Rick Rule is a veteran natural-resource investor who began in 1974, built Global Resource Investments (sold to Sprott in 2011), and led Sprott U.S. Holdings until retiring in 2021 to found Rule Investment Media. His free Substack covers contrarian speculation in mining, energy and critical minerals — gold, silver, copper, nickel, royalty and streaming companies — framed by geopolitical risk.
This article says nuclear power is making a comeback because AI data centers need huge amounts of electricity and countries want to reduce reliance on imported fossil fuels. Uranium supply is struggling to keep up, and the U.S. gets over 95% of its uranium from abroad. The author expects uranium prices to rise in the long run, but admits the easiest gains are over. For ordinary investors, it is a useful reminder that nuclear demand is backed by real contracts from tech companies. However, the author has long supported uranium investing and the piece promotes a paid subscription, so treat it as one side of the argument, not independent advice.
The author believes uranium and nuclear power are at the starting point of a long-term upward cycle driven by both “geopolitical security + AI electricity demand.” The supply-demand gap has already emerged in the spot market, giving the uranium sector strategic hedging value; however, the most comfortable phase of the rally is over, and the current approach should be left-side positioning [Optimistic].
The article argues that the March 2011 Fukushima nuclear accident once squeezed nuclear power out of the energy landscape; today, the decarbonization narrative has nuclear power once again regarded as part of the future energy mix. The author recalls that the Fukushima accident lowered public acceptance of nuclear power, treating it as a "relic of the past"; now, with the global pivot toward decarbonization, nuclear power can provide 24-hour baseload electricity, with emissions only a small fraction of those from coal-, oil-, and gas-fired power. The author accordingly believes that nuclear power has reclaimed an important position in the energy matrix.
The author argues that the 2022 Russia–Ukraine war and the early-2026 Iran conflict turned nuclear power from an environmental issue into an energy security issue, directly driving the bullish logic for the uranium industry. After Russia invaded Ukraine in 2022, Western embargoes on Russian oil and gas plunged into a policy crisis the EU — which had already scaled back nuclear and coal power, pivoted toward wind and solar renewables, and depended on Russian pipeline oil and gas supplies; the author comments that the invasion of Ukraine made this policy choice look "foolish" and dragged European energy policy into crisis. The Iran conflict in early 2026 escalated further: the Strait of Hormuz was closed, and 20% of global oil supply passes through that strait; during the conflict, energy facilities in Iran and the surrounding region became targets for strikes by all parties, pushing oil prices above $110 per barrel. The author names energy-constrained industrialized economies such as Western Europe, South Korea, Taiwan, Japan, and China as being "unable to continue ignoring the inclusion of more nuclear power in their energy security portfolios." Uranium miner Cameco (NYSE:CCJ) CEO Tim Gitzel corroborates this point; the author's original words: "Across the global energy space, ongoing geopolitical tensions and volatility in fossil fuel supply chains are reinforcing the importance of secure, reliable and resilient baseload power," that is: "Across the global energy sector, persistent geopolitical tensions and volatility in fossil fuel supply chains are continuously reinforcing the importance of secure, reliable, and resilient baseload power."
The author cites Rick Rule's judgment: uranium is the only fuel with sufficient density to let most countries achieve energy security, and this strategic necessity adds political momentum to the nuclear renaissance. The article points out that countries are pursuing energy independence in response to conflicts, to reduce their dependence on and exposure to oil; this is history repeating itself — after the Arab oil embargo of the 1970s, France and Japan responded to the energy shock precisely by building nuclear power. For countries such as Japan, nuclear power's advantage lies in "being able to store enough energy density in uranium to sustain their own operations for five years." Rick Rule also summarizes the shift in uranium's political standing: from political outcast to politically accepted, from hated to tolerated. The author quotes his original words: "The absolute strategic need really adds wind in the sails of the nuclear renaissance," that is: "This absolute strategic need truly adds wind to the sails of the nuclear renaissance."
