Integral Metals Identifies Area of Interest at the Burntwood Project Through Advanced Geochemical Analysis

Core Insights - Integral Metals Corp. has reported significant findings from its rock geochemistry program at the Burntwood Rare Earth Element Project, indicating potential for REE-rich zones [1][5] Group 1: Project Overview - The Burntwood Project is based on a complex alkaline intrusive system featuring foliated syenites and localized carbonatite phases, with a detailed grid survey conducted in 2024 involving 438 rock samples [2] - The results revealed elevated concentrations of light rare earth elements (LREEs), with total REE content in some samples exceeding 3,800 ppm, including lanthanum values greater than 1,000 ppm and cerium concentrations over 2,500 ppm [3] Group 2: Analytical Techniques - The company utilized principal component analysis (PCA) and K-means clustering to identify mineralization patterns, resulting in a distinct geochemical cluster (Cluster B) indicative of syenite mineralization with high REE, strontium, and barium values [4] - An area of interest within the alkaline complex has been identified as prospective for REE mineralization based on multivariate analysis and statistical thresholds [12] Group 3: Future Exploration Plans - The company plans to integrate these geochemical results with geological mapping from the Manitoba Geological Survey and other datasets to define targets for the next exploration phase [5][6] - Further updates will be provided as additional datasets from the 2024 survey program become available [6]