ESGold Corp. Discovers Significant Similarities Between Montauban Site and Renowned Broken Hill Deposit

ESGold Corp. (CSE: ESAU) (OTCQB: ESAUF) has unveiled findings from its Ambient Noise Tomography (ANT) survey at the Montauban historic mine site in Quebec, Canada, revealing striking genetic and structural similarities to the world-famous Broken Hill deposit in New South Wales, Australia. This discovery positions Montauban not just as a site for tailings cleanup and reuse but as a high-impact exploration opportunity with the potential for significant polymetallic deposits at depth.

The ANT survey, a non-invasive seismic imaging technique, has provided ESGold with compelling evidence to support its theory that the Montauban site could mirror the prolific mineral system of Broken Hill. Covering 13,116 hectares west of Quebec's capital, the site's transformation from a historic producer to a promising exploration target underscores the potential for vertical and lateral expansion of mineral resources.

ESGold's innovative approach combines environmental stewardship with economic viability. The company's near-term strategy focuses on generating approximately $350 million in revenue from tailings reuse operations within the first few years. This revenue is earmarked to fund further exploration at Montauban, reducing reliance on external market funding and paving the way for sustainable mining practices.

The parallels between Montauban and Broken Hill are not just geological but also strategic. Broken Hill is one of the world's largest and most productive silver-lead-zinc deposits, and any similarity to such a deposit could herald a new era for ESGold and the mining industry in Quebec. For more details on ESGold's findings and updates, visit https://ibn.fm/ESAUF.

This development is a testament to the potential of modern exploration technologies like ANT to uncover new opportunities in historic mining districts. ESGold's work at Montauban could serve as a blueprint for combining environmental remediation with mineral exploration, offering a model for sustainable resource development that benefits both the industry and the planet.