The article's practical takeaway: uranium mining and the nuclear fuel supply chain carry strategic hedging value, and geopolitical risk is repricing nuclear power and uranium. The author is explicitly bullish on the nuclear renaissance and uranium demand, but offers no specific buy or sell actions on individual stocks, using energy security only as an allocation logic. A caveat is warranted: this article comes from a uranium-industry bull/research-promotion perspective, and its end also previews the paid subscription account "The Rule Portfolio," making it marketing content — readers should understand the narrative as an argument from a position-holder rather than an independent assessment.
The U.S. is the world's largest uranium consumer but produces almost none of its own supply, leaving the gap to be filled by imports—including from Russia and China—making nuclear power a bipartisan national security issue in Washington. The article cites EIA data for comparison:
| Metric | Value |
|---|---|
| U.S. annual consumption | 50Mlb |
| 2025 domestic U3O8 production | 2.1Mlb (2024: only 657klb) |
| Q1 2026 production | 1Mlb, the highest for the period since 2015 |
Drilling activity has also picked up: 2025 exploration drilling reached 1,824 holes / 1 million feet, the highest since 2013, up from 1,324 holes / 613,000 feet in 2024; development drilling reached 3,708 holes / 1.3 million feet, up from 2,462 holes / 1.3 million feet in 2024. But this incremental supply is a drop in the bucket against 50Mlb of annual demand—over 95% of demand is met by imports, and not just from allies like Canada and Australia, but also from Russia and China. The author argues this external dependence has tied nuclear power development directly to the national security agenda.
The strongest policy signal is the $80 billion partnership announced in October 2025 between the Trump administration and Westinghouse Electric, its owner Brookfield Asset Management, and Cameco, aimed at expanding U.S. nuclear power by deploying AP1000 reactors, with the government pledging to help arrange financing, streamline permitting, and advance regulatory approvals. Author Rick Rule openly doubts whether the government will actually commit the capital; Cameco CEO Tim Gitzel, by contrast, described the deal essentially as "a purchase order"—meaning the government commitment represents confirmed demand.
Other policy tools: the federal government is advancing the "Nuclear Dominance – 3 by 33" campaign through the Defense Production Act Nuclear Fuel Cycle Consortium; the last time the U.S. established a strategic uranium reserve was in 2020/2022, managed by the Department of Energy, at a size of $75 million.
Uranium Energy Corp (NYSE: UEC) CEO Amir Adnani noted that rebuilding the domestic uranium mining, conversion, and enrichment industry enjoys strong bipartisan support, and not just from the government—Google, Amazon, and Microsoft, the big data center buyers, are also investing in nuclear power and small modular reactors, realizing that the biggest problem with spending billions on nuclear plants is insufficient fuel. UEC EVP Scott Melbye (also head of the American Uranium Producers association) offered supply-side metrics: association membership hit a record 20 companies, six of which are in production in the western U.S.; the association says it can produce 25–30Mlb per year by 2033—roughly equal to U.S. imports from Russia, Kazakhstan, and Pakistan. Melbye said U.S. production was about 1.3Mlb last year and has already reached 1Mlb in Q1 this year, a sign that "policy is working."
Non-traditional players are entering the space: Myriad Uranium sold the Red Basin project to Subatomic, backed by venture capital firms 8VC and Overmatch Ventures, citing the importance of a domestic fuel supply chain to energy security for AI and electrification projects. The article sees this as evidence that government policy is successfully stimulating new supply.
