Advancing Aurora: Eagle Nuclear Energy Corp. Partners with Harris Drilling for PFS-Related Drill Program
Eagle Nuclear Energy Corp. has partnered with Harris Exploration Drilling to conduct a 27,000 ft PFS-related drill program at its Aurora Uranium Project. Harris Drilling will provide three track-mounted core drill rigs for the program, designed to advance Aurora towards a Pre-Feasibility Study. The drill program is set to start in July and is expected to be completed within 3-4 months, with the PFS targeted for completion in the second half of 2027.
In addition to securing drill rigs, Eagle has filed permit applications with the BLM and DOGAMI for approval of the drill program. Both agencies have acknowledged receipt of the applications, and Eagle anticipates obtaining the necessary approvals in time for the July start date. The Company is also planning an environmental baseline program ahead of the summer drill campaign at the Project.
Aurora is a key component of Eagle's strategy to develop a nuclear energy platform combining domestic uranium resources with advanced SMR technology. With the increasing global demand for nuclear power and the focus on strengthening domestic fuel supply chains, Aurora is poised to become a strategic source of uranium for the next generation of nuclear energy.
Eagle Nuclear Energy Corp. is a forward-thinking nuclear energy company that aims to leverage its significant uranium deposit in the United States to support the development of advanced SMR technology. By integrating these elements, Eagle is working towards establishing a robust nuclear platform that can contribute to the growth of the nuclear industry in the U.S. and globally.
In conclusion, Eagle's partnership with Harris Drilling and the progress made in securing permits for the PFS-related drill program at the Aurora Uranium Project demonstrate the Company's commitment to advancing its nuclear energy initiatives. With a focus on environmental responsibility and strategic development, Eagle is positioning itself as a key player in the future of nuclear energy.