Canada Silver Cobalt Works Inc. has announced the commencement of drilling at its 100%-owned Lowney-Lac Édouard Project located in Québec, Canada. At the project, the company is targeting nickel-copper-cobalt mineralization.
The Phase I drilling program includes up to 3,000 metres of diamond drilling and is designed to test the significant conductive anomalies and Cobalt Degrees plus Channel Sampling returned from recent sampling programs.
The Lowney-Lac Édouard Project is located in Lac Édouard, which lies 55 km northeast of Chibougamau in central Québec. The project encompasses three separate mineral claims covering an area of 775 hectares and is centered at the edge of the north-eastern portion of the Cadillac Break, one of the most important structural structures in all of Québec.
Recent sampling programs have identified two distinct conductive geophysical anomalies, along with Cobalt Degrees plus Channel Sampling. The first conductive anomaly is located in the southwestern Bjork and Nordin sectors, for a length of 400 metres and a width of up to 200 metres. The second conductive anomaly is located in the southeast of the property, near Tilt Lake, for a length of 250 metres and a width of up to 100 metres. Both anomalies have the potential to form massive granitoid sulphide mineralization associated with the Cadillac Break.
The Phase I drill program will consist of drilling the geophysical anomalies and targets identified on the property. Drills will be used to test for massive sulphide potential; surface sampling and geophysical surveys have already identified multiple drill targets.
Canada Silver Cobalt Works Inc. is an exploration and development company dedicated to the responsible development of cobalt. The company is focused on its wholly-owned Lac Édouard Project located in Québec, Canada. The project has its own power station, directly connected to the provincial power grid, 20 km road access, easy access to local amenities, and a camp equipped with accommodations, shower facilities and a full kitchen.
