Projects
Rocky Lake Project
The Rocky Lake Project is comprised of 5000ha of mineral exploration licenses in a prospective Ni, Cu, Zn, Au area. The Rocky Lake Project is located only 65km away from the nearest smelter at Flin Flon and only 11km SW of the Namew Lake Ni-Cu mine. Previous assays from a HudBay Minerals drill program failed to adequately test some of the strongest anomalies on the prospect. As such, QMC will aim to conduct additional surveys and identify targets for follow up drilling in 2011.
- Located in the world-class VMS Flin Flon Snow Lake mining district in North Western Manitoba. 65km from the nearest smelter at Flin Flon and 11km SW of the Namew Lake Ni-Cu mine.
- 5,256 ha, hosted within the Namew Gneiss Complex, includes Namew Lake Mine which produced 2.57 million tonnes grading 0.63% Cu and 1.79% Ni.
- Excellent access. Developed infrastructure.
- Previous work done in the area by Hudson Bay Minerals (HBM) and Inco which included airborne surveys, ground geophysics and drilling leading to the discovery in 1984 of the Namew Lake Ni-Cu deposit.
- The property was discovered in 1987 by HBM after airborne surveys identified 5 km conductor and ground EM outlined 1,500 km conductor.
- HBM drilled 10 holes totaling 2,292 metres from 1987, 1990 and 1991 over a length of 1 km. All 10 holes contained mineralization.
- In June 2007, QMC completed a 33.5 km of linecutting and a grid was laid out 150 meters west of and parallel to the HBM conductor.
- In October 2007, Crone Geophysics completed a 23 km Pulse Time Domain Electromagnetic (PEM) survey.
- The Crone PEM survey delineated a strong, 600m long conductor anomaly which was not identified in the previous work carried out by HBM. This work suggests that drilling by HBM intersected footwall chalcopyrite stringers and veinlets, and completely missed the conductor. In addition, the survey identified additional conductors.
- Property has potential similar to HBM's Lalor lake deposit.
- NI 43-101 Technical Report by Ron McMillan, Ph.D., P.Eng. can be referred to on SEDAR.
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