Workflow
Gold mineralization
icon
Search documents
New Found Gold Continues to Expand Queensway Gold Project at Depth: 38.7 g/t Au over 6.55 m at Dome and 10.3 g/t Au over 8.20 m at Keats South Deep
Prnewswire· 2025-04-29 21:00
Core Insights - New Found Gold continues to discover gold mineralization outside the initial resource at Queensway, with significant high-grade results from recent drilling [1][2][5] - The Phase I deep drilling program has successfully assessed the depth potential of the orogenic gold system at Queensway, revealing new zones over a kilometer below the surface [1][8] Drilling Results - The recent drilling program included 7,765 meters across 12 diamond drill holes, primarily targeting depth extensions at Dome and other areas [2][3] - Notable drill results include 38.7 g/t Au over 6.55 meters at Dome, and 10.3 g/t Au over 8.20 meters at Keats South Deep [5][11] - Eleven of the twelve drill holes reported were outside the initial mineral resource estimate area, indicating potential for resource expansion [2][6] Future Plans - The company is planning a 2025 drill program focusing on near-surface targets and high-priority discoveries, including Dropkick, Dome, and Golden Dome [9][30] - The completion of a preliminary economic assessment is scheduled for late Q2/25, which will further evaluate the Queensway project [30][31]
Lavras Gold Corp. Intersects 1.2 g/t Gold Over 251 Metres at Fazenda do Posto Gold Target, LDS Project, Southern Brazil
Newsfile· 2025-04-02 10:30
Lavras Gold Corp. Intersects 1.2 g/t Gold Over 251 Metres at Fazenda do Posto Gold Target, LDS Project, Southern BrazilDrilling intersection includes 2.2 g/t gold over 100 metres, including 4.7 g/t gold over 10 metres.April 02, 2025 6:30 AM EDT | Source: Lavras Gold Corp.Toronto, Ontario--(Newsfile Corp. - April 2, 2025) - Lavras Gold Corp. (TSXV: LGC) (OTCQX: LGCFF) ("Lavras Gold" or the "Company") is pleased to release the results from 12 new drill holes representing 4,007 metres, testing th ...
Starcore Advances Exploration at Kimoukro Gold Project in Cote d'Ivoire
Newsfile· 2025-03-27 06:30
Core Viewpoint - Starcore International Mines Ltd. provides an update on the geological characteristics of its Kimoukro Project, located in the Fetekro-Oumé greenstone belt in Côte d'Ivoire, highlighting its potential for gold mineralization due to favorable geological conditions [1][21]. Geological Overview - The Kimoukro Project is situated in a fully-permitted exploration area within the Fetekro-Oumé greenstone belt, known for hosting significant gold deposits, yet remains underexplored [2][21]. - The Fetekro-Oumé greenstone belt consists of Paleoproterozoic basalts, andesites, and volcano-sedimentary sequences, characterized by structural complexity and deformation from the Eburnean Orogeny [3][4]. - The local geology includes alluvial sediments, primarily clay, with gold anomalies, and a maximum thickness of 20 meters [6][7]. Structural Geology - The structural framework reflects progressive deformation from the Eburnean orogeny, with steeply dipping foliation planes and evidence of multiple tectonic events [9][10][12]. - The area has undergone significant deformation phases, with quartz veining associated with shear deformation and varying structural styles depending on the host rock [13][18]. Mineralization - Gold mineralization at Kimoukro is both primary and secondary, with primary mineralization being structurally controlled and associated with shear quartz veins and intrusion-related systems [14][21]. - Significant gold anomalies have been identified, including a 2 km x 600 m area with over 50 ppb Au and a 600 x 400 m zone with over 200 ppb Au [15][16]. - Artisanal mining activities have returned gold grades between 0.5 to 1.5 g/t Au, with peaks of 18 g/t Au near granite-tonalite contacts [16][19]. Exploration Potential - The geological characteristics and mineralization styles at Kimoukro align with key gold systems in the Fetekro-Oumé belt, indicating strong potential for further discoveries [21]. - Exploration targets include deformation and alteration halos around granite-tonalite contacts, which are considered prospective for further exploration [20].