
Perpetual Resources confirms surface tungsten skarn and accessible infrastructure at its Nevada Scheelite project. Rock chip assays submitted, 400-hole database to be compiled for drilling targets.
Perpetual Resources (ASX: PEC) has completed its first direct technical assessment of the Nevada Scheelite Tungsten Project since signing a binding acquisition agreement in June 2026. The site visit in Mineral County, Nevada, confirmed that the tungsten skarn system has a clear, mappable surface expression and that historical mine infrastructure remains accessible.
Field mapping identified garnet-pyroxene skarn, limestone contacts, and calc-silicate alteration minerals consistent with an intrusive-related tungsten system. The mapped skarn-limestone contact trends broadly north-south and ranges from subvertical to steeply east-dipping. That orientation broadly matches the direction of historical underground development, strengthening confidence in the historical geological model.
The site retains a timber and steel headframe above the main shaft collar, several mill and processing buildings, a box shaft collar, and additional surface workings across the adjacent hillside. Parts of the surface infrastructure have collapsed, and the operation reflects its age. Perpetual considers the standing infrastructure useful for continued technical assessment.
Six first-pass rock chip samples weighing between half a kilogram and one kilogram were collected across the skarn-limestone contact. The samples have been submitted to American Assay Laboratories in Reno for multi-element analysis. Results are pending.
The Nevada Scheelite deposit has historical production of about 211,000 short tons at an average grade of roughly 1.1% tungsten trioxide. That grade sits well above the typical range for global tungsten deposits, which often grade between 0.5% and 0.9% WO3. The company will next interpret the assays, compile and validate records from more than 400 historical drill holes, catalogue preserved drill core, and build a three-dimensional geological model.
Preserved core and the extensive drill database mean Perpetual can update the project's geological understanding without starting from scratch. The 3D model will guide priority confirmatory drilling and geochemical targets, reducing early-stage exploration cost and risk.
Executive chair Julian Babarczy said the site visit provided direct technical confirmation of several key features that first drew Perpetual to the project.
"The site visit confirmed that the tungsten skarn system has a clear surface expression consistent with a classic intrusive-related tungsten skarn environment," he said. "The structural geometry observed at the surface aligns with the orientation of historical underground development, supporting the historical geological model and providing a strong foundation for the next stage of technical work."
"Together with the substantial historical database and preserved drill core, these observations provide Perpetual with a clear pathway to develop a modern geological understanding of the project."
Tungsten is classified as a critical mineral in both the United States and Australia. China controls more than 80% of global supply, giving Western tungsten projects strategic value for defense and industrial supply chains. Perpetual's Nevada project sits in a mining-friendly jurisdiction with established infrastructure, including road access and nearby processing facilities.
The company will report assay results and the next work program milestones as they become available.
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