Eagle Plains Partner Refined Energy Commences Work Programs and Adds Additional Claims at Dufferin Lake Uranium Project, Saskatchewan

ACCESSWIRE · Eagle Plains Resources Ltd.

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CRANBROOK, BC / ACCESSWIRE / October 7, 2024 / Eagle Plains Resources Ltd. (TSXV:EPL) or "Eagle Plains" is pleased to announce that partner Refined Energy Corp (RUU)(RFMCF)(CWA0) ("Refined") has commenced 2024 work on Eagle Plains' 100% owned Dufferin Project. Refined holds the exclusive option to a acquire 75% interest in the Project, which is made up of the North and West Dufferin properties, located approximately 18km from Cameco's Centennial Deposit where historic drill hole VR-031W3 intersected 8.78% U308 over 33.9m (SMAF 74G12-0061). The planned work includes an airborne MobileMT geophysical survey at Dufferin North and interpretation and modeling of historical geophysical data at Dufferin West and North. The Dufferin North interpretation and modeling will include 3D inversions. In addition to the above work, Refined and Eagle Plains have acquired a further 2,837 hectares at Dufferin West, further expanding the Dufferin Project to 10,140 hectares.

See Dufferin Project Information & Map here

The Dufferin Project is located on or in close proximity to the known trace of the Virgin River Shear Zone and related splays which are key structures for potential uranium mineralization.

An airborne MobileMT geophysical survey is planned for the Dufferin North property. The MobileMT is an advanced geophysical method that can effectively identify deep seated structures that may be associated with feeder fault systems to uranium mineralization.

The Dufferin West program will initially focus on an advanced interpretation of available geophysical datasets in order to determine the most prospective locations for follow up electromagnetic ("EM") ground surveys to refine drill targeting.

The Dufferin Project is prospective for unconformity- and basement-hosted uranium mineralization in proximity to the Virgin River Shear Zone. Faulted basement contacts and brittlely reactivated structures are the primary locations for mineralization in the area covered by the Dufferin Project. The relatively high concentration of secondary uranium bearing minerals demonstrated by prior exploration work on the Dufferin Project may also indicate uranium mineralization remobilization may play an important role in this region of the Athabasca Basin. Geophysical EM and magnetic anomalies demonstrated by prior exploration work on the Dufferin Project are supported by previous uranium and boron soil and lake sediment anomalies along the inferred fault zones, which are expected to aid in focusing future exploration programs.