Uranium Price Today —U3O8 Spot & Long-Term Contract

Section A

Uranium Price Today — Spot, Long-Term & Related Products

Uranium is not exchange-traded. There is no uranium equivalent of the LME or COMEX. Instead, prices are assessed weekly by two private consultancies — UxC and TradeTech — based on reported transactions and market intelligence. The spot price represents purchases for delivery within 12 months. The long-term contract price is the reference for utility supply contracts, typically covering 3–10 years of delivery. Both matter: the spot price moves first; the long-term price follows with a lag and is the one that actually determines mine project economics.

Section B

The Nuclear Fuel Cycle — Where Uranium Fits

Before you can make sense of the uranium market, you need to see it as what it actually is: a six-stage industrial chain, not a single commodity. Uranium comes out of the ground as yellowcake. Then it gets converted to a gas (UF6). Enriched. Fabricated into fuel rods. Loaded into a reactor. Each stage has its own price, its own supply chain, and its own chokepoints. Investors who focus only on the mine price and ignore conversion and enrichment miss half the story — and the post-2022 SWU price spike was more explosive than the uranium price itself.

Section C

Kazakhstan: 43% of World Supply — One Country, One Company

Kazakhstan produces 43% of the world’s uranium. One company — Kazatomprom, state-owned — controls most of that. When Kazatomprom’s government sets annual RKAB mine quotas, it is effectively setting a supply ceiling for nearly half the world’s uranium output. No OPEC member has wielded equivalent power over their commodity since the 1970s. This section covers Kazatomprom’s production trajectory, the RKAB mechanism, and the logistics question that keeps utility fuel buyers awake at night: how do you get Kazakh uranium to Western reactors without it transiting Russia?

Kazatomprom export logistics: the Russia transit risk. Until the Trans-Caspian International Transport Route (Middle Corridor) was established, essentially all Kazakh uranium exports transited Russia via rail. Post-2022, Kazatomprom has been actively re-routing exports via the Caspian Sea to Azerbaijan and Georgia, then onward. This route is longer and more expensive but eliminates Russian transit dependency. The transition is not fully complete — Russian transit of uranium was not explicitly banned under Western sanctions as of time of writing, but Western utilities have been reducing their reliance on it. Monitor Kazatomprom’s quarterly logistics disclosures.

Section E

Uranium Project Pipeline — Supply Coming Online Through 2030

The goldandsilvertracker.com database tracks 227 uranium assets across 10 countries — 66 producing, 40 in development, 108 in exploration, 10 in care & maintenance. The pipeline has been growing since the price recovery. But this is where uranium’s brutal lead-time problem is most visible: even projects that took FID in 2025–2026 are unlikely to produce before 2028–2030. The reactor fleet that is going to consume uranium in 2030 is already running or being built. The mines that will supply it are, mostly, not.

Key Development Projects

Section F

Utilities & the Contracting Cycle — How Nuclear Fuel Is Actually Bought

The most important number in uranium is not the spot price. It is how many pounds of uranium utilities still need to buy for the next five years — their “uncovered requirements.” When that number is small, utilities are covered and can ignore the spot market entirely. When it is large, every utility is simultaneously calling every miner and asking the same question: what’s your long-term contract price? That competition is what drives uranium from $48/lb to $106/lb in less than three years. The spot market moves first; the long-term contract price follows as utilities exhaust willing sellers at lower levels.

Section G

Reactor Demand — The Structural Growth Case

Uranium has no LFP problem. There is no battery chemistry shift that replaces uranium in a thermal fission reactor. A running reactor consumes roughly 1.5–2.5 Mlbs of U3O8 per year, and it has no alternative. That baseline demand is the starting point — and it only grows from here. China is building more reactors than the rest of the world combined. The UK, France, and the US are all reversing course on nuclear after a decade of retreat. The current global reactor fleet consumes approximately 175–180 Mlbs U3O8 per year. By 2035, that number is expected to reach 250–260 Mlbs.

Section H

Secondary Supply — Enrichment Tails, HEU, Reprocessing

Here is a number that surprises most people new to the uranium market: mines produce roughly 145–155 Mlbs U3O8 per year. Reactors consume roughly 175 Mlbs. The gap — 20–30 Mlbs — gets filled every year by sources that have nothing to do with new mining. Some of those sources are structural and permanent (enrichment tails re-enrichment). Some were temporary and are now exhausted (the Cold War HEU downblend programme that ended in 2013). Understanding what has been filling the gap — and how those sources are shrinking — is as important as understanding mine supply.

Secondary supply sources

Section I

Uranium Supply vs Demand Balance — The Structural Gap

The gap between what miners produce and what reactors consume has been the defining arithmetic of the uranium market for the past two decades. Mine production has never, in any recent year, fully covered reactor demand without secondary supply bridging the difference. As secondary supply sources shrink and reactor demand grows, the structural deficit gets harder to paper over. The charts and table below show how the consensus of institutions models that gap through 2035.

Institutional price forecasts (Updated April 2026)

Price scenario analysis

Section J

Major Uranium Producers — Kazatomprom, Cameco, Orano, Paladin

Producing companies by output

Section K

Uranium Price History — Four Cycles, One Extraordinary Decade

Uranium has had some of the most violent price cycles in commodity history. From $7/lb in 1998 to $136/lb in 2007. From $70/lb to $7/lb again after Fukushima. From $48/lb in 2020 to $106/lb in January 2024. Each cycle was driven by a specific mechanism — not random volatility. The 2003–2007 spike happened because the Megatons to Megawatts HEU downblend programme was set to end and no one had built new mines. The 2011–2016 crash happened because Germany shut 17 reactors in 10 days. The 2021–2024 rally happened because SPUT entered the spot market as a buyer at the same time utilities started recontracting. Understanding the mechanism behind each cycle is what separates a thesis from a guess.

Annual price history by cycle

Section L

Geopolitical Risk — Russia, Niger, Kazakhstan Transit

Section M

Uranium Price Driver Dashboard

Uranium moves on a small number of identifiable signals — more than nickel and less than copper. The RKAB quota announcement from Kazatomprom and the UxC weekly spot price capture the majority of short-term movements. Current readings for all six are synchronized with April 2026 market data.

Section N

Uranium ETFs, Physical Trusts & Investment Instruments

Uranium is unusual in that retail investors can get actual physical exposure — through SPUT and Yellow Cake, which hold real U3O8 in licensed storage — or equity exposure through a range of ETFs and individual stocks. The physical trusts track spot uranium directly. The equity ETFs add operational leverage (and company-specific risk). The right mix depends on whether you want commodity exposure or operating leverage.

Available investment vehicles

Physical uranium trusts vs equity ETFs

Section O

Uranium Unit Conversion & Value Calculator

Uranium is quoted in different units across different markets: USD/lb U3O8 (UxC spot), USD/kgU (IAEA, IEA, European markets), and occasionally USD/MTU (metric tonne uranium). This calculator converts between units and estimates the value of uranium holdings.

Quick reference: price per unit at key levels

Conversion: USD/kgU = (USD/lb U3O8) × 1,000 ÷ 2,204.62 ÷ 0.8480 (U3O8 is 84.80% uranium by weight). 1 MTU = 1,000 kgU.

Section P

Uranium Market FAQ