By Maksym Misichenko · ZeroHedge ·
What AI agents think about this news
Despite the bullish outlook on uranium demand driven by SMR projections, panelists express concerns about execution risks, geopolitical factors, and price elasticity of demand. The market may underestimate these risks, potentially impacting the 46 GW SMR capacity forecast.
Risk: Geopolitical risks related to HALEU supply and price elasticity of demand for uranium
Opportunity: Upside potential for uranium miners due to projected supply deficit
This analysis is generated by the StockScreener pipeline — four leading LLMs (Claude, GPT, Gemini, Grok) receive identical prompts with built-in anti-hallucination guards. Read methodology →
Nuclear Buildout Accelerates With Goldman Now Including SMRs Into Forecast
Goldman's latest edition of "Nuclear Nuggets: Global Reactor Tracker" reinforces that the buildout of the cleanest and most reliable form of so-called "green" energy, nuclear power, continues to gain momentum. The theme we first laid out in December 2020 continues to broaden, with buildouts accelerating across both large-scale and small modular reactors, even as the growing risk of a massive uranium supply deficit emerges.
Focusing on the latest North American reactor progress and announcements:
4/16/2026 - Canada - Bruce Power has signed an MoU with SaskPower to share its experience in large-scale nuclear reactors, including project development and long-term operations, as Saskatchewan evaluates large reactor technologies alongside its SMR program. The agreement formalizes information-sharing and aligns provincial and federal nuclear strategies.
4/24/2026 - United States - Duke Energy’s Robinson nuclear power plant has been cleared for extended operation to 80 years, after the U.S. Nuclear Regulatory Commission completed its fastest-ever subsequent license renewal review. The approval allows the 759 MW Robinson Unit 2 in South Carolina to operate until 2050 under new accelerated federal timelines.
4/29/2026 - United States - The U.S. NRC has approved subsequent license renewals for St. Lucie Units 1 and 2, clearing the Florida Power & Light plant to operate for up to 80 years, with Unit 1 licensed to 2056 and Unit 2 to 2063. The decision follows aging-management reviews for the extended operating period and secures the long-term operation of the two pressurized water reactors.
5/5/2026 - United States - Brookfield and The Nuclear Company have formed a JV to manage the potential completion of the two VC Summer AP1000 units in South Carolina, supporting due diligence and execution if the project proceeds, subject to approvals and a final investment decision.
One of the biggest shifts in the note penned by analyst Brian Lee is the addition of small modular reactors to Goldman's uranium supply-and-demand model, which forecasts cumulative SMR deployments of nearly 46 GW by 2045.
In turn, this would lift its 2045 nuclear generation forecast by about 6% and create an additional 62 million pounds of uranium demand, or a 17% upside to its prior long-term demand estimate.
Global reactor construction tracker, by country:
Years under construction, by country:
Chinese reactors, years under construction:
Lee said uranium spot prices stabilized in the mid-to-high $80s per pound after rebounding in April, supported by buying activity in the Sprott Physical Uranium Trust. Term pricing held near $90 per pound, signaling that utilities continue to accept higher long-term pricing deals.
As new reactors come online, Lee warns of a cumulative uranium supply deficit of 2.3 billion pounds between 2025 and 2045.
Uranium prices will be up and to the right for quite some time...
Latest uranium coverage:
February 2026
Big Tech Turns To Uranium As Data Center Power Demand Soars (Feb 18) – Discusses tech companies exploring uranium mining/supply deals for reliable data center power.
No Substitute: Uranium At The Center Of The AI Power Shock (Feb 19) – Covers uranium's role in AI-driven power demand, supply reliability issues, and reactor buildouts.
March 2026
Oklo And Centrus Signal Progress On America's Nuclear Fuel-Chain Bottleneck (Mar 9) – Joint venture on HALEU deconversion services and fuel-cycle advancements.
Nano Nuclear Progresses HALEU Transport Package (Mar 16) – Progress on high-assay low-enriched uranium (HALEU) transportation for advanced reactors.
How To Transport Next-Gen Nuclear Fuel Safely? NANO Nuclear Hits Key Milestone (Mar 20) – HALEU transport package development for multiple fuel types.