A McKinsey report estimates that to meet AI and hyperscale data center electricity demand, the U.S. may need 100–300GW more nuclear capacity by 2050 than originally planned, requiring massive investment in the nuclear fuel supply chain. Tech companies are clearly accelerating power purchase agreements:
| Tech Company | Deal |
|---|---|
| Meta (parent of Facebook, Instagram, WhatsApp) | Plans a $10 billion AI data center in Louisiana and will buy power from Constellation Energy's Illinois nuclear plant |
| Amazon | Purchased a nuclear-powered data center from Talen |
| Microsoft | Constellation will restart Three Mile Island nuclear plant to sell power to Microsoft for AI |
| Nvidia | Reached an AI cooperation agreement with California's last nuclear plant |
Melbye on the pace of growth: "Nuclear power is growing at rates that we haven't seen since the 1970s." His baseline: 440 large reactors in operation, 70 under construction; in the base case nuclear capacity doubles by 2045, and this does not yet include SMRs or hyperscale data center demand. Eagle Nuclear Energy CEO Mark Mukhija said "electricity is the bottleneck": the country that can develop the strongest AI models will be the most powerful, and the Strait of Hormuz crisis has already highlighted the global impact of energy supply disruption, adding further pressure to an already tight uranium supply.
The midstream is even tighter than the mining side: U.S. domestic enrichment capacity has shrunk dramatically and is highly concentrated in China, Europe, and Russia; the conversion segment has only one facility, capable of meeting only about 50% of current demand. McKinsey estimated the full-chain capital requirements to achieve 300GW of new domestic capacity by 2050:
| Segment | Investment Estimate |
|---|---|
| Mining and milling | $15–20B |
| Conversion | $30–45B |
| Enrichment | $30–40B |
| Fuel fabrication | $10–20B |
| Reprocessing | $20–45B |
| Total | ~$105–170B |
The article points to a uranium sector tightening across the entire chain, from mining to midstream, driven by the dual demand catalysts of "policy + AI"—but the author himself is explicitly skeptical about whether government funding will actually materialize, making this a variable to keep tracking from a research perspective. Actionable implications: the U.S. domestic production base is extremely low (2.1Mlb versus 50Mlb demand), and even strong growth in drilling and output cannot come close to self-sufficiency; tech giants' power purchase agreements constitute a real demand anchor; enrichment and conversion have large gaps and long investment cycles, making them bottlenecks more worth watching than uranium mining itself. Note that Rick Rule is a long-term uranium bull, and his skepticism about government programs reads as a form of self-balancing, but the overall narrative still carries a positioned investor's perspective.
China's installed nuclear capacity has grown 76% (24GW) since 2016, with 36 reactors under construction representing more than 49% of the global total under construction; the World Nuclear Association expects global annual uranium demand to rise from 180Mlb to 390Mlb by 2040.
The article cites U.S. Energy Information Administration data, noting that China's nuclear capacity has nearly doubled. The World Nuclear Association's April 2026 report shows 438 operable reactors globally, expected to increase to 952; its September 2025 report estimates current global installed capacity of 372GWe, consuming about 180Mlb of U3O8 per year, rising to 686GWe and 390Mlb per year by 2040, with the low scenario at 582GWe and 278Mlb/y. Current global production is about 160Mlb/y, and the market is already showing a deficit. Shaw and Partners believes the deficit could exceed 200Mlb/y and warns that 240Mlb/y of new mine supply is needed over the next 14 years; after accounting for depletion of existing mines, actual new supply required is more likely to exceed 350Mlb/y. The author quotes the firm: "It is very difficult to see where more than 150Mlb/y of that supply will come from," meaning: "it is very difficult to see where that supply above 150Mlb/y will come from." Goldman Sachs projects a cumulative uranium deficit of 2.3 billion pounds by 2045, with AI data centers and small modular reactor (SMR) demand as the main drivers; SMR deployment is expected to reach 46GW, widening the long-term supply-demand gap by 17%. Melbye, a market figure, for his part judges that the deficit is emerging in the long-term market: utilities are finding fewer and fewer qualified offers in long-term procurement inquiries, and will eventually either accept higher prices to expand capacity or push their demand toward a spot market that cannot absorb it.
The U.S. is the world's largest uranium consumer, but domestic production accounts for less than 1% of supply; in 2023, about 90% of purchases came from Australia, Canada, Kazakhstan, Russia, and Uzbekistan.
