Azimut and SOQUEM Uncover Extensive Lithium Targets on the Galinée Property, James Bay region, Quebec

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Exploration Azimut Inc
Exploration Azimut Inc

LONGUEUIL, Quebec, Oct. 10, 2024 (GLOBE NEWSWIRE) -- Azimut Exploration Inc. (“Azimut” or the “Company”) (TSXV: AZM) (OTCQX: AZMTF) is pleased to announce that the 2024 field exploration program has defined extensive new lithium targets on the Galinée Property (the “Property”) in the Eeyou Istchee James Bay region of Quebec, Canada.

The targets result from a combination of systematic till sampling and project-scale prospecting, which highlighted new prospective zones with a cumulative length of approximately 18 kilometres. Boulders grading up to 5.36% Li2O have been found in poorly outcropping areas in the northeastern part of the Property, where the glacial sediments (till) contain significant amounts of spodumene crystals. Another promising sector, returning up to 2.85% Li?O in boulders, was identified within a 10-kilometre zone in the northwestern part. Follow-up activities will prioritize this new target area.

These results further underscore the project’s strong exploration potential within an emerging lithium district. The spring 2024 drilling program yielded wide intervals of high-grade mineralization in the northernmost part of the Property, including 1.62% Li2O over 158.0 m, 2.48% Li2O over 72.7 m, and 2.68% Li2O over 54.6 m. (see press release of June 19, 2024).

Galinée is one of the priorities among the joint venture projects between Azimut and SOQUEM Inc. (“SOQUEM”). Additional results from the field programs conducted this summer on other Azimut projects (see press release of September 9, 2024) will be reported as they become available. Significant progress is expected, notably on the Elmer (gold-copper), Wabamisk (gold-antimony), Kukamas (nickel-copper-PGE), and Pilipas (lithium) projects.

HIGHLIGHTS (see Figures 1 to 5, Photos 1 to 4)

  • Systematic till sampling (851 samples) was conducted along lines spaced 1.0 to 1.5 kilometres apart, perpendicular to the southwest glacial direction and geological strike, with samples taken at an average interval of 100 metres along the lines. UV light was used to identify spodumene grains in the sieved coarse fractions of 5-kilogram samples, with confirmation by portable LIBS (Laser Induced Breakdown Spectroscopy) analyzer and/or binocular microscope. 253 till samples (29.7%) contain at least 1 crystal, and up to 30 crystals, of spodumene per sample. This innovative field approach allows large areas to be rapidly assessed at relatively low cost.

  • Follow-up prospecting of the spodumene-bearing sectors led to the discovery of mostly angular to sub-angular spodumene pegmatite boulders in two areas. Although outcrops are rare over most of the Property (less than 5%), the overburden is estimated to be relatively thin, on the order of 10 metres. For this reason, the presence of boulders coincident with spodumene-bearing till suggests proximal spodumene pegmatite bodies in the bedrock.

  • In addition, the multi-element geochemical footprint in the fine fraction of the till samples roughly coincides with previously reported lake sediment geochemistry results for lithium and cesium, which led to the initial recognition of prospective corridors on the project (see press release of February 23, 2024).