ESGold Corp. Advances Montauban Project with Gravity Separation Technology for Sustainable Gold Recovery

ESGold Corp. has reached a critical development stage at its Montauban project in Quebec, installing Humphrey spiral concentrators to enable gravity separation for gold and silver recovery from historic tailings. The company's innovative approach targets a processing throughput of up to 1,000 tonnes per day, representing a key component of its clean mining strategy. CEO Paul Mastantuono confirmed that construction is progressing according to schedule, with first production still anticipated by the end of 2025.

The project highlights ESGold's commitment to sustainable resource recovery, leveraging proven expertise in Quebec's mining landscape. The gravity separation circuit installed at the site demonstrates the company's focus on low-impact mining techniques. By targeting historic tailings, ESGold is not only creating a potential revenue stream but also implementing an environmentally conscious approach to resource extraction that addresses legacy mining impacts.

The milestone comes amid a robust period for Canadian gold production. Canada currently ranks as the fourth-largest gold-producing nation globally, with major companies like Barrick Gold, Kinross Gold, and B2Gold reporting strong first-quarter results in 2025. This positive industry backdrop supports ESGold's strategic positioning in the Quebec mining sector.

ESGold is further advancing its project by preparing an updated Preliminary Economic Assessment and plans to release a comprehensive 3D geological model in the coming weeks. The Montauban property, located 80 kilometers west of Quebec City, represents a strategic asset with near-term production potential and broader district-scale exploration opportunities. The company's approach to reprocessing historic tailings represents an important evolution in mining practices, combining economic potential with environmental responsibility.

The installation of Humphrey spiral concentrators specifically addresses the need for efficient mineral separation while minimizing environmental impact. This technology allows for the recovery of precious metals without the extensive use of chemicals typically associated with traditional mining operations. As the project moves toward production, it demonstrates how modern mining companies can leverage existing mineral resources while implementing more sustainable extraction methods.