Title: September 22, 2026: The uranium that can be mined at a reasonable cost is shrinking
Show: Uranium Spotlight (weekly uranium fuel-market podcast, sponsored by Purepoint Uranium Group)
Host: Chris Frostad
Guest: — (host monologue)
Date: 2026-09-22
URL: https://youtu.be/QrHS3WEdwwk
Length: 10:27
Note: (mm:ss) cues from the YouTube auto-transcript; scripted read with almost no filler, so wording is verbatim apart from mangled proper nouns/numbers restored in place: "$905 a pound"=$90.05 (it closed at $89.85, "a drift lower of just 20" = 20 cents), "U308"=U3O8, "Nuclear Energy Association"=Nuclear Energy Agency (OECD NEA), "Hulong 1"=Hualong One, "Razathan 8"=Rajasthan 8 (RAPP-8), "Aabaska"=Athabasca, "DASA/Dazza"=Dasa (Global Atomic's project in Niger), "suluric acid"=sulfuric acid, "Global Atomics"=Global Atomic's, "sites"=cites, "Pure Point"=Purepoint, "lowcost"=low-cost, "name plate"=nameplate; obvious caption mishearings fixed ("fits its four words"=fits in four words, "faster than is finding"=faster than it is finding, "are produced by 2030"=are producing by 2030, "as much as it costs"=as much as what it costs, "is not yet priced in"=has not yet priced in) and two sentence breaks restored ("trusted or neutral suppliers. Where a pound is mined…", "it's time. For developers…"). Arrow (NexGen), Phoenix (Denison) and Triple R (Paladin, via its Fission acquisition) are named by project only.

(00:01) You are listening to Uranium Spotlight, your weekly podcast on the forces shaping the global uranium fuel market, sponsored by Purepoint Uranium Group. Uranium Spotlight isn't just a podcast, it's a platform. Visit purepoint.ca to access in-depth market briefings, sector analysis, and the inaugural Behind the Curve report, understanding when and how the uranium market turns.
(00:26) If uranium matters to you, you're in the right place. And now, your host, Chris Frostad. >> It's September 22nd, 2026, and this week on Uranium Spotlight, the spot market goes quiet after London, while utilities line up long-term supply. We also unpack the key conclusions of this year's Red Book, and look at what US government financing means for Global Atomic's Dasa project in Niger.
(00:53) The spot price opened this week at $90.05 a pound U3O8 and closed at $89.85, a drift lower of just 20 cents. That small move tells us more about mood than direction. Most participants left the World Nuclear Association Symposium in London feeling bullish about utility demand for the rest of the year. Yet, the week that followed was notably quiet with buyers largely absent and sellers holding back for a better opportunity.
(01:19) Only five spot transactions were tracked during the entire week. By Friday, offers had gradually slipped down to meet the bids that produced the slight softening in price. The more telling activity was in the term market. A US utility issued a new request for up to 1.3 million pounds for delivery between 2028 and 2032.
(01:39) Another US utility is awaiting offers for delivery stretched out to 2035. Three more utilities are working through requests for information and some deliveries not starting until 2031. Several others remain in private discussions with suppliers. Meanwhile, the long-term price held at $96 a pound U3O8, still comfortably above spot.
(02:00) Notice where these utilities are looking. Their delivery windows increasingly sit on the far side of 2030, which is exactly where this year's Red Book places the start of a structural shortfall. The reactor buildout also keeps moving. China brought another Hualong One reactor into commercial operation and India began loading the first core of Rajasthan 8.
(02:20) For investors, the lesson is to read a quiet spot market for what it is. Spot is a thin market that often pauses between bursts of activity. The more important signal is utilities quietly securing supply for the next decade when the easy pounds are expected to run short. Every two years, the Nuclear Energy Agency and the International Atomic Energy Agency publish a joint report on the global uranium market.
(02:46) The industry simply calls it the Red Book. It draws on government data from dozens of countries, and it's the closest thing our sector has to an official census. When utilities, governments, and lenders want a baseline view of supply and demand, this is where they start. The 2026 edition was released this month, and it's worth a careful read.
(03:04) The report's central conclusion fits in four words. Sufficient resources, insufficient investment. There's enough uranium in the ground to fuel even the most ambitious reactor buildout through 2050. What is missing are the mines needed to bring that uranium to market in time. On the surface, the resource picture looks healthy.
(03:23) Total identified resources grew again to about 8 million tons of uranium. But the headline hides a more important trend. The uranium that can be mined at a reasonable cost is actually shrinking. Much of the growth came from expensive deposits and reassessments of old ones rather than from new discoveries. Put simply, the industry is mining its cheapest pounds faster than it is finding new ones.
(03:45) What low-cost uranium remains is also increasingly concentrated in a single country, Kazakhstan. The supply outlook makes the same point more clearly. Production from today's mines, together with a few already committed, peaks around the end of the decade. After that, it becomes a steady decline, and by 2040, it's fallen roughly in half.