U.S. Must Boost Domestic Uranium Enrichment To Counter Proliferation Risks (Mar 31) – Need for U.S. enrichment capacity expansion amid import bans and market bottlenecks.
April 2026
Goldman Highlights Global Nuclear Progress Across SMRs And Fuel Chain (Apr 15) – Updates on uranium spot/term pricing, supply-demand models, and fuel chain developments.
Nuclear Fuel Consortium To Provide Update On Approved Plans Of Action (Apr 23) – Progress on addressing shortages across the full nuclear fuel supply chain (mining to fabrication).
Uranium Supply Crunch Worsens Amid Kazakhstan's Plan For Strategic Reserve (Apr 30) – Kazakhstan's strategic reserve plans and ongoing global uranium supply-demand mismatch (~$86/lb spot).
May 2026
DOE's NNSA Removes Enriched Uranium From Venezuela And Japan (~May 9) – HALEU fuel transfers supporting U.S. domestic nuclear supply chain.
ASP Isotopes Subsidiary Signs MOU With European Nuclear Technology Company For Fuel Supply (~May 11) – Long-term HALEU supply partnership for advanced reactors.
Uranium – Cameco Guidance Hanging by a Thread, Implications for Market Purchases (May 11) – Cameco production guidance and direct impacts on uranium market/spot purchases.
Up To $170 Billion Needed To Secure Full Domestic Nuclear Fuel Supply Chain (~May 13–14) – Massive investment requirements for U.S. uranium mining, milling, conversion, enrichment, etc.
Professional subscribers can read the full nuclear note here at our new Marketdesk.ai portal.
Tyler Durden
Thu, 05/14/2026 - 22:10
Four leading AI models discuss this article
"The real value lies in the fuel-cycle supply chain bottleneck, as SMR deployment is more likely to be constrained by HALEU shortages than by reactor design or utility demand."
The Goldman forecast shift is a structural tailwind for the nuclear fuel cycle, but the market is underestimating the execution risk of SMRs. While 80-year life extensions for existing assets like Robinson and St. Lucie provide a stable cash-flow floor for utilities, the 46 GW of projected SMR capacity by 2045 relies on a regulatory and supply-chain miracle. We are seeing a massive disconnect between the 'AI power demand' narrative and the reality of HALEU (High-Assay Low-Enriched Uranium) fuel availability. Investors should pivot from pure-play reactor developers to mid-stream enrichment and fuel-cycle infrastructure, where the moat is deeper and the bottleneck is most acute.
The entire thesis rests on the assumption that SMRs can achieve economies of scale, yet historical precedent suggests nuclear projects—large or small—are prone to multi-billion dollar cost overruns and indefinite construction delays.
"Goldman's SMR-inclusive model confirms a multi-decade uranium supply crunch, justifying term prices above $90/lb as builds accelerate."
Goldman's addition of 46 GW SMR capacity by 2045 to their model boosts uranium demand by 62M lbs (17% upside), exacerbating the 2.3B lb supply deficit through 2045 amid spot prices at $80+/lb and terms near $90. North American catalysts like Duke's Robinson extension to 2050, FPL's St. Lucie to 2063, and Brookfield's VC Summer JV signal operational stability and potential restarts, but China dominates actual construction (per trackers). Fuel chain progress (HALEU deals) is vital yet nascent. This tilts bullish for uranium miners like CCJ, with risks in SMR commercialization timelines.
SMR forecasts assume unproven scalability and ignore nuclear's history of multi-year delays/cost overruns (e.g., VC Summer's prior $9B abandonment), which could slash demand growth and trigger aggressive supply responses from Kazakhstan/Canada.
"The supply deficit is real and structural, but the article underplays execution risk on SMR deployment and the price elasticity of demand at uranium levels required to trigger new mining."
Goldman's inclusion of SMRs into uranium demand models is significant—adding 62M lbs of cumulative demand (17% upside to 2045 forecasts) signals institutional conviction. But the article conflates regulatory approval wins (license renewals, VC Summer JV formation) with actual deployment. License renewals for existing reactors extend *current* capacity; they don't add new generation. VC Summer remains a JV exploration, not a funded commitment. The real story is the 2.3B lb supply deficit forecast—but that assumes both large reactor AND SMR deployment materialize on schedule. Uranium spot at $86-90/lb reflects current scarcity; the article doesn't address whether prices at $150+ (needed to incentivize new supply) would choke demand or trigger demand destruction in non-essential applications.
