ESGold's Seismic Survey Confirms Montauban Project's Potential as Major Mineral System

ESGold Corp. has announced that its Ambient Noise Tomography survey results confirm earlier academic research, establishing significant parallels between the Montauban Gold-Silver Project and Australia's renowned Broken Hill deposit. The seismic imaging technology has successfully identified mineralized zones extending to depths of 1,200 metres, providing substantial support for the vertically stacked geological model previously outlined in studies conducted by the University of Calgary and University of British Columbia. These findings collectively emphasize sulphide melting, hydrothermal activity, and structural deformation as critical geological processes responsible for the remobilization of precious metals within the deposit.

The confirmation of these geological processes through ESGold's deep geophysical data represents a major advancement in understanding the Montauban project's true potential. The project is now being redefined as a complex, multi-lens mineral system that shows potential to rival both the Broken Hill and Scandinavian massive sulfide systems in both scale and economic significance. This reclassification marks a substantial upgrade in the project's geological standing and suggests it may represent one of the more significant mineral discoveries in recent years.

ESGold is currently integrating the academic insights with comprehensive geophysical data into a detailed 3D model that will guide future exploration activities. This integrated approach aims to accelerate the company's strategy for achieving near-term production and generating initial cash flow from existing tailings resources. The combination of validated academic research with advanced geophysical surveying creates a robust foundation for targeted exploration and resource development. Additional information about these developments can be found at https://ibn.fm/qcDTE.

The alignment between academic predictions and empirical survey data significantly de-risks the project while opening new possibilities for resource expansion at depth. The confirmation of mineralization extending to 1,200 metres provides substantial exploration upside beyond traditional mining depths, suggesting the system may be considerably larger than initially projected. This depth potential, combined with the multi-lens structural model, positions Montauban as a potentially world-class mineral system worthy of continued investment and development attention from the mining industry.