Quebec Nickel: AI Technology Identifies Multiple Nickel-Copper-PGE Sulphide Targets at QNI's Ducros Project

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[{"type":"text","content":"VANCOUVER, British Columbia / Oct 05, 2023 / Business Wire / Québec Nickel Corp. (CSE: QNI; FSE: 7lB; OTCQB: QNICF) (“QNI” or the “Company”) is pleased to report the results from an Artificial Intelligence (“AI”) nickel-sulphide-focused targeting exercise at the Company’s Ducros claims which has recently been completed by ALS GoldSpot Discoveries. Highlights: AI-driven targeting algorithms have been trained using the unique geophysical, geological and geochemical fingerprint of the Ni-Cu-PGE Fortin Sill Zone; Numerous new nickel sulphide targets generated through the work across the Ducros property, including several that occur adjacent to the Fortin Sill Zone, the recently discovered Q-Zone and along strike from the Ducros Sill Trend; The geological interpretation of the Ducros Property has been updated to help guide future exploration. In April 2023, QNI retained ALS GoldSpot Discoveries (“ALS GoldSpot”) to undertake a comprehensive review and synthesis of the vast amount of exploration data collected at the Ducros Property to date, enhancing ongoing exploration efforts. The objectives of the study were two-fold: firstly, to generate meaningful nickel-sulphide-focused targets across the property using its proprietary SmartTARGETTM AI technology, and secondly, to use the new exploration data to reinterpret the geology underlying the Ducros claims. The unique fingerprint of the Ni-Cu-PGE Fortin Sill Zone was used to train the SmartTARGETTM targeting algorithms. This involved the integration and synthesis of multiple exploration datasets including the recently completed VTEMTM, airborne gravity, high-resolution drone magnetics and Lidar surveys, along with the data from two seasons worth of surface biogeochemical surveys and the Ducros diamond drilling assay, lithogeochemical and geotechnical databases. ALS GoldSpot used its Supervised Learning (“SL”) and Semisupervised Learning (“SSL”) algorithms on 25-metre and 10-metre datastacks during its study. More than a dozen new nickel-sulphide targets have been generated by the study, the locations of which can be seen in Figure 1. Of note, several of the new nickel-sulphide targets, which are characterized as having a geophysical conductive response comparable to that of the Fortin Sill Zone, lie along strike of the Fortin Sill Zone, immediately adjacent to the recently discovered Q-Z...

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