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Revival Gold Advances Pre-Feasibility Study and Permitting Work at Mercur, Utah's Largest Primary Gold Development Project
Revival Gold says work at its Mercur gold project in Utah is progressing toward an updated mineral resource estimate and Preliminary Feasibility Study by the end of Q1 2027. It has completed 24 kilometers of resource drilling over 18 months, finished 18 metallurgical column tests, and is preparing to revise the project's Large Mine Operating permit.
Published:
Updated:
What happened
Revival Gold says work at its Mercur gold project in Utah is progressing toward an updated mineral resource estimate and Preliminary Feasibility Study by the end of Q1 2027. It has completed 24 kilometers of resource drilling over 18 months, finished 18 metallurgical column tests, and is preparing to revise the project's Large Mine Operating permit.
Confirmed
Global impact / market context
The updated resource estimate and feasibility study are steps toward showing how much gold may be recoverable and whether the project plan is workable. If results support development, permitting and mine design progress could eventually shape future spending needs and the project's ability to generate revenue.
Analyst inference
Mercur remains in a study and permitting phase, rather than being described as an operating mine. The planned filings and technical work may reduce uncertainty about the project, but the supplied update gives no new resource totals, study economics, approval, or construction decision.
Analyst inference
What to watch
- Check whether Revival Gold completes the updated mineral resource estimate and Preliminary Feasibility Study by the stated end-of-Q1 2027 target. Confirmed
- Watch for details of the Notice of Intention, a filing to revise the Large Mine Operating permit, and any subsequent permitting steps or decisions. Confirmed
- Further column leach test results and mine-plan details could clarify expected gold recovery and project costs, influencing whether development appears financially workable. Analyst inference