Purepoint Uranium Redefines Turnor Lake Project with Latest Technology and Advanced Data Integration

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Toronto, Ontario--(Newsfile Corp. - June 25, 2024) - Purepoint Uranium Group Inc. (TSXV: PTU) (OTCQB: PTUUF) ("Purepoint" or the "Company") today announced significant exploration advancements at its Turnor Lake project, located in the prolific Athabasca Basin of Northern Saskatchewan. After nearly 15 years since the last major drilling campaign, Turnor Lake is being revitalized with a completely fresh geological and geophysical outlook, positioning it as a potential host for the next major uranium discovery in Saskatchewan. A drill program is currently underway at Turnor Lake, aiming to explore and define the extent of uranium mineralization.

"Our recent exploration efforts at Turnor Lake have been incredibly promising," said Chris Frostad, President and CEO of Purepoint. "The strategic geological setting, combined with our advanced data integration, positions Turnor Lake as a potential major contributor to the global uranium market. As our current drill program winds up over the next few weeks, we will be in a position to demonstrate the potential of a new and vivid project in the heart of this proven uranium region."

The Turnor Lake project spans 9,705 hectares across vital structural and conductive corridors, aligning with the region's significant uranium discoveries and historical high-grade deposits. Our exploration revitalization is driven by the application of advanced technology and methodologies while integrating a wealth of historical data with ongoing real-time drilling insights.

Scope of Work:

In collaboration with Condor North Consulting ULC, Purepoint is conducting a comprehensive assessment of its historic geophysical surveys, including VTEM EM, magnetics, DC resistivity, TDEM, and gravity surveys. The goal is to develop new geological interpretations and refine the targeting of prospective zones through advanced data integration and modeling techniques.

Key Objectives:

  • Data Integration: Review and integrate historical geophysical survey data, including ground fixed loop TEM, ground gravity, and DC resistivity surveys, with geology from ongoing drilling results.

  • Advanced Modeling: Employ state-of-the-art 3D modeling and analytical methods to enhance the precision of potential deposit locations.

  • Target Identification: Focus on locating good electromagnetic conductors representing fault-controlled graphitic/pelitic zones and identifying fault zones and other structures that could control the locations of uranium deposits.

Program Highlights:

  • Magnetics: Generate 2D filtered grids and 3D magnetic susceptibility solutions.

  • VTEM Surveys: Perform layered earth inversions and Maxwell plate modeling on selected targets.

  • Ground TEM Surveys: Develop plate models using data from multiple grids.

  • Gravity and Resistivity: Create 3D models from merged data sets to delineate structural and conductive features.