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How much uranium is Dasa expected to produce?
Dasa is a planned uranium mine in Niger, within the Adrar Emoles III licence area, 105 km south of Arlit. Global Atomic’s 2024 feasibility study sets out the project’s long-term production case; these figures are company forecasts, not uranium already delivered to the market.
| Measure | Dasa study case | What it means |
|---|---|---|
| Mine-plan duration | 23.75 years, covering 2026–2049 | Global Atomic’s planned operating period in its 2024 feasibility study, as summarized on its project page. |
| Mineral reserves | 73 million lb U3O8 | The reserve figure reported in the company’s study summary; it is not the same as production delivered. |
| Total planned production | 68.1 million lb U3O8 | The feasibility study’s forecast total across the mine plan. |
| Simple average across the plan | About 2.9 million lb U3O8 per year | 68.1 million lb divided by 23.75 years; a derived average, not a published annual schedule or a promise of steady output. |
The average is approximately 1,315 tonnes of U3O8 concentrate per year. U3O8 includes oxygen as well as uranium; converted on the uranium-content basis, that is about 1,100 tonnes of uranium (tU) per year. The calculation uses uranium’s approximate 84.8% mass share in U3O8. This unit distinction matters when comparing Dasa’s pounds of concentrate with global statistics reported in tU.
When could Dasa supply utilities?
The latest company update cited here is labeled Q1–Q2 2026. It reports ongoing underground development and processing-plant work, but does not establish that the plant has been completed, commissioned or produced saleable uranium. Nor does it give a definitive revised date for first commercial production or first utility delivery.
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What the latest project update reports
- Underground development continued toward the mine’s fourth level, and development ore at multiple grades had been brought to the surface.
- Installation of underground ventilation, electrical and water systems was underway.
- Detailed engineering and orders for remaining process-plant components were in progress; earthworks for the first phase of the plant were reported as more than 95% complete.
These are company-reported construction milestones, not evidence that uranium has entered commercial production. An older OECD Nuclear Energy Agency (NEA) Red Book excerpt projected a first utility delivery in 2025, but that date has passed. It should not be treated as current guidance in the absence of a newer confirmed date.
How planned mine output would reach a utility
- Develop and extract: complete underground development and mine ore.
- Process: treat the ore at the planned processing plant.
- Produce concentrate: convert processed material into yellowcake, commonly U3O8.
- Deliver under contract: sell and deliver the concentrate to utility customers.
The first steps have reported development milestones; processing into saleable yellowcake and commercial utility deliveries remain planned rather than confirmed in the latest company update.
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What Dasa has reported contracting to sell
Global Atomic said that, at the end of 2024, contracts covered 43% of projected production during Dasa’s first five operating years. The company also said those contracted volumes represented 11.5% of the project’s total 68.1-million-pound production plan. These are company-reported contracted forecasts, not evidence that any volume has been delivered. The project-page summary does not name the counterparties.
The same company update reported an agreement with a European utility for 260,000 lb U3O8 per year for three years. The update does not establish delivery, and this agreement should not be added to the other contract figures as though the volumes were necessarily separate.
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How does Dasa compare with global uranium demand?
The NEA’s September 2026 summary of Uranium 2026 reports that 418 commercial reactors with 378 GWe of combined net capacity were operating worldwide as of 1 January 2025. It estimates their annual uranium requirement at about 64,500 tU. Global mine production in calendar 2024 was 61,924 tU, the highest level since 2016.
| Figure | Amount | Time basis and source |
|---|---|---|
| Dasa mine-plan production | 68.1 million lb U3O8 total; about 1,100 tU per year as a simple mine-plan average | Lifetime company forecast over 23.75 years; the annual tU average is derived using U3O8 uranium content. |
| Global mine production | 61,924 tU | One calendar year, 2024; OECD NEA, Uranium 2026 summary. |
| Reactor requirement | About 64,500 tU per year | Annual estimate for the operating reactor fleet as of 1 January 2025; OECD NEA, Uranium 2026 summary. |
On the same uranium-mass basis, Dasa’s simple average is about 1.8% of 2024 mine production and about 1.7% of the stated annual reactor requirement. The comparison is an order-of-magnitude guide: Dasa’s value is a derived average across a nearly 24-year plan, whereas the global figures describe one year of production and an annual requirement. It does not show what Dasa would produce in any particular year.
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Nor does the difference between annual mine production and reactor requirements, by itself, measure a complete market deficit. Utilities and suppliers can draw on inventories and secondary sources, while contracting, conversion and enrichment capacity also affect when uranium can become reactor fuel. The figures above describe mine output and reactor uranium requirements, not every part of the fuel cycle or all available supply.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Why a long-range project matters before it produces
New mine supply takes time to develop. In its 2026 release, the NEA gives 15–20 years as a typical uranium mining project development lead time and argues for identifying, permitting and advancing projects to reduce future risks of supply constraints and disruption. That is general industry context, not a Dasa-specific schedule. It helps explain why a project still under construction can matter to future supply discussions without adding uranium to today’s market.
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Long-term resource estimates also answer a different question from near-term availability. The NEA’s 2025 summary of Uranium 2024 put identified recoverable uranium resources at 7,934,500 tonnes as of 1 January 2023 and concluded that the resource base could support nuclear power through 2050 and beyond, including significant growth. It also emphasized the need for timely investment in exploration, mining and processing to make resources available when needed. The existence of uranium in the ground does not establish that it can be produced and delivered on a particular timetable.
What Dasa’s place in the supply chain depends on
Dasa’s study case makes it a prospective source with a substantial planned lifetime total, but the step from forecast to reliable utility supply depends on execution as well as geology. The latest public company update establishes progress on development and plant work; it does not settle a first-production date or confirm deliveries. The available figures support a scale comparison, not a complete projection of the global uranium balance.
Quick Recap
- Build and commissioning: reported construction progress does not itself confirm a functioning plant or saleable output.
- Timing and ramp-up: the study’s 2026–2049 plan is not a confirmed production schedule, and the latest update gives no definitive first-delivery date.
- Contracted volumes: the company’s reported offtake figures indicate planned commercial arrangements, but delivery is unconfirmed in the sources described here.
- Wider market supply: annual mine output and reactor requirements alone omit inventory, secondary supply and downstream fuel-cycle constraints.
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