• 15, chemin de l’étang, Gatineau, Québec, J9J 3S9, Canada
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    • Kremer Project

    Kremer Project

    History

    Located just 90 km from downtown Montreal but 15 km away from the nearest town center, the Kremer Project spans a region highly favorable for mineral exploration, with strong potential for critical resources such as nickel, copper, and cobalt.

     

    The drilled zone and the 8 km-long conductive anomaly lies at the junction of the Morin anorthosite and the metasedimentary rocks.  Very likely of magmatic origin, this system has all of the characteristics necessary for generating a significant amount of sulfides rich in nickel, copper, and cobalt.

     

    In 2022, a helicopter-borne TDEM (Time Domain Electromagnetic) survey identified promising electromagnetic anomalies. Ground follow-up confirmed this potential, leading to the registration of 223 mining claims with Quebec’s Ministry of Natural Resources and Forests (MRNF). Among the key discoveries was a significant gravitational and electromagnetic anomaly stretching 8 km in the northwestern part of the property.

     

    2023 Advances: Exploration and Discoveries

    During the fall of 2023, efforts focused on drilling high-priority targets identified through the TDEM survey and intensive prospecting work.

    • 22 drill holes were completed, totaling 4,200 meters.
    • 9 drill holes (approximately 40%) intersected massive and semi-massive sulfides rich in nickel, copper, and cobalt.
    • 420 samples were analyzed in the laboratory (see the summary table of the campaign’s top results.)

     

    2024: Innovative Techniques and New Discoveries

    • Ground-based TDEM surveys: Enhanced accuracy of conductors identified during helicopter surveys.
    • Borehole TDEM surveys: Mapped the geometry of conductive sulfide zones.
    • Drone magnetic surveys: Provided detailed mapping of local geology.
    • Ground gravimetric surveys: Identified dense geological bodies such as massive sulfide lenses or mafic to ultramafic units favorable for nickel, copper, and cobalt mineralization.

    3D interpretation and modeling of these surveys are underway. A preliminary discovery map highlights:

    • Density variations (color-coded according to gravimetric data).
    • Black lines marking conductors identified through electromagnetic surveys.
    • White-bordered points indicating the locations of 22 drill holes.
    • Black points showing surface samples analyzed in the laboratory.

    Two new mineral-rich zones have been identified:

    • Northwest Zone:
      • Drilling has already taken place.
      • Surface mineralization is exposed every 25 to 50 meters along approximately 700 meters.
      • Two trenches excavated to a depth of 1 meter.
    • Southeast Zone:
      • Previously unexplored.
      • New mineralization indices rich in nickel, copper, and cobalt found up to 7 km from the current drilling zone.

     

    2025: Perspectives and Strategies

    To date, exploration has covered only part of an 8-km favorable zone. The 2024 advancements identified:

    • A major gravimetric anomaly in the central portion of the favorable sector.
    • Two significant electromagnetic axes along the 8-km favorable zone.
    • 30 high-priority drilling targets.

    Our focus now shifts to the central part of the mineralized zone, where magnetic, gravimetric, and electromagnetic anomalies overlap. These anomalies suggest the presence of a significant mafic intrusion buried at shallow depth. This next drilling phase will allow us to better understand the mineralization and its extent.

     

    CONCLUSION

    The Kremer Project stands out as a promising initiative in the exploration of critical resources in Quebec. Exploration efforts will continue in 2025 in a structured, orderly, and responsible manner to accurately evaluate the property’s potential.