Torr Metals Inc. has announced the discovery of high-grade copper and a major untested porphyry target at its Kolos Copper-Gold Project in British Columbia, a development that could significantly impact the mining sector. The findings, derived from an induced polarization survey and rock grab sampling at the Bertha Zone, revealed copper concentrations of up to 16.9% and silver at 8.48 g/t along a 30 m strike. This mineralization extends over 450 m between the Bertha and Bertha South showings, areas previously unexplored by drilling.
The high-grade copper is located on the edge of a newly identified IP chargeability anomaly, measuring over 900 m by 500 m, which remains open in several directions. Notably, all six grab samples collected exceeded 1% copper, with four surpassing 3%. The mineralization is hosted within the Nicola Group volcanic unit, suggesting the presence of a broad supergene-style blanket near a porphyry core. This geological setting is indicative of a potentially large-scale copper deposit.
Further enhancing the project's prospects, Torr Metals has outlined a prime untested porphyry target southeast of the Bertha pit. This target is characterized by overlapping chargeability and resistivity anomalies, coinciding with a significant hydrothermal alteration footprint. Such features are often associated with porphyry copper deposits, which are among the most valuable sources of copper worldwide.
The Kolos Copper-Gold Project, covering 332 km2, is strategically located in southern British Columbia's Quesnel Terrane, just 30 km southeast of the Highland Valley Copper Mine, Canada's largest open-pit copper operation. This proximity to established mining infrastructure underscores the project's potential for cost-effective exploration and development. For more details on the press release, visit https://ibn.fm/CYOLo.
This discovery by Torr Metals Inc. not only highlights the untapped mineral potential of the Kolos Project but also contributes to the growing demand for copper, a critical metal in the global transition to renewable energy and electrification. The identification of a major untested porphyry target further elevates the project's significance, offering a promising avenue for future exploration and potential resource expansion.
