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Independent Study Finds Evidence of Hypogene Enrichment at Hercules, Outlining Greater Scale and Grade Potential
Toronto, Ontario--(Newsfile Corp. - May 5, 2025) - Hercules Metals Corp. (TSXV: BIG) (OTCQB: BAD...
About this update from Hercules Metals Corp
[{"type":"text","content":"Independent Study Finds Evidence of Hypogene Enrichment at Hercules, Outlining Greater Scale and Grade PotentialToronto, Ontario--(Newsfile Corp. - May 5, 2025) - Hercules Metals Corp. (TSXV: BIG) (OTCQB: BADEF) (FSE: C0X) (\"Hercules\" or the \"Company\") is pleased to announce the results of an independent study, focused on the high-grade enrichment zone at the Company's Hercules Property in western Idaho (\"Hercules\" or the \"Property\"). The study, authored by independent consultant Jamie Wilkinson1 (the \"Wilkinson Report\"), presents evidence that Leviathan's shallow enrichment zone formed through a hypogene process known as \"telescoping\", in which epithermal fluids overprinted and upgraded earlier porphyry mineralization. Unlike supergene enrichment, which is limited to narrow blankets of near-surface weathering, telescoping implies significantly greater scale and grade potential. The upcoming drill campaign will therefore focus on targeting the shallower levels of the system, where the porphyry and epithermal systems are believed to overlap.HighlightsTelescoping of hypogene enrichment, occurs when a porphyry system is rapidly uplifted into a shallower high-sulfidation epithermal environment.Microscopic examination of Leviathan's enrichment zone reveals an assemblage of bornite-chalcocite-digenite-covellite-pyrite, with strong quartz-muscovite and trace advanced argillic alteration, consistent with a high-sulfidation epithermal upgrade (hypogene enrichment).Vectoring towards thicker zones of hypogene enrichment requires a clear understanding of the structural evolution. While rapid uplift can enhance enrichment, it also heightens the risk of erosion. Preservation is highest where enrichment zones become quickly down-dropped and buried after their formation.The Leviathan district was tilted and potentially down-dropped to the north-northwest, suggesting potential for enhanced preservation under cover in that direction.The 2025 drill campaign is designed to test the newly developed geological model (outlined in a recent press release) which highlights potential for southeast dipping feeder structures, along which the enrichment may root far deeper than previously appreciated.Despite being truncated by a supergene leach cap, no significant supergene enrichment is apparent.Intense phyllic alteration and near-complete felds...