Opus One Gold Corp Gets Positive Results from a Laser Induced Breakdown Spectrometry Study on Noyell Project, Zone 1 Gold Discovery
Quebec Gold Explorer Validates Mineralization Character as Three-Rig Winter Drill Program Intensifies

The most recent news (Feb 24, 2026) reports positive results from a Laser Induced Breakdown Spectrometry (LIBS) study on the Noyell project. The study confirms a strong correlation between gold/silver and sulphide minerals (primarily pyrrhotite). Crucially, it suggests gold is found in a "free state" and finely disseminated, which management believes points toward high potential recovery rates. This technical validation coincides with an active 13,000–14,000 meter drill program (26 holes) currently utilizing three rigs to test Zone 1 extensions and new western targets.
The news is Routine - Positive. While the LIBS study provides important metallurgical and geological confidence—specifically the "free state" nature of the gold—it is a laboratory characterization of existing core rather than a new discovery or a resource estimate. - Technical Validation: Confirms the "sulphidization" model of the Banded Iron Formation (BIF), reducing geological risk. - Operational Momentum: The confirmation that three rigs are turning and the program is fully permitted is a positive sign of execution, following the successful $2.5M+ financing rounds closed in late 2025 and early 2026. - Expectation Alignment: The news aligns with the 2026 strategy outlined in January to "accelerate significantly." It does not yet provide the "game-changing" assay results required to re-rate the stock significantly higher from current levels.
Opus One is focused on gold exploration in the Abitibi region of Quebec. Its flagship Noyell Project (100% owned) is located 25km south of Matagami. The project is at the "definition drilling" stage on Zone 1, which has shown continuity from surface to 550m depth. The mineralization is associated with sulphidized Banded Iron Formations (BIF) within the Casa-Berardi-Douay-Cameron deformation corridor.