Aldoro Resources reports massive rare earth, niobium, and strontium mineralization in Namibia, boosting Kameelburg’s world-class critical minerals potential.
Aldoro Resources has reported significant and continuous mineralization at its Kameelburg Rare Earth Element (REE), Niobium, and Strontium project in Namibia, solidifying its potential as a world-class multi-critical-mineral system. Recent drilling, particularly drill hole DD008D, yielded a remarkable 503.98 meters of continuous mineralization from the surface, grading 1.30% total rare earth oxides (TREO), 4.01% strontium carbonate, 0.17% niobium oxide, and 190 parts per million molybdenum. This intercept is considered one of the most significant to date, confirming pervasive mineralization across the eastern flank of the carbonatite body and indicating that the system remains open at depth.
The project, located in the Damara Orogenic Belt north of Windhoek, is hosted within a carbonatite system, a geological formation known for its association with rare earth metals and niobium. Aldoro's ongoing Phase II drilling program, which has completed 15 diamond drill holes totaling 7,190 meters, aims to define the geometry and depth potential of this mineralized complex. The latest results reinforce the project's scale, grade continuity, and multi-commodity potential.
Economically, the Kameelburg project is gaining substantial value. Aldoro Resources has declared a maiden strontium resource of 596.01 million tonnes at 2.17% strontium, positioning Kameelburg as potentially the largest strontium resource globally outside of China and Iran. This, coupled with the significant REE and niobium findings, suggests multiple potential revenue streams, including NdPr-rich rare earth oxides, niobium pentoxide, and strontium carbonate as a by-product. Metallurgical test work has demonstrated promising results for strontium extraction, with a 98.96% recovery rate using a low-cost hydrochloric acid leach at ambient temperature. To advance exploration and development, Aldoro has secured N39 million (approximately US 3.27 million) in funding.
From a geopolitical and industry-specific perspective, Kameelburg's development is highly significant. Rare earth elements are crucial for permanent magnets used in electric vehicles, wind turbines, robotics, and advanced defense systems, while niobium strengthens steel, making it vital for aerospace and superconductors. Strontium is also important for high-performance magnets and specialty ceramics. The increasing global demand for these critical minerals, coupled with the concentration of existing reserves in a few countries, highlights the strategic importance of new discoveries like Kameelburg. Namibia is emerging as a key player in the critical minerals sector, attracting international interest, as evidenced by Japan's joint venture in the Lofdal project and the European Union's deals with Namibia for rare earth elements. The Kameelburg project benefits from excellent existing infrastructure, including well-maintained roads, a heavy haul freight railway, a 220kV hydropower transmission line, and proximity to the industrial Port of Walvis Bay.