Goehring & Rozencwajg Associates estimates that with uranium mine supply declining and reactor demand rising in 2026, the global uranium market shows a deficit before investment demand is even counted. The firm argues that supply expansion over the next 15 years is critical — "supply problems emerging today will only deepen the structural deficit that is forming." McKinsey's mine supply data (Exhibit 4) corroborates the import dependence; its judgment is that while resource distribution and costs mean the U.S. cannot be fully self-sufficient, the policy shift and higher long-term prices have improved the outlook for "modest but strategically significant" domestic production growth. Supply-side resistance also comes from producers: Kazakhstan's Kazatomprom has cut its capacity plan from 80Mlb/y to about 60Mlb/y; Canada's largest producer, Cameco, has suspended some operations in northern Saskatchewan after floods destroyed the bridges leading to McArthur River and Key Lake.
Tokayev, on one hand, catches the olive branch extended by the U.S.; on the other, he signs a $16.5 billion nuclear power plant contract with Russia; he has also proactively offered to take in Iran's enriched uranium stockpile.
The article states that U.S. President Trump invited Kazakhstan to join the Abraham Accords in 2025, with a focus on critical minerals including uranium; U.S.-backed Cove Capital is developing a tungsten mine and processing plant there. Russia, for its part, signed a contract with Kazakhstan in May 2026 to build the country's first nuclear power plant at a cost of about $16.5 billion, partly financed by the Russian side, with Putin personally attending to announce it. The author calls Tokayev's triangular diplomacy a "masterclass in triangular diplomacy" — "a masterclass in triangular diplomacy"; his proposal for Kazakhstan to receive Iran's enriched uranium stockpile is seen as a possible path to resolving U.S.-Iran tensions. The article also highlights Kazakhstan's former Soviet background and nuclear weapons history, underscoring its geopolitical weight.
Uranium spot prices have quadrupled in four years, while global supply has grown only about 14% in 13 years; suppliers are following the copper concentrate market's example, shifting contract terms from three-year fixed pricing toward more flexible long-term contracts.
The article explains that uranium producers and nuclear buyers typically sign term sales contracts that lock in multi-year supply below spot prices, providing repayment security for banks and thereby supporting project financing. Under a tight balance, contract terms are changing: copper concentrate suppliers have successfully moved away from three-year fixed pricing, and uranium suppliers are trying to replicate that. NexGen Energy points out that despite the sharp rise in spot prices, supply elasticity is extremely low; the industry operates on a 20-year timescale rather than quarterly price cycles, and by 2040 the world will need 335Mlb/y of uranium — a gap that "cannot be closed without decades of sustained high prices." The author, Rick Rule, stresses that creditors of nuclear plants increasingly require builders to lock in sufficient uranium in the long-term market to amortize loans: "This is a wonderful confluence of circumstances that will benefit the uranium market for at least 10 years," meaning: "this is a wonderful confluence of circumstances that will benefit the uranium market for at least 10 years." He therefore believes that high-quality uranium equities with future production capacity are "particularly attractive speculative targets." Exhibit 5 in the article, "Prices Received by Uranium Producers," attributes its source to Cameco / Kamoa Capital.
The article's actionable implication is that uranium miners with a high share of long-term contracts and strong capacity-expansion capabilities — naming Kazatomprom, Cameco, NexGen, and others — will benefit from strengthening contract terms and sustained price increases; but the author explicitly uses "speculative" rather than "investment" to describe such targets.
Note that Rick Rule is a veteran natural resources investor with a clearly bullish stance on the uranium sector, and the article's narrative carries a promotional tone from a position-holder's perspective; his "at least 10 years of benefit" claim is a judgment, not a promise.
Conclusion: Rick Rule believes the "easy money" phase has passed; the current $85/lb price is not bad, but it is insufficient to stimulate large-scale new supply, and long-term forecasts point to a doubling.
