ESGold Corp. Reveals Deep-Seated Mineral System at Montauban Project Through Advanced Geophysical Survey

ESGold Corp. has announced significant findings from its Ambient Noise Tomography survey at the Montauban Gold-Silver Project in Quebec, revealing a system that extends to depths of 1,200 meters, far beyond areas previously mined. This discovery suggests that Montauban may host a district-scale Volcanogenic Massive Sulphide system, characterized by multiple stacked mineralized lenses similar to those found in globally significant deposits. The integration of ANT survey data with historic drill results and VTEM data is currently guiding the development of a new 3D geological model for the project.

The identification of a mineral system reaching such substantial depths represents a major breakthrough in understanding Montauban's true potential. The discovery of multiple stacked mineralized lenses, characteristic of world-class VMS deposits, positions the project as potentially hosting a significant mineralized system that could rival other major mining districts. This finding is particularly important because it demonstrates that the mineralized system extends well beyond the historical mining areas that were previously exploited, opening up entirely new exploration targets at depth.

With all necessary permits secured and tailings reprocessing already in progress, ESGold is strategically positioned to capitalize on both near-term production opportunities and the long-term exploration potential of Montauban. This dual approach underscores the project's viability as a potential multi-generational mining asset, offering substantial value to stakeholders and contributing to the local economy. The company's comprehensive strategy combines immediate revenue generation from tailings reprocessing with systematic exploration of the newly identified deep-seated mineral system.

The implications of this discovery extend beyond ESGold's immediate operations, potentially establishing Montauban as a significant new mining district in Quebec's already robust mineral sector. The identification of a district-scale VMS system at depth could attract additional investment and development in the region, while the advanced geophysical techniques employed demonstrate how modern exploration methods can reveal previously unrecognized mineral potential in historical mining districts. For additional information about these developments, readers can access detailed technical data through the company's official communications available at https://ibn.fm/t4OUz.