Orogen Acquires Arizona’s Two Peaks Project to Expand Mineral Portfolio

Orogen Acquires Arizona’s Two Peaks Project to Expand Mineral Portfolio

Jonathan Stroud 06-Aug-2026
Orogen Royalties acquired Arizona’s Two Peaks project, targeting lead, zinc, silver, manganese, and copper mineralization with significant exploration potential.

Orogen Royalties Inc. has expanded its exploration portfolio through the acquisition of the Two Peaks carbonate replacement deposit (CRD) and skarn project in southeastern Arizona, strengthening its presence in one of North America's most prospective mineral belts. Located within the Laramide porphyry copper belt, the project offers exploration opportunities for lead, zinc, silver, manganese, and copper deposits.

The Two Peaks property spans nearly eight square kilometres of Bureau of Land Management (BLM) claims. It lies approximately eight kilometres west of Highway 90 near Whetstone and Benson in Arizona's Coronado National Forest. The site benefits from road access, making future exploration activities more efficient and cost-effective.

According to Orogen, the project's geological potential stems from an intrusive granodiorite center surrounded by a thick sequence of Paleozoic carbonate rocks. These formations are considered highly favorable for carbonate replacement deposits and copper skarn mineralization. The geology closely resembles that of South32's Hermosa deposit, a well-known polymetallic mining project located roughly 45 kilometres southwest of Two Peaks.

Exploration work conducted by Orogen identified an extensive marble front extending more than one kilometre from the intrusive center. Within this zone, a 200-metre-wide structural corridor hosts quartz-galena-sphalerite veins and breccias associated with lead, zinc, silver, and manganese mineralization. Grab samples collected from the area returned assays of up to 5.35% lead, 10.8 grams per tonne silver, and 1,050 parts per million manganese, highlighting the property's mineral potential.

In addition, soil sampling outlined zinc, lead, and silver anomalies extending as far as two kilometres from the intrusive center. The company believes these anomalies may indicate the presence of a concealed carbonate replacement system beneath the surface. Importantly, the project has not undergone modern geophysical surveys or drilling, leaving substantial exploration upside.

Laurence Pryer, Vice President of Exploration at Orogen, stated that the project was generated using recently released high-resolution airborne hyperspectral and magnetic survey data. The company further enhanced its understanding of the property through detailed geological mapping, sampling, and Green Rock geochemistry studies designed to evaluate underexplored alteration zones. Pryer noted that the geological similarities between Two Peaks and the Hermosa project make the asset particularly attractive for future partnerships.

The company added that the Two Peaks project is free from underlying ownership encumbrances, providing flexibility for future joint ventures, option agreements, or outright sale. Orogen plans to showcase Two Peaks alongside its other exploration assets during its third annual Project Generator Day, where it will engage with prospective exploration partners and investors.

Impact on Product and Chemical Commodity Prices

The acquisition is unlikely to affect immediate supplies of lead, zinc, silver, copper, or manganese because Two Peaks remains an early-stage exploration project with no active mining operations. However, successful exploration and future development could strengthen long-term North American supplies of these industrial and battery-related metals, improving regional supply security. For chemical commodities tracked by ChemAnalyst, the announcement is expected to have a neutral short-term pricing impact since no additional metal production will enter the market soon. Over the longer term, if commercially viable reserves are confirmed and production begins, feedstock availability could improve, potentially easing price volatility for downstream metal-based chemicals and industrial materials.

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