The article states that no one should hold uranium drums directly; investors seeking physical exposure can do so via Sprott Physical Uranium Trust (OQX:SRUUF, TSX:U.UN, LSE:SPUT). The uranium price trajectory and forecasts are as follows:
| Time Period / Source | Uranium Price (U3O8) |
|---|---|
| 2021 | about $30/lb |
| 2022 | over $60/lb |
| 2024 | $100/lb |
| Current | about $85/lb |
| Shaw and Partners 2027 forecast | $175/lb |
| Shaw and Partners 2028 forecast | $200/lb |
| Shaw and Partners long-term forecast from 2032 | $120/lb (raised from $90/lb) |
The article argues that more utilities will lock in uranium supply through RFPs (requests for proposals), which often include price floors or economic disclosures, thereby signaling price direction. It quotes Melbye as saying, "US$85/lb is not a bad price. It's not high enough to really stimulate widespread new production" — meaning: "US$85 per pound is not a bad price; it is not yet high enough to truly stimulate large-scale new production." His assessment is that this price is sufficient to advance Tier 1 and Tier 2 capacity, but the market is no longer discussing $60–70/lb uranium.
Conclusion: Spot prices and equity prices have clearly diverged; SPUT trades at a 10.9% discount to NAV, and most uranium stocks and uranium ETFs are down year-to-date; Sprott views this as sentiment, not deteriorating fundamentals.
The article clearly states that the opportunity lies not only in market participants' expectations of a 25–50% rise in U3O8 prices, but also in the fact that many uranium stocks trade at discounts to net asset value (NAV). On July 17, Sprott Physical Uranium Trust traded at a market price of $18.34 per unit against an NAV of $20.59, a 10.9% discount — below the market value of the physical uranium it holds. The performance of the relevant instruments is as follows:
| Instrument | 2026 YTD Performance / Comparison |
|---|---|
| Sprott Physical Uranium Trust (SPUT) | YTD -10%; 10.9% discount as of July 17 |
| Sprott Uranium Miners ETF (URNM) | YTD -12%; down over 40% from the late-January high (spot briefly broke $100/lb) |
| Global X Uranium ETF (URA) | Roughly in line with URNM |
| Cameco | -7% |
| NexGen Energy | -4% |
| Paladin Energy | -12%, not separately elaborated in the original text |
| UEC | -19% |
| Peninsula Energy | -43% |
Sprott believes the divergence between spot prices and equities stems from short-term market uncertainty, risk-off positioning, and weak investor sentiment, rather than deteriorating fundamentals. Sprott is quoted as saying, "Uranium has consolidated after a strong start to the year, but the market's foundations have continued to improve." — meaning: "After a strong start to the year, the uranium market has consolidated, but the market's foundations continue to improve."
Conclusion: The author calls Cameco the "ExxonMobil of uranium," with production, realized prices, and profits rising in tandem — the incumbent producer with the most solid data in this chapter.
Cameco (NYSE:CCJ) has 2026 production guidance of 19.5–21.5 Mlb U3O8; 1Q26 production was 6.2 Mlb, up 3% year over year; the average realized uranium price was $66.21/lb, up 6% year over year, ahead of the 4% increase in production costs (cost of $34.05/lb). Price and volume together drove first-quarter net income up 87% to C$131M.
Conclusion: NexGen is a large, approved, construction-ready mine; UEC is pursuing U.S.-focused vertical integration; Peninsula is a near-term U.S. ISR restart project. All three have clear catalysts, and each carries execution risks.
