ESGold Corp. has announced significant results from its Ambient Noise Tomography survey conducted at the Montauban Gold-Silver Project in Quebec, revealing deep geological structures that suggest district-scale mineralization potential. The survey, performed by Caur Technologies, successfully imaged subsurface features down to 1,200 meters depth, identifying characteristics indicative of a potential Volcanogenic Massive Sulphide system. This advanced geophysical technique has provided crucial insights into the property's structural framework, highlighting a north-central feeder zone and distinct structural contrasts that represent high-priority exploration targets for future drilling campaigns.
The discovery of these deep-seated geological features marks a substantial advancement in understanding the Montauban project's true mineral potential. André Gauthier, Director of ESGold Corp., emphasized the transformative nature of these findings, noting the project's evolution toward becoming a major resource. The company is currently integrating these new survey results with comprehensive historic data into a sophisticated 3D geological model. This integration aims to redefine Montauban from a traditionally shallow deposit into a vertically integrated system with global-scale potential, fundamentally changing the exploration approach and resource estimation methodology for the property.
The Montauban property, situated approximately 80 kilometers west of Quebec City, represents a significant asset in ESGold's portfolio as it advances toward production. The Ambient Noise Tomography technology employed in the survey represents cutting-edge exploration methodology that allows for detailed subsurface imaging without the environmental impact of traditional seismic methods. This approach aligns with ESGold's commitment to sustainable mining practices and exploration innovation. The identification of potential VMS mineralization at depth substantially enhances the project's economic prospects, as VMS deposits typically host substantial concentrations of gold, silver, copper, zinc, and lead minerals in economically viable quantities.
For additional information about these developments, visit https://ibn.fm/IeTzk. The survey results provide a robust foundation for future exploration planning and resource development at Montauban, potentially positioning the project as a significant contributor to Quebec's mining sector. The deep structural insights gained through this advanced geophysical survey represent a critical step in unlocking the property's full mineral potential and demonstrate the value of innovative exploration technologies in modern mineral resource development.
