Torr Metals (TSX-V:TMET) is setting its sights on district-scale potential at its Kolos copper-gold project in British Columbia after wrapping up its 2023 field program.
The program consisted of large-scale surface geochemical and ZTEM airborne geophysical surveys covering nearly 48 square kilometers at the 100%-owned property.
Torr collected 47 rock and 3,348 soil samples during the program, with a strategic focus on residual magnetic intensity (RMI) geophysical anomalies coinciding with outcrop mineralization.
The property may host extensive copper-gold porphyry and epithermal mineralizing systems that have never been drill tested, according to Torr.
The Kolos project is located near operational copper porphyry mines, including Teck's Highland Valley copper mine and divided by Highway 5, ensuring direct access through well-maintained roads.
The Fall 2023 rock and soil sampling focused on north-south-oriented linear high magnetic geophysical anomalies and disruptions to this trend, similar to successful projects such as Kodiak Copper Corp's West and Gate Zones. Notably, the Gate Zone's discovery in 2019, situated at the intersection of magnetic trends, shares similarities with an identified area within the northern portion of the project.
Malcolm Dorsey, Torr's CEO, highlighted the success of the 2023 geochemical sampling and ZTEM geophysical surveys, providing tools to prioritize future exploration targeting.
"These highly pronounced geophysical and geological features in addition to the coincident historical occurrences are what first attracted our attention to the area, as we know that similar geophysical patterns have proven to be highly prospective within the region; such as at Kodiak Copper Corp's West and Gate Zones around 60 km to our south,” Dorsey told shareholders in a statement.
Dorsey added that the district-scale potential of Kolos will “for the first time” be tested, giving Torr the tools to prioritize future exploration targeting.
Torr targeted anomalies, including high magnetic anomalies, disruptions in high magnetic anomalies, and linear low magnetic anomalies, through extensive geochemical sampling. The data collected will contribute to understanding regional controls of mineralization and aid in future exploration targeting.
The 2023 soil sampling grids employed 100-metre and 300-metre line spacings over known and underexplored areas, respectively. Additionally, Torr enlisted Geotech Ltd. for a high-resolution ZTEM airborne geophysical survey covering 1,077 line km, which should offer critical insights into alteration haloes associated with large-scale porphyry deposits.