Alligator Energy Hits 70% Uranium Recovery in Samphire ISR Pilot, Eyes 2030 Production
Why It Matters
Alligator’s low‑cost ISR model could quickly add domestic uranium supply, strengthening Australia’s role in a tightening global market and offering investors a near‑term, scalable resource play.
Key Takeaways
- •ISR pilot achieved 70% uranium recovery, matching global benchmarks.
- •Capex estimated at A$170 million, enabling low-cost production for uranium.
- •Resource expansion could add 15‑75 million pounds, extending mine life.
- •First Australian ISR mine near regional center reduces logistics costs.
- •Bankable feasibility study slated for H1 2025; FID targeted end‑2025.
Summary
Alligator Energy, an ASX‑listed explorer, announced that its Samphire in‑situ recovery (ISR) pilot in South Australia achieved a 70% uranium recovery rate, aligning with global ISR performance benchmarks. The company highlighted that the pilot also delivered strong flow rates and high‑grade uranium, confirming the assumptions used in its scoping study.
The pilot’s success underpins a modest capital requirement—approximately A$170 million for a full‑scale operation—thanks to the low‑cost pipe‑and‑pump extraction method and the absence of large tailings dams. Alligator currently holds an 18 million‑pound resource, 75% indicated, and projects an additional 15‑75 million pounds from nearby Blackbush and Plumb Bush prospects, potentially extending mine life to 20 years or more.
CEO Andrea Mars‑Land Smith emphasized the strategic advantage of the Samphire site’s proximity to a regional town, which cuts logistics expenses and provides a skilled workforce. South Australia’s mature uranium permitting framework further de‑risks development, and the company is already advancing mining lease applications and environmental studies.
With a bankable feasibility study expected in the first half of 2025 and a final investment decision targeted for late 2025, Alligator aims to commence production by 2030‑31. Early off‑take discussions with utilities in the US and Europe position the project to capture rising demand amid tightening global uranium supplies.
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