enCore Energy Confirms Uranium Mineralization in Initial Exploration Results
enCore Energy shared results from initial exploration drilling tests conducted on its Alta Mesa East property, which is immediately adjacent to the Alta Mesa wellfields and extraction operations. Exploratory drilling tests are designed to outline mineralization, which will guide the Company's efforts in permitting and expanding In-Situ Recovery operations into the AME from the existing Alta Mesa operations. These initial results have confirmed uranium mineralization extending more than 3,700 feet to the east from the nearest wellfield. William Sheriff, Executive Chairman, said, "Our initial drill results from Alta Mesa East have reconfirmed our expectations of encouraging uranium grades across all major mineralized sand units known to exist at Alta Mesa. Uranium extraction efforts from these sand units at the Alta Mesa wellfields have generated solid results, including current operations at wellfield 7. An aggressive drill program is underway with additional results pending." Exploration drilling at enCore's 5,900-acre AME Project is well underway and continues to advance with 6 drilling rigs in operation. The AME Project targets the continuation of productive roll fronts from Alta Mesa wellfields 1, 3, 3EXT, 4, 5B, and 7. Overall, exploration efforts are focused on mineralization within the designated B sands, Middle C sands, Lower C sands, and potentially the D sands in the northeast areas. Initial exploration drilling is typically conducted on 400 and 500 foot centers with closer offsets in mineralized areas. Seven widely spaced east-west fences of drilling are underway for overall regional characterization. Drilling is averaging a total depth of approximately 600 feet below the surface. Exploration drilling has discovered mineralization within the Middle C sands at a depth on average between 400 and 460 feet, and within Lower C sands between 480 and 520 feet below surface. The final results are reported for the initial 17 holes, which include six holes ranging from 0.351 to 2.297 Grade Thicknesses. GT of 0.3 is considered suitable for inclusion in a wellfield. Of the 17 holes reported, 10 were mineralized.