Saskatoon, SK, October 24, 2023 – IsoEnergy Ltd. (“IsoEnergy” or the “Company”) (TSXV: ISO; OTCQX: ISENF) is pleased to provide an update on the results of summer 2023 exploration work on its eastern Athabasca Basin uranium properties (Figure 1).

Summer Program Highlights:

5,270 metres of drilling were completed in 11 drill holes on the Larocque East, Hawk and Ranger projects. Mineralization was intersected in the west end of the Hurricane deposit at Larocque East, and prospective intervals of strong structural disruption, clay alteration and desilicification were intersected on conductive corridors with significant untested strike length at Hawk and Ranger.
At Laroque East, Drill hole LE23-155, drilled in the southwest portion of the Hurricane deposit to upgrade confidence in continuity of mineralization to the western border of the property, intersected 8.5 meters averaging 4.1% U3O8 between 325.0 and 333.5m downhole. This interval includes an intercept of 6.8% U3O8 over a 1.0 m interval from 327.0 to 328.0m and a higher-grade interval of 23% U3O8 over 1.0 m from 331.5 to 332.5m.
Innovative Ambient Noise Tomography (ANT) surveys were completed on the Larocque East, Hawk and East Rim projects in collaboration with FLEET. A significant low velocity response, interpreted to represent alteration, is spatially associated with the Hurricane deposit and 3D models from these surveys will be integrated with other drill hole and geophysical information to generate targets for future drilling. A compelling 1-kilometre-long ANT target has been defined along strike of the Hurricane deposit with the same footprint as the feature associated with Hurricane.
Drill hole HK23-08 at Hawk, intersected a significant fault zone that offsets the unconformity by 16.5 metres and is spatially associated with strong illite and chlorite alteration, and desilicification in the lower sandstone and upper basement. HK23-08 was drilled 850 metres south of a 2-kilometre-long ANT velocity anomaly that is situated within a north-northeast trending regional corridor defined by a magnetic low and coincident ZTEM conductivity.
A helicopter-borne Versatile Time Domain Electromagnetic (VTEM™ Plus) survey flown. see & read more on
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