Denison Announces Grid Power Available at Future Phoenix Uranium Mine Site Following Completion of SaskPower Transmission Line
Denison Electrifies Phoenix Site as $600 Million Construction Decision Looms

The latest news release on January 8, 2026, confirms the availability of grid power at the Phoenix mine site, part of the flagship Wheeler River project in Saskatchewan. SaskPower has completed the installation of a 138kV transmission line on schedule and on budget. Denison has secured a power supply agreement for up to 8.8 MW. Access to grid power is a critical-path infrastructure milestone that provides a cost advantage over on-site diesel or alternative generation. CEO David Cates noted this represents a major de-risking step for the construction phase.
- Operational De-risking: Completion of the power line removes a significant infrastructure hurdle. Electrification is essential for the In-Situ Recovery (ISR) mining method planned for Phoenix.
- Cost Confirmation: While the transmission line was "on budget," it must be viewed against the January 2, 2026, announcement where the company revealed a 20% increase in the total project capital cost estimate, rising to $600 million CAD.
- Infrastructure Advantage: Secured grid access in Northern Saskatchewan is a competitive moat, reducing future OpEx and carbon intensity compared to remote sites requiring hauled fuel.
- Timeline Alignment: This milestone supports the company’s target for a Final Investment Decision (FID) in Q1 2026 and a construction start in early 2026.
Denison Mines is a leading uranium developer focused on the Eastern Athabasca Basin in Saskatchewan. Its flagship asset is the 90%-owned Wheeler River Project, which includes the Phoenix and Gryphon deposits. Phoenix is designed to be the first large-scale ISR uranium mine in Canada, boasting high grades (11.7% U3O8 in reserves) and projected low operating costs. The company also holds a 22.5% stake in the McClean Lake mill and joint venture, which returned to production in mid-2025 using the SABRE mining method.