Uranium Energy’s Burke Hollow ISR start: production and wellfield notes for engineers
Reviewed by Tom Sullivan

First reported on MINING.com
30 Second Briefing
Uranium Energy Corp has started production at its Burke Hollow project in Texas, the first new US in-situ recovery (ISR) uranium operation in more than a decade and now the country’s largest ISR wellfield, with measured and indicated resources above 6.15 million lb on a 20,000-acre property. The Vancouver-based miner now runs two active ISR operations, adding Burke Hollow to Christensen Ranch in Wyoming, with a third planned at Ludeman next year. ISR solutions from Burke Hollow will be piped to the Hobson Central Processing Plant, licensed for up to 4 million lb U₃O₈ per year.
Technical Brief
- ISR production at Burke Hollow commenced immediately after Texas Commission on Environmental Quality (TCEQ) project approval.
- Only ~50% of the 20,000-acre lease has been explored, leaving substantial untested ISR potential.
- Hobson Central Processing Plant is configured as a hub to receive solutions from five satellite ISR deposits.
- Hobson CPP is licensed for up to 4 million lb U₃O₈ per year of yellowcake output.
- A third ISR project at Ludeman is scheduled by UEC to enter production next year, extending the hub-and-spoke model.
- US Energy Secretary Chris Wright explicitly framed UEC’s ISR output as underpinning a secure domestic nuclear fuel cycle.
Our Take
With Burke Hollow joining Christensen Ranch, Uranium Energy Corp becomes one of the few uranium names in our database operating multiple ISR hubs in both Texas and Wyoming, which tends to give more flexibility in balancing wellfield development, permitting cycles and reagent logistics across basins.
The 4 million lb/year licensed capacity at the Hobson Central Processing Plant materially exceeds Burke Hollow’s current measured and indicated resource base, implying UEC will be under pressure to either prove up additional Texas Uranium Belt feed (including the five planned satellite deposits) or secure third-party tolling volumes to keep the plant efficiently utilised.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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