Eagle Nuclear Advances Aurora with 10-Meter MET Station, Wetland and Archaeological Surveys
NUCL•Completion of a 10-meter meteorological station, a detailed wetland delineation study, and a comprehensive cultural and archaeological survey advances Eagle Nuclear’s Aurora Uranium Project toward permitting and environmental review. These milestones support the planned 27,000-foot PFS drill program and mine planning at its 32.75Mlb indicated uranium deposit.
1. Completion of Key Environmental Milestones
Eagle Nuclear completed installation of a 10-meter meteorological station, a detailed wetland delineation study, and a comprehensive cultural and archaeological survey at its Aurora Uranium Project along the Oregon–Nevada border. These milestones advance the project through environmental review and support upcoming permitting and mine planning activities.
2. MET Station Installation
The meteorological station, installed by lead permitting manager SLR International, will be fully operational by June 1, 2026 and collect wind speed, direction, temperature, humidity, barometric pressure and solar radiation data. This ambient weather dataset is critical for air-quality permitting and related environmental studies underpinning the Pre-Feasibility Study drill program.
3. Wetland Delineation and Cultural Survey
Field teams mapped wetland boundaries, streams and other jurisdictional aquatic resources to inform compliance with U.S. Army Corps of Engineers and Oregon Department of State Lands permit requirements. A comprehensive cultural and archaeological survey conducted by Native-X evaluated historic properties to guide project design and engagement with Tribal Nations.
4. Impact on Project Advancement
These environmental baseline initiatives underpin the planned 27,000-foot PFS drill program and mine planning for Aurora’s 32.75Mlb indicated uranium deposit, reinforcing the project’s trajectory toward development. Progress on these fronts positions Eagle Nuclear to strengthen domestic uranium supply for next-generation nuclear energy.




