# Teako Completes 2025 Field Program on Four Uranium Projects: Confirms High Grade Uranium at Svarthola *2025-11-27T06:02:00-05:00* Teako Completes 2025 Field Program on Four Uranium Projects: Confirms High Grade Uranium at Svarthola Vancouver, British Columbia--(Newsfile Corp. - November 27, 2025) - Teako Minerals Corp. (CSE: TMIN) (the "**Company**" or "**Teako**") is pleased to announce the successful completion of its 2025 field program on four (4) 100%-owned uranium ("U") projects in northern Norway (the "Projects"). The field mapping/sampling program has confirmed the prospectivity of these Projects for uranium deposits associated with felsic intrusions / pegmatites, and was complemented by a ground gamma-ray spectrometry survey which returned elevated U concentrations (up to 7,114 ppm1) at the Svarthola project. The northern Norway U Projects form part of the energy metals portfolio within the Company's Project Hub model, and complement the Company's ongoing exploration focus on its base metals projects in the County of Trøndelag. **2025 Uranium Field Program** Field work conducted at the Svarthola, Tverrlandet, Lavangen, and Kvæfjord Projects (or each a "Project") in northern Norway (_Figure_1) comprised detailed geological mapping and sampling of uranium mineralization across all four projects, complemented by ground-based gamma-ray spectrometry surveys conducted with a Georadis GT40 spectrometry unit ("GT40") to acquire uranium concentrations. [](https://images.newsfilecorp.com/files/8258/276172_teako1en.jpg) Figure 1: Location map of the Svarthola, Tverrlandet, Lavangen and Kvæfjord Projects To view an enhanced version of this graphic, please visit: [https://images.newsfilecorp.com/files/8258/276172_teako1en.jpg](https://images.newsfilecorp.com/files/8258/276172_teako1en.jpg) 1Spectrometer analyses were performed on select samples which may not be representative of all mineralization hosted within the Projects. The Svarthola Project The Svarthola Project is situated approximately 10 km north of the town and port of Fauske in Nordland and contains the Harelifjell occurrence ("Harelifjell"). Mineralization at Harelifjell has been identified as zones of uraninite mineralization within an aplite body. This aplite can be traced up to 1.4 km NE-SW with historic rock-chip grades confirmed up to 5% U (Lindhal 1984)2. The target was to characterize the Harelifjell mineralization, sample the known mineralized areas and map out radiometric anomalies associated with the occurrence, via a high-resolution survey with the GT40. Mineralization consists of fracture zones and dark black biotite-uraninite within the aplite body, with U grades from the Company's survey reaching 7,114 ppm (_Figure_2). Historical drilling failed to replicate surface grades and raised questions about depth continuity. However, to the northeast of Harelifjell the GT40 also identified areas with U enrichment at significantly lower topographical elevation, suggesting greater potential depth continuity of mineralization than previously thought at Harelifjell. This second area of enrichment highlights the strike potential of the Svarthola Project, with initial exploration confirming U potential over a minimum 1 km strike length. [](https://images.newsfilecorp.com/files/8258/276172_teako2en.jpg) Figure 2: Svarthola Project map highlighting the potential strike length of mineralization at Harelifjell. The inset map shows the radiometric data across the Svarthola Project highlighting further potential across the region (radiometric data edited to present only highest data). To view an enhanced version of this graphic, please visit: [https://images.newsfilecorp.com/files/8258/276172_teako2en.jpg](https://images.newsfilecorp.com/files/8258/276172_teako2en.jpg) The Tverrlandet Project At the Tverrlandet Project, which is situated approximately 45 km southwest of Narvik, the focus was to assess the rare earth elements ("REE") and U potential of the northern Tysfjord basement window, within the TIB-2 granites. Historical soil geochemistry data collected by the Norwegian Geological Survey (the "NGU") identified local soil anomalies reading up to 19.2 ppm U2, recorded around the area the Teako field crew focussed its exploration efforts. The results of the GT40 survey of the area showed U enrichment in and around pegmatites, with elevated gamma readings identified around the new Kulhornet target (_Figure_3). The general locations and elevated values of the uranium in the soil data provided by the NGU raises questions regarding the source of these elevated values, if they are also linked to pegmatites, or if there is a second source of uranium i