ESGold's Seismic Survey Confirms Montauban's Potential as Major Gold-Silver 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 strong support for the vertically stacked model previously outlined in studies conducted by the University of Calgary and University of British Columbia. These findings highlight sulphide melting, hydrothermal activity, and structural deformation as crucial processes driving the remobilization of precious metals within the system.

The comprehensive survey data now corroborates the academic research that identified these geological mechanisms as fundamental to the concentration of gold and silver deposits. The Montauban project is being redefined as a complex, multi-lens system with the potential to match both the Broken Hill and Scandinavian massive sulfide systems in both scale and economic significance. This reclassification represents a substantial upgrade in the project's geological understanding and economic potential.

ESGold is currently integrating the academic insights with the newly acquired geophysical data into a comprehensive 3D model that will guide future exploration activities. This integrated approach aims to accelerate the company's strategy for achieving near-term production while simultaneously generating cash flow from existing tailings resources. The combination of academic validation and advanced geophysical data provides a robust foundation for targeted drilling and resource definition. For additional information about these developments, visit https://ibn.fm/qcDTE.

The confirmation of mineralized zones at such significant depths represents a major advancement in understanding the Montauban project's full potential. The alignment between ESGold's survey results and previous academic research strengthens the geological model and provides greater confidence in the project's development pathway. This integration of multiple data sources creates a more complete picture of the mineralized system and its economic possibilities.