NexGen Energy's Rook I project is located in the Athabasca Basin in western Canada. It received final federal approval in March 2026, with a final investment decision (FID) of C$2.2B and a construction period of about four years; major construction begins in summer 2026. This conventional hard-rock mine has a design capacity of up to 30 Mlb/y, operating costs of $13.86/lb, and expansion potential; the hard-rock conditions support underground tailings storage, leaving virtually zero surface tailings exposure. The company has secured 10 Mlb of sales commitments, priced at market-related prices, with annual deliveries of 2 Mlb upon commercial production. The Arrow deposit hosts reserves of 4.56 Mt @ 2.37% U3O8, containing 240 Mlb; within the 190,000+ hectare mineral rights package in Patterson Corridor East, 27 key corridors and more than 150 exploration targets have been identified.
Goehring & Rozencwajg cautions that Rook I requires not only mine development but also a complete ore and uranium processing facility; the previous large Canadian uranium mine — Cameco's Cigar Lake — suffered serious development problems and came online eight years behind schedule. The firm's view is that any delay should not be seen as a reflection of project or management quality, but rather of the inherent complexity of building a mine of this scale.
Uranium Energy (NYSE:UEC) is a U.S.-focused uranium platform. The original text states it holds 1.46 Blb of physical uranium inventory (sic), corresponding to roughly $800 million in current assets, of which $400 million is cash; M&I resources of 230.1 Mlb, with total resources exceeding 500 Mlb, most already permitted, including resources previously held by Rio Tinto and Rosatom. UEC has restarted operations at Christensen Ranch/Irigaray in Wyoming's Powder River Basin, with licensed capacity of 12.1 Mlb/y; Burke Hollow in Texas has been built and brought online, with phased production increases pending regulatory approvals; it also plans to advance a third mine in Wyoming. The company has also signed a contract with the U.S. Department of Energy to supply 300,000 lb of U3O8 to the Strategic Uranium Reserve at a 20% price premium.
On vertical integration, UEC has established US Uranium Refining & Conversion Corp, aiming to become the only U.S. company integrated from U3O8 to uranium hexafluoride (the feedstock for uranium enrichment). CEO Amir Adnani's analogy: merely extracting oil from the ground without being able to refine it creates less value; being able to convert uranium to support enrichment is far more valuable. UEC describes itself as the only company with a concrete plan to combine mining and conversion.
Peninsula Energy (ASX:PEN) is one of the few near-term U.S. uranium producers that directly addresses U.S. utility demand. Its Lance ISR project in Wyoming restarted at the end of 2024 after being idle for five years, with first yellowcake production in 2025; it has resources of 58 Mlb U3O8. It is ramping up low-pH in-situ recovery (ISR) operations, with near-term production of 400,000–600,000 lb/y in 2026–2027, and a path to 2–3 Mlb/y through wellfield expansion and satellite feed.
Conclusion: The article's implied course of action is to treat the current spot price and uranium equity weakness as a left-side entry window: use the discounted SPUT for physical exposure, and for equity exposure prioritize names with cash flow, approved permits, U.S. domestic operations, or near-term restarts.
If Shaw and Partners' $175–200/lb forecast materializes, the current spot price of about $85/lb implies significant upside; SPUT's NAV discount offers an entry point below the market value of its physical uranium. At the individual stock level, Cameco offers delivery on production and earnings, NexGen's key variable is construction and commissioning timing, UEC's core story is vertical integration and the U.S. Strategic Reserve, and Peninsula hinges on whether production ramp-up delivers. Note that this chapter frequently quotes senior executives from stakeholders such as Sprott and UEC; these are perspectives of position holders/promoters, and the bullish bias should be discounted by readers accordingly.
Paladin Energy (ASX:PDN) is a uranium producer already in operation. Restarted in 2024 for $120 million, the Langer Heinrich mine has been generating cash flow; 2026 production guidance is 4.5-4.8 Mlb U3O8, and future growth depends mainly on the Patterson Lake South (PLS) project in Saskatchewan.
