US Production vs Consumption Gap

94.5%

Import dependency (2025)

2.16M lbs

US production (2025)

39.5M lbs

US consumption (2025)

37.3M lbs

Import gap (2025)

4.9M lbs

Modern peak (2014)

43.7M lbs

Historical peak (1980)

The core vulnerability: The United States generates ~20% of its electricity from nuclear power but covers a small fraction of its uranium demand domestically. In 2024, the US produced just 677K lbs (EIA-851A) against ~39.6M lbs consumed — covering ~1.7% of demand, with ~98% imported. At the 1980 production peak, the US mined 43.7M lbs/yr — nearly self-sufficient. 2025 production of ~2.16M lbs (the highest since the early 2000s, derived from EIA-851Q quarterly sum) covers ~5.5% of the ~39.5M lbs the fleet consumes annually. The Q4 2025 surge to 1.04M lbs was driven by Energy Fuels' White Mesa Mill processing a large alternate-feed campaign (685K lbs alone). Strip out White Mesa and the underlying ISR base — ur-energy Lost Creek, enCore Alta Mesa, Uranium One Willow Creek — runs at ~350K lbs/quarter.

Annual Production vs Consumption — 2005–2025

US U₃O₈ Production vs Consumption (M lbs) · EIA-851 + EIA-923

Annual Data Table

Year	US Production (M lbs)	US Consumption (M lbs)	Import Gap (M lbs)	Import Dependency	Context
2005	4.1	49.6	45.5	92%	Smith Ranch, Crow Butte, White Mesa active
2006	4.5	47.5	43.0	91%	Spot price spike begins; ISR expansion
2007	4.4	48.8	44.4	91%	Cigar Lake flood; spot to $136/lb
2008	3.9	47.9	44.0	92%	Price correction; GFC
2009	3.7	45.6	41.9	92%	Post-GFC; low spot suppresses expansion
2010	4.2	47.6	43.4	91%	Recovery year; Cameco Cigar Lake restart
2011	4.0	49.2	45.2	92%	Fukushima; Japan shuts down; but US unaffected
2012	4.1	47.1	43.0	91%	Post-Fukushima price rout begins
2013	4.4	47.6	43.2	91%	Spot at $35/lb; mine economics collapse
2014	4.9	49.7	44.8	90%	⬆ Production peak — last year above 4M lbs
2015	3.3	49.9	46.6	93%	Rapid decline; spot at $36/lb
2016	2.9	45.6	42.7	94%	Cameco mothballs McArthur River
2017	2.4	42.5	40.1	94%	US fleet retirements accelerate; Watts Bar 2 new
2018	1.5	45.3	43.8	97%	Section 232 petition filed; no outcome
2019	0.2	44.4	44.2	99.5%	⬇ Near-total shutdown; spot at $25/lb floor
2020	0.2	39.1	38.9	99.5%	COVID; KAP cuts 20% of production
2021	0.2	47.0	46.8	99.6%	Sprott Physical Uranium Trust launch; spot recovery
2022	0.1	41.8	41.7	99.8%	Russia invades Ukraine; supply risk re-priced
2023	0.7	43.2	42.5	98%	enCore Rosita restarts; Alta Mesa ramps; Lost Creek steady
2024	0.677 (EIA-851A)	39.6	38.9	~98%	EIA-851A Annual (May 2026 release); Alta Mesa, Lost Creek, White Mesa all active
2025	2.16	39.5	37.3	94.5%	Highest output since early 2000s; White Mesa Q4 = 685K lbs; Willow Creek/Christensen Ranch starts Q3

Active US Uranium Mines & Facilities (EIA-851)

Lost Creek ISR

Ur-Energy (URG) · Sweetwater County, Wyoming

MethodIn-Situ Recovery (ISR)

Q4 2025 production121,817 lbs

Q2 2025 production112,033 lbs (peak)

RoleSteady-state ISR base producer

Active

White Mesa Mill

Energy Fuels (UUUU) · Utah

MethodConventional mill + ISR feed

Q4 2025 production684,947 lbs (single quarter)

NoteBatch-driven; offline Q3 2025

Capacity2.0M lbs/yr (licensed)

Active

Alta Mesa ISR

enCore Energy (EU) · Texas

MethodIn-Situ Recovery (ISR)

