, which are being followed up by systematic soil sampling using a portable pXRF. ALS Goldspot has processed information collected using the Worldview 3 commercial satellite, incorporating geological parameters such as structural controls and alteration assemblages to generate spectral domains for future follow-up work. Data processing included spectral clustering and spectral classification to produce target maps such as the one shown in Figure 1, highlighting manganite (a manganese hydroxide), kaolinite and goethite as proxies for Berenguela style mineralization.