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Skyharbour and JV Partner Orano Announces Extensive Exploration and Drilling Program in 2025 at Preston Uranium Project

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Skyharbour Resources Ltd
Skyharbour Resources Ltd

Vancouver, BC, Jan. 28, 2025 (GLOBE NEWSWIRE) -- Skyharbour Resources Ltd. (TSX-V: SYH) (OTCQX: SYHBF) (Frankfurt: SC1P) (“Skyharbour” or the “Company”), is pleased to announce that its joint-venture partner, Orano Canada Inc. (“Orano”), is planning a substantial 2025 exploration and drilling program at the 49,635 hectare Preston Uranium Project (“Preston” or the “Property”) located in the western Athabasca Basin, Saskatchewan, Canada. The drilling program will consist of approximately 6,000 to 7,000 metres of drilling during the summer of 2025. Orano is the majority owner and operator at the project with Skyharbour owning a minority interest of approximately 25.6%.

Location Map of Preston Project:
https://www.skyharbourltd.com/_resourceshttps://finance.yahoo.com/images/Sky_Preston.jpg

2025 Exploration Program at Preston:

The proposed exploration program for the Preston project will consist of a planned 6,000 to 7,000 metre, helicopter-supported diamond drill program in approximately 26 holes at an average depth of 250 metres during the summer of 2025. Primary drill target areas (outlined in Figure 3) include the previously untested Johnson Lake grid as well as the Canoe Lake grid; with the possibility of testing the recently surveyed FSAN-North and the West Preston Grids. Target areas are separated throughout the claim to ensure assessment credits are met across all claims, while also testing perspective trends.

Figure 3: Target Area Overview – Preston Lake Project:
https://www.skyharbourltd.com/_resourceshttps://finance.yahoo.com/images/Target-Area-Overview-Preston-Lake-Project.png

The Johnson Lake Area (Zone 1 in Figure 3) has a ML-TEM grid (28.4 km across 7 lines) with no drill testing to date. A DC resistivity survey was also performed over four lines within the grid to better define and prioritize drill targets. A drill program was planned for the grid in the winter of 2019, however, limited ice thickness prevented access of the heavy equipment to reach the area. With the 2025 program being helicopter supported, access to the area will not be an issue. Multiple conductors within the grid show moderate to strong conductive responses, concurring with the elevated conductivity seen on the airborne GEOTEM. To thoroughly test these new conductive trends (predominantly the JL-North and JL-South Conductors visible in Figure 4), 7 to 12 drill holes with an average depth of 250 m are planned totalling 1,750 to 3,000 metres, contingent on results.

Figure 4: Johnson Lake Grid:
https://www.skyharbourltd.com/_resourceshttps://finance.yahoo.com/images/Johnson-Lake-Grid.png

The Canoe Lake Area (Zone 2 in Figure 3) remains highly perspective and is a planned target area for the 2025 diamond drilling program. The Canoe Lake grid area has 9 conductive trends with each conductor having 1 to 3 historic holes leaving large portions of strike length untested. Cross-cutting structures interpreted from the airborne EM and magnetics data in the South-West portion of the Canoe Lake grid are of high interest due to their analogous orientation to the PLS and Arrow structural environments. Priority testing will be placed on conductors with confirmed graphitic structured intervals and elevated pathfinder elements from historic drilling. PRE-21 on the CAN-8 conductor intersected a locally fractured 46.6 m interval of intermittently graphitic and generally sulphide-bearing granodioritic gneiss with slightly higher average contents in Pbpartial (10.3 ppm), Btotal (29.8 ppm), Copartial (19.1 ppm), Cupartial (73.4 ppm), Nipartial (42.8 ppm) and Mopartial (6.1 ppm). Aside from PRE-21 the remainder of the CAN-8 conductive trend is untested. After initial review, CAN-8 will see the majority of the testing with the possibility of testing of CAN-1, CAN-3 and CAN-7 (visible in Figure 5) depending on ground conditions for a total of 4 to 8 holes totalling 1,000 to 2,000 metres.