Hydrogeological holes to gather additional data on the hydraulic conductivity of the basement rock have been completed.Results from this survey will be used to inform future Detailed Design assessment. Downhole VSP geophysical surveys at the planned decline location and mill area have been completed.20 test pits along planned road allowances, the waste stockpile area and the mill area were completed to assess and support earthworks planning at Detailed Design.Data from seven holes totaling 772.6m of drilling has been collected to confirm Feasibility Level assessment and to inform future Detailed Design assessment. Geotechnical drill holes to support the design of the waste rock stockpiles and mill area facilities have been completed.Our development path to production is progressing on schedule and, at the same time, the fundamentals for uranium continue to strengthen in line with the global reactor construction boom." Additionally, we have successfully completed our winter field program, and the Front End Engineering Design work is well underway. Ross McElroy, President and CEO for Fission, commented, "I am very pleased to confirm that the construction license application for the PLS project has been submitted. Additionally, Fission has commenced the Front End Engineering Design ("FEED") and continues to advance the PLS Project on schedule, including the completion of the geotechnical drilling, hydrogeological holes, test pits as well as downhole Vertical Seismic Profiling ("VSP") geophysical surveys. KELOWNA, BC, Ap/CNW/ - FISSION URANIUM CORP. ("Fission" or "the Company") is pleased to announce a new, major milestone with an application to the Canadian Nuclear Safety Commission ("CNSC") for a license to construct a uranium mine and mill facility at the PLS high-grade uranium project in Canada's Athabasca Basin, Saskatchewan. ![]() Company has Commenced Front End Engineering Design Advancing on Schedule
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