Renewal Of Exploration Permit At Surselva Gold ProjectVANCOUVER - NV Gold Corporation reported that the…
Drilling At The O’Sullivan Project Has Commenced
Drilling At The O’Sullivan Project Has Commenced
VANCOUVER – Kenorland Minerals Ltd. announced commencement of diamond drilling at the O’Sullivan Project, located in the Abitibi greenstone belt of Quebec and held under an option agreement with Sumitomo Metal Mining Canada Ltd. The maiden drill program will include up to 4,150m of diamond drilling, comprised of 6 drill holes as an initial test of the Pusticamica North target identified through systematic exploration carried out over the previous three years. The proposed drill plan will test a number of interpreted structure orientations and coincident geophysical features within the mapped northeast trending deformation zone. Kenorland is operator of the Project, and drilling activities are expected to conclude this month.
During the 2023 exploration campaign, the Company completed detailed magnetic, ground electromagnetic (EM), and induced polarisation (IP) surveys followed by detailed mapping covering the Pusticamica North target area, as well as a regional-scale lake sediment geochemical survey, and an airborne versatile time domain electromagnetic (VTEM) survey. The geophysical surveys covered the coherent gold-in-till anomaly along the northern shore of Lac Pusticamica, associated with strong deformation along a major felsic intrusive-volcanic contact. The drill program was designed to test a 1.6 kilometer strike length of the northeast trending deformation zone along a significant inflection in the granitoid margin, coincident with interpreted east-west structure intersections. Drill holes were targeted to cross chargeability and magnetic anomalies and where their margins coincide with discrete modelled Maxwell Plate EM anomalies, interpreted as near vertical, subparallel structures in the deformation zone. Drilling is planned to cross up to one kilometer of width in this favourable structural and lithological setting, prospective for orogenic gold.
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