The report notes that Paladin has already contracted 22 Mlb of production through 2030, representing about 45% of its output. The PLS project came from the December 2024 acquisition of Fission Uranium, centered on the shallow, high-grade Triple R deposit in the Athabasca Basin. The feasibility study puts development costs at $1.2 billion, with production capacity of about 9 Mlb per year over 10 years and a 28.2% after-tax IRR at a uranium price of $90/lb. In February 2026, the project received EIS approval from the Government of Saskatchewan and is advancing through the Canadian Nuclear Safety Commission (CNSC) construction licensing process.
Homeland Uranium (TSXV:HLU) is an early-stage exploration company focused on domestic U.S. uranium. Its Cross Bones project has a historical resource of 44.2 Mlb starting from surface, but drilling in early 2026 at Coyote Basin returned uranium (U) concentrations of up to 30 ppm, below expectations.
Coyote Basin and Cross Bones are both located in a historically uranium-producing area in northwestern Colorado (NW Colorado). Union Carbide produced about 5.3 Mlb U3O8 from the Maybell mine between 1950 and 1983. Cross Bones hosts a historical resource of 7.1 Mt at 0.31% U3O8, containing 44.2 Mlb. The Coyote Basin drilling results missed expectations, indicating that the company's exploration risk remains clearly present.
CEO Roger Lemaitre entered the uranium industry in 2001, worked at Cameco, and rose to manage Saskatchewan and global exploration portfolios, while also participating in the M&A team. His goal for HLU is to build a project from conventional resources that produces 1 Mlb per year for 10 years.
The author quotes the CEO's original words: "The premise of the company is to build meaningful pounds that we could define as a 1Mlb/y operation for 10-years out of conventional resources." In other words: "The company's premise is to build meaningful pounds—that is, to create a 1 Mlb-per-year, 10-year project from conventional resources." Lemaitre also proposed bringing the mining industry's technologies of the past 45 years to U.S. conventional resources. Heap leaching has never been applied to conventional resources in the United States, and at an appropriate scale, an open-pit uranium mine combined with heap leaching can be very economical.
The report presents two uranium companies side by side: Paladin is a producer with existing cash flow, and the PLS project, if approved, would provide a second growth curve; Homeland is an early-stage exploration stock with a substantial historical resource, but the latest drilling data fell short of expectations, leaving its valuation highly dependent on future exploration results.
| Company | Stage | Key Assets/Data | Watch Points |
|---|---|---|---|
| Paladin Energy | Producer | Langer Heinrich, 2026 guidance 4.5-4.8 Mlb; PLS feasibility IRR 28.2% @ $90/lb | Production delivery and CNSC licensing |
| Homeland Uranium | Early-stage exploration | Cross Bones historical resource 44.2 Mlb @0.31%; Coyote Basin drilling up to 30 ppm | Whether new drilling can confirm the resource |
It should be noted that the article includes a link to a pre-conference interview and directly quotes the CEO, giving it an evident promotional tone. Readers should view it as the company's/author's one-sided perspective, not an independent third-party assessment.
