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Musk Metals Begins Fourth Exploration Program on Its 100% Owned “Elon” Lithium Project in Quebec, Canada
VANCOUVER, BC / ACCESSWIRE / June 14, 2022 / Musk Metals Corp. ("Musk Metals" or the "Company") (CSE:MUSK) (OTC PINK:EMSKF) (FSE:1I30) is pleased to announce it
About this update from Germanium Mining Corp.
[{"type":"text","content":" VANCOUVER, BC / ACCESSWIRE / June 14, 2022 / Musk Metals Corp. (\"Musk Metals\" or the \"Company\") (CSE:MUSK) (OTC PINK:EMSKF) (FSE:1I30) is pleased to announce it has started its fourth exploration program for Phase 1, on its 100% owned \"Elon\" lithium project in Quebec. Intervention permit has been received May 18th, 2022, which allowed the opening of access trails and exploratory trenches. The exploration work commenced on June 13th, 2022, targeting six anomalies that will be trenched, mapped, and sampled in the search for lithium-rich spodumene. Dynamic Discoveries Geosciences was mandated to identify targets using topographic imagery (LiDAR), cross referenced with a high resolution heliborne magnetic survey (2021) and DEM. Possible surface dykes cross cutting the interpreted intrusions, concordant with till anomalies which show a context alike the Quebec Lithium Mine located 600m south-west of the Elon Lithium Property (the \"Property\"). The Program The Company is expected to trench approximately 175 meters out of the 350 meters in the proposed planning. Trenches should be 2m wide, overburden depth is estimated between 0m to 3m. Fifty (50) meters of channel sampling is expected, which will be determined following surface mapping once bedrock is exposed. Target priorities are set according to where the bedrock is superficial which is somewhat concordant to outcrop geochemical anomalies rich in lithium, tantalum, and yttrium (Table 1). Unexplored targets in the present program will be subject to future exploration work, such as shallow drilling or further trenching. Table 1: Trenches Details. Priority TRENCHID LENGHT(m) DEPTH(m) OVERBURDEN(m3) TARGET DESCRIPTION 1 T3 30 1 - 2 284.67 Interpreted pegmatite dyke using DEM-high and cross-referenced with LiDAR topographic imagery. Two blocs down-ice returned highest Li values of Fall 2021 prospection survey. 1 T4 83 1 - 3 767.79 Possible pegmatite dyke swarm, identified with Low Mag, high DEM and cross-referenced with LiDAR topographic imagery. 1 T9 62 2 - 3 574.11 Possible pegmatite dyke swarm interpreted with Low Mag, high DEM and cross-referenced with LiDAR topographic imagery. 2 T7 86 2 - 3 791.1 Interpreted pegmatitic dyke swarm, 300 meters up-ice from ‘'Zone A'' which returned highest Li values in outcrop samples, including one value at 101ppm Li. Dyke swarm would be in ...