ESGold's Deep Geophysical Survey Reveals Extensive Mineral System at Historic Montauban Mine

ESGold Corp. (CSE: ESAU) (OTCQB: ESAUF) has announced significant results from its Ambient Noise Tomography survey conducted at the historic Montauban gold and silver mine site in Quebec. The survey, which was initially designed to image geological structures down to 400 meters depth, successfully mapped subsurface features extending over 1,200 meters deep, revealing previously unseen geological formations that suggest the presence of a vertically continuous mineral system. These findings indicate that Montauban may host more than a single deposit, with characteristics resembling known Volcanogenic Massive Sulphide and Broken Hill-type mineral camps, which are typically associated with substantial metal concentrations.

The survey results have provided ESGold with a much clearer structural model to target deeper, stacked, and potentially repeating mineralized lenses. This represents the first application of modern deep geophysics to the Montauban site since its early 20th-century production period, marking a significant advancement in the company's exploration methodology. The discovery of distinct high- and low-velocity zones within the survey data has substantially expanded the exploration roadmap, offering new and promising targets for gold and silver exploration that were previously undetectable using conventional methods.

ESGold is currently preparing to launch its revenue-generation strategy, which includes comprehensive tailings cleanup operations and a mineral reuse plan at the Montauban site. The company's long-term vision focuses on systematically exploring the site's gold and silver potential, with the recent survey results underscoring the significant untapped resources that may lie beneath the surface. The Montauban mine site covers 13,116 hectares (approximately 32,410 acres), providing extensive opportunities for resource development and future mining operations. The successful application of Ambient Noise Tomography technology at this scale demonstrates the potential for modern geophysical methods to revolutionize exploration at historic mining districts, potentially leading to the discovery of new mineral resources in areas previously considered well-explored.