Q3 2025 production206,231 lbs (peak)

Q4 2025 production142,699 lbs

Capacity~800K lbs/yr at full wellfields

Active

Nichols Ranch ISR

UEC · Wyoming

MethodISR

StatusNear end-of-mine-life

Q3 2025 production2 lbs (effectively depleted)

NoteAquifer restoration underway

Winding Down

Willow Creek / Christensen Ranch ISR

Uranium One (U.S.) · Campbell & Johnson Counties, Wyoming

MethodIn-Situ Recovery (ISR)

First productionQ3 2025 (26,421 lbs)

Q4 2025 production68,612 lbs

TrajectoryRamping; multiple wellfields

Ramping

Pinyon Plain Mine

Energy Fuels (UUUU) · Arizona

MethodConventional underground

StatusActive — breccia pipe deposit

Capacity~300K lbs/yr

Active

Crow Butte ISR

Uranium Energy Corp (UEC) · Nebraska

MethodISR

Q4 2024 production6,457 lbs

Q4 2025 production5,981 lbs

StatusIntermittent; aquifer restoration phase

Winding Down

Smith Ranch–Highland ISR

Cameco (CCJ) · Converse County, Wyoming

MethodIn-Situ Recovery (ISR)

Q4 2025 production12,049 lbs

StatusLow-rate production

NoteCameco maintaining US production toehold

Active (low rate)

The Path to Self-Sufficiency — What Would It Take?

Scenario	Production Target	Gap vs Consumption	Self-Sufficiency %	Requirements
Current (2025)	2.16M lbs/yr	37.3M lbs	5.5%	Actual 2025 incl. White Mesa Mill batch; ISR-only base ~1.5M lbs/yr
ISR Full Ramp (2027)	5.0M lbs/yr	39.7M lbs	11%	All permitted ISR projects at capacity: Uranium One (Willow Creek), UEC (Crow Butte/Roughrider), UUUU (White Mesa), EU (Alta Mesa) full ramp. No new mines needed.
DOE Reserve + ISR (2028)	7.0M lbs/yr	37.7M lbs	16%	DOE $75M/yr Reserve purchase rounds + conventional mine restarts. Federally contracted floor.
Section 232 Scenario (2030)	12.0M lbs/yr	32.7M lbs	27%	Tariff or quota forces utility preference for domestic supply. Triggers conventional mine restart (Pinyon Plain, Sheep Mountain, Uranerz). Still 73% imported.
Full Self-Sufficiency	~40M lbs/yr	0	100%	Not achievable in any realistic 10-year scenario. Would require ~25 new ISR wellfields and restoration of entire conventional mining sector. Decades of infrastructure build.

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2005–2025 annual data table · facility-level mine cards (Lost Creek, White Mesa, Alta Mesa, Willow Creek + 4 more) · self-sufficiency scenarios · ISR ramp model · Section 232 impact analysis

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Data Sources & Methodology
Production: EIA Form 851 — Domestic Uranium Production Report. Published quarterly by the EIA Office of Nuclear, Scientific and Analytical Studies. Covers all licensed uranium mills, heap leach facilities, and in-situ recovery operations in the US. Data reported in pounds U₃O₈ (direct). Facility-level data published for Q4 2024–Q4 2025; earlier annual totals from EIA-851A. Key facilities: White Mesa Mill (UUUU, UT), Alta Mesa ISR (EU, TX), Lost Creek ISR (URG, WY), Willow Creek/Christensen Ranch ISR (Uranium One U.S., WY), Crow Butte ISR (UEC, NE), Smith Ranch–Highland ISR (CCJ, WY).

Consumption: EIA Form 923 — Power Plant Operations Report. Monthly fuel consumption and generation data for all nuclear generating units. Uranium consumption estimated from net nuclear generation at 0.0500 lbs U₃O₈ per MWh (US fleet average, validated against EIA-858 reported total deliveries).

Historical peak context: US domestic uranium production peaked at approximately 43.7M lbs in 1980, when the US was effectively self-sufficient. The Megatons-to-Megawatts program (1993–2013), which converted ~500 metric tons of Russian HEU to LEU, suppressed spot prices for 20 years and made domestic production uneconomic. That secondary supply is now gone.