Golden Cariboo Resources Ltd. is set to revolutionize gold exploration at its Quesnelle Gold Quartz Mine property in central British Columbia, Canada, by adopting the Chrysos PhotonAssay™ technology. This innovative method, developed in collaboration with ALS Canada Ltd., utilizes high-energy photons to analyze sample materials non-destructively, offering a significant advancement over traditional fire assay techniques. The PhotonAssay™ technology can examine up to 500 grams per assay, a substantial increase from the 30-50 grams typically analyzed, thereby providing a more comprehensive and representative measurement of gold content.
The adoption of this technology addresses the longstanding challenge known as the 'nugget effect', a common issue in gold mineralization that can skew assay results. The Halo zone target, where recent drilling has uncovered coarse, visible gold particles, stands to benefit significantly from this method. By enabling the analysis of larger sample volumes, PhotonAssay™ promises to deliver more accurate quantification of both finely dispersed and coarse gold particles, enhancing the reliability of exploration data.
An orientation study is currently underway to compare the results obtained from PhotonAssay™ with those from traditional fire assay methods, using existing core samples. Frank Callaghan, President and CEO of Golden Cariboo Resources Ltd., highlighted the potential of this technology to optimize resource evaluation and improve the transparency of assay data. The study focuses on core samples from previous drill holes, including the notable QGQ24-21 hole, with assay results expected to be reported in the coming weeks.
This initiative represents a significant step forward in gold exploration techniques. By leveraging Chrysos PhotonAssay™ technology, Golden Cariboo Resources Ltd. is not only addressing the challenges posed by the 'nugget effect' but also setting a new standard for accuracy and efficiency in the analysis of precious metal deposits. The success of this study could herald a new era in gold exploration, offering a more reliable and representative method for assessing gold content in mineral deposits.