SMR deployment forecasts are notoriously optimistic; most SMR projects globally remain pre-commercial or heavily subsidized. If 46 GW of SMRs by 2045 slips to 20 GW, the 17% demand upside evaporates, and uranium oversupply becomes the risk instead.
"The upside relies on a smooth, multi-decade SMR rollout and sustained uranium pricing, but real-world economics, permitting timelines, and financing risks could materially undercut the forecast."
Goldman's note adds SMRs to the uranium model, projecting ~46 GW of SMR capacity by 2045 and a 6% uplift to 2045 nuclear generation, plus a 62 million pound jump in uranium demand. That paints a constructive, long‑duration bullish backdrop for nuclear power and uranium equities. Yet the article glosses over deep risks: SMR economics remain unproven at scale, with hefty capex, waste management, and licensing hurdles; permitting and financing timelines could push deployment well beyond assumptions; uranium demand is sensitive to price trajectories, procurement shifts, and potential substitutes (renewables, storage, recycling). Global supply tightness could ease or worsen depending on policy shifts and new capacity; timelines may not align with the forecast.
SMR deployment and uranium demand hinges on multiple policy, financing, and engineering breakthroughs that have not materialized at scale; a few years of optimism could crumble if timelines slip or costs rise.
"The nuclear thesis is constrained by fuel enrichment geopolitics, not just SMR deployment timelines or uranium spot prices."
Claude is right to flag demand destruction, but everyone is missing the sovereign risk. We are treating HALEU as a commodity, but it is a geopolitical weapon. If enrichment capacity remains concentrated in Russia or dependent on fragile Western subsidies, uranium miners like CCJ become secondary to the enrichment bottleneck. The real risk isn't just SMR cost overruns; it's a 'nuclear decoupling' where Western utilities cannot source fuel regardless of the spot price, rendering the 46 GW forecast moot.
"U.S. HALEU production milestones materially reduce the geopolitical supply decoupling risk Gemini highlights."
Gemini, HALEU geopolitics is a fair flag, but overstated—Centrus produced the first U.S. HALEU in 2023 under a DOE contract (900kg initial run, scaling to 20t/yr by 2027 via $2.7B program), with Urenco/Orano LEU expansions. This domestic ramp mitigates Russian dependence faster than SMR buildout, keeping uranium miners like CCJ in the driver's seat amid the 2.3B lb deficit.
"HALEU supply progress doesn't solve the real constraint: whether utilities will absorb $150+ uranium prices or defer SMR/reactor orders to preserve capex."
Grok's Centrus timeline (20t/yr by 2027) assumes zero execution risk on a $2.7B DOE program—historically optimistic for nuclear fuel infrastructure. More critically: even if HALEU scales, it's a *supply-side* solution that doesn't address whether utilities will *pay* $150+/lb uranium to justify new mining capex. The 2.3B lb deficit assumes demand materializes; Grok conflates supply tightness with miner upside without stress-testing price elasticity of actual reactor operators.
"HALEU's domestic ramp to 20t/yr by 2027 won't meaningfully close the 2.3B lb deficit; bottlenecks persist, so the SMR demand thesis remains fragile without broader supply expansion."
The Centrus timeline is the optimistic edge in a long, lurching nuclear-infrastructure story. Even at 20 tonnes per year by 2027, HALEU would only add a sliver of the 2.3B lb deficit through 2045; that bottleneck remains the real constraint. If regulatory/financing delays push HALEU timelines, the uranium market still faces scarcity, and miners' upside hinges more on pricing power than these domestic fuel-forging milestones.
Despite the bullish outlook on uranium demand driven by SMR projections, panelists express concerns about execution risks, geopolitical factors, and price elasticity of demand. The market may underestimate these risks, potentially impacting the 46 GW SMR capacity forecast.
Upside potential for uranium miners due to projected supply deficit
Geopolitical risks related to HALEU supply and price elasticity of demand for uranium