(04:06) Most of that decline comes from two countries that anchor global supply, Kazakhstan and Canada. Their existing operations simply run out of runway unless new mines are built to replace them. So, what fills that gap? Very little is locked in. Only a handful of new projects are formally committed and together they replace only a fraction of what is lost.
(04:26) To put that in perspective, just one major new mine has been completed anywhere in the world since 2016. The report lists dozens more planned and prospective mines, but only about one in five have a start date. Even the three largest Canadian developments, Arrow, Phoenix, and Triple R, show no start date in the report. Demand, meanwhile, has barely changed from the last edition.
(04:48) Reactor requirements climb steadily through this decade and beyond. Under the high case, they more than double by 2050. New reactors also need a large first load of fuel, which pulls demand forward as each unit starts up. Here's where investors need to read carefully. The report's headline says existing mines can meet low-case demand until 2032.
(05:09) That assumes that every mine runs at full capacity every single year. Yet, the report itself acknowledges that mines typically produce no more than 85% of their nameplate. Apply that realistic rate and the shortfall begins in 2030, even under the lowest demand forecast. It starts small, but it widens quickly through the following decade.
(05:29) By 2040, the annual gap exceeds 130 million pounds of U3O8. That's equal to more than 3/4 of what the world's reactors require today. The more optimistic scenarios only close the gap by assuming undated projects are producing by 2030. Secondary supplies from inventories and enrichment offer limited relief and they're expected to shrink over time.
(05:50) The report is clear that prices must stay high enough for long enough to justify building new mines. It does not name a number. It does stress that moving from discovery to production takes 15 to 20 years, which is why the price signal needs to arrive well before the shortfall does. Geopolitics now run through the entire report.
(06:10) Canada is the only country with nuclear power that produces enough uranium for its own reactors. The OECD as a whole mines less than half of what its reactors consume. Niger's output has collapsed and Kazakhstan faces shortages of the sulfuric acid its mines depend on. Europe still buys a meaningful share of its uranium from Russia.
(06:30) The report notes that buyers increasingly favor what it calls trusted or neutral suppliers. Where a pound is mined now matters almost as much as what it costs. In fairness, the near-term looks comfortable in these numbers. Mines covered almost all reactor requirements in 2024, and Western utilities have been building inventory rather than drawing it down.
(06:49) European utilities alone hold more than 3 years of fuel. The core data in the report is also about 20 months old. Together, those points help explain why the market has not yet priced in the deficit the report describes. So, what should investors take from this year's Red Book? It supports a long-term structural thesis rather than a near-term squeeze.
(07:10) The binding constraint is not geology, it's time. For developers, the events that move valuations are permits, financing, and firm start dates rather than resource updates. The easy restarts are largely behind us, and the report expects only part of the remaining idle capacity to come back. For explorers, the case strengthens, but on a longer clock.
(07:30) Canada leads the world in exploration spending and the report names the Athabasca Basin as the prime target. With low-cost uranium shrinking and lead time stretching toward two decades, the discoveries made today will define the supply picture of the 2040s. Global Atomic delivered both encouraging and sobering news in the same week, and the two announcements belong together.
(07:53) First, the US International Development Finance Corporation approved a loan package of up to $414 million for the company's Dasa project in Niger. Dasa is a high-grade underground project, and the company calls it the most advanced greenfield uranium development in the world.
(08:10) 2 days later, the company updated its cost estimates. Total capital costs now stand at about $777 million with direct construction up 74% from the 2024 feasibility study. The reasons will sound familiar. That study assumed construction would be finished by the end of 2025. Then the change in government in Niger delayed project funding and commercial production has slipped to the second half of 2028.
(08:34) Longer lead times bring more inflation, more overhead and more spending up front. The offset is price. The term price the company cites now at $97 a pound U3O8, well above the $75 assumed in its study. The loan is not yet in hand. The company must still spend roughly $153 million of its own equity before it can draw on the facility.
(08:56) The conditions are also demanding. They include finding a viable route to export yellowcake and extending the mining permit to match the life of the loan. The company also needs a direct agreement with Niger's government, which owns 20% of the project. There's a clear thread back to the Red Book. Dasa appears in that report as one of only six committed new mines with production slated for 2026.
(09:19) It's now a 2028 story at a much higher cost. That's precisely the pattern the Red Book warns about. For investors, Washington's involvement shows how seriously Western governments now treat fuel security. It also confirms that the real cost of new supply is rising and that jurisdiction can add years to any timeline. The next milestones are new utility offtake contracts and the equity financing still to come.
(09:44) You've been listening to Uranium Spotlight, your weekly podcast dedicated to the latest developments shaping the uranium fuel market and its role in the global energy landscape. Sponsored by Purepoint Uranium Group. While our passion for the sector is undeniable, nothing discussed here should be considered investment advice.
(10:04) Our mission is to provide a clear, balanced view of the forces influencing uranium prices and the nuclear fuel cycle. For deeper analysis and market briefings, visit purepoint.ca. Join us again next Tuesday for another edition of Uranium Spotlight.