| Ticker / Name | Direction | Author's Take in One Sentence | Key Data |
|---|---|---|---|
| Cameco (NYSE:CCJ) | Hold / Watch | Called the "ExxonMobil of uranium," with cash flow, production, and profit rising in tandem—the most solidly backed incumbent producer | 2026 production guidance 19.5–21.5 Mlb; 1Q26 production 6.2 Mlb (+3%); realized uranium price $66.21/lb; net income +87% to C$131M; YTD -7% |
| NexGen Energy | Hold / Watch | The approved, buildable large mine is the preferred option for left-side positioning; however, the inherent complexity of large-scale mine construction is the main risk | Rook I project FID C$2.2B, design capacity up to 30 Mlb/y, cost $13.86/lb; 10 Mlb of sales commitments signed; Arrow reserves 240 Mlb; YTD -4% |
| Uranium Energy Corp (NYSE:UEC) | Hold / Watch | A U.S.-focused vertically integrated platform, with strategic reserves and bipartisan support forming the core narrative | 1.46 Blb of physical uranium inventory (sic), cash $400M; Wyoming licensed capacity 12.1 Mlb/y; supplied 300,000 lb to strategic reserve at a 20% premium; YTD -19% |
| Sprott Physical Uranium Trust (SPUT) | Hold / Watch | The preferred vehicle for physical exposure; the discount provides an entry point below the market value of the underlying physical uranium | July 17 market price $18.34 vs. NAV $20.59, a 10.9% discount; YTD -10% |
| Paladin Energy (ASX:PDN) | Hold / Watch | A cash-flow-producing producer already in operation; the PLS project, if permitted, would provide a second growth curve | 2026 production guidance 4.5–4.8 Mlb; PLS annual capacity ~9 Mlb, IRR 28.2% @ $90/lb; YTD -12% |
| Peninsula Energy (ASX:PEN) | Hold / Watch | A near-term U.S. ISR restart producer; watch for production ramp-up delivery, though execution risk is high | Lance project restarted at end of 2024; 2026–27 production 400–600 klb/y, targeting 2–3 Mlb/y; YTD -43% |
| Kazatomprom | Not specified | Proactive supply-side contraction is widening the structural gap in the global uranium market | Capacity plan reduced from ~80 Mlb/y to ~60 Mlb/y |
| Homeland Uranium (TSXV:HLU) | Not specified | An early-stage explorer with meaningful historical resources, but the latest drilling came in below expectations; valuation is highly dependent on subsequent validation | Cross Bones historical resources 44.2 Mlb @ 0.31%; Coyote Basin drilling up to 30 ppm |
| Sprott Uranium Miners ETF (URNM) | Not specified | The author does not recommend the ETF itself, only uses it to show that the divergence between spot uranium prices and equity prices is sentiment-driven, not fundamental | YTD -12%, down more than 40% from the late-January high |
| Global X Uranium ETF (URA) | Not specified | Roughly comparable to URNM, also within the author's observation scope | Performance roughly in line with URNM |
| Meta (parent of Facebook/Instagram/WhatsApp) | Not specified | As a buyer of power for AI data centers, forms a real demand anchor for uranium demand | Plans a $10 billion AI data center in Louisiana; purchasing power from Constellation's Illinois nuclear plant |
| Amazon | Not specified | One of the tech giants buying power, reinforcing the nuclear fuel demand narrative | Bought a nuclear-powered data center from Talen; investing in nuclear power and SMRs |
| Microsoft | Not specified | Partnering with Constellation to restart Three Mile Island—a landmark case of AI-driven nuclear power demand | Three Mile Island restart will sell power to Microsoft for AI; investing in nuclear power and SMRs |
| Nvidia | Not specified | A typical example of AI computing demand transmitting into nuclear power demand | Reached an AI cooperation agreement with California's last nuclear plant |
| Westinghouse Electric / Brookfield Asset Management | Not specified | Executors of the $80 billion government cooperation agreement; the author is skeptical about the actual disbursement of government funds | Deploying AP1000 reactors to expand U.S. nuclear power |
| Constellation Energy / Talen | Not specified | Nuclear power sellers, the supply side in tech companies' power purchase agreements | Constellation sells power to Meta and Microsoft; Talen sells a nuclear-powered data center to Amazon |
| Myriad Uranium / Subatomic (backed by 8VC, Overmatch Ventures) | Not specified | Myriad's sale of the Red Basin project is seen by the author as evidence that policy success is stimulating new supply | Domestic fuel supply chains are critical to the energy security of AI and electrification projects |
| Eagle Nuclear Energy | Not specified | CEO Mark Mukhija says "power is the bottleneck," supporting the view of accelerating nuclear power growth, but it is not a key name for the author | The Hormuz crisis highlights the impact of energy supply disruptions |
| Cove Capital | Not specified | A U.S.-backed critical minerals developer in Kazakhstan, reflecting local geopolitical rivalry | Developing a tungsten mine and processing plant in Kazakhstan |