Elevate Uranium Ltd
ASX:EL8
Elevate Uranium Ltd
Elevate Uranium Ltd. engages in the exploration and development of uranium properties in Australia and Namibia. The company is headquartered in Perth, Western Australia. The firm has resources in Namibia and Australia. The firm's Namibian projects are located in the Erongo region, which consists of Koppies, Hirabeb, Capri, Marenica and Namib IV. The Koppies project consists of an area of approximately 6.4 square kilometers. The Hirabeb project consists of an area of approximately 730 square kilometers. The Marenica Uranium project covers approximately 321 square kilometers in the Erongo region of Namibia. The Capri is located in Erongo uranium province in Namibia. The firm owns uranium Mineral Resources in Australia, including the Angela, Thatcher Soak, Minerva and Oobagooma projects and joint venture interests in the Bigrlyi, Malawiri, Walbiri and Areva joint ventures. The firm's U-pgrade is a beneficiation process that rejects greater than 95% of the mass of uranium ore by utilising commonly used beneficiation unit processes.
Elevate Uranium Ltd. engages in the exploration and development of uranium properties in Australia and Namibia. The company is headquartered in Perth, Western Australia. The firm has resources in Namibia and Australia. The firm's Namibian projects are located in the Erongo region, which consists of Koppies, Hirabeb, Capri, Marenica and Namib IV. The Koppies project consists of an area of approximately 6.4 square kilometers. The Hirabeb project consists of an area of approximately 730 square kilometers. The Marenica Uranium project covers approximately 321 square kilometers in the Erongo region of Namibia. The Capri is located in Erongo uranium province in Namibia. The firm owns uranium Mineral Resources in Australia, including the Angela, Thatcher Soak, Minerva and Oobagooma projects and joint venture interests in the Bigrlyi, Malawiri, Walbiri and Areva joint ventures. The firm's U-pgrade is a beneficiation process that rejects greater than 95% of the mass of uranium ore by utilising commonly used beneficiation unit processes.
