- Commences 2021 Summer / Fall Exploration and Drilling Program at Albert Lake Nickel, Copper, Cobalt, PGE Sulphide Project in Saskatchewan.
- Field exploration crews arrived on site during the week of June 14 to commence five-month field program.
- Contracted Initial Exploration Services and TerraLogic Exploration to conduct borehole EM (BHEM), and gravity surveys, soil geochemistry, geological mapping, prospecting and core drilling.
- Commencing mid-July, BECI Exploration Consulting will conduct a Heliborne AirTEM survey (1,500 l-km) detailing the Island Showing discovery area and specific targets within the 2021 exploration area.
- Initial focus of program is to define and refine drilling targets for 2021 and 2022.
- Drilling program consisting of 5,000m for identified targets scheduled to begin late August.
- Complete borehole EM of historic drillholes and detailing areas where the Company recognizes Rottenstone-type host rock, and further detailing areas where off-hole conductivity has been recognized which the Company interprets to be representative of sulphide mineralization.
- Follow-up and continuation of soil geochemistry initiated in 2018, along trend of the historic Rottenstone deposit to detail a historic B-horizon soil sample that returned 155ppm Ni, 70ppm Cu and 411ppb Pt 5km northeast of the Rottenstone deposit and to blanket new target areas with soil geochemistry.
- Geological mapping focused on structure and targeting, identifying prospective rock types (ultramafic) and structural settings that have potential to host Rottenstone-type deposits.
- Perform gravity survey on land to continue the survey initiated on lake ice Q1-2021.
- Complete AirTEM to better define the conductivity recognized off-hole in drillhole AL21021 (see press release June 7, 2021) and to test for conductivity associated with MAG anomalies defined in Q1-2021 property-wide, 9000 l-km, high resolution, Gradient MAG survey.
- Drill high-priority, drill-ready targets identified through extensive compilation of historical BHEM data, coincident with geochemical and geophysical anomalies (as identified in Figure 2).

