PodcastWealthionJustin Huhn

Uranium’s Supply Crunch Is Getting Worse — And Prices Could Go Much Higher

The guest sees rising nuclear capacity, reactor life extensions, and energy-security priorities tightening the outlook for uranium supply, while noting that new mines take years to build. Data-center growth is helping de-risk existing nuclear fleets, but direct uranium demand from new capacity built specifically for data centers has not yet materialized. The guest favors physical uranium exposure and believes prices could reach at least $150–$200 per pound during this cycle, while warning that sharp spot-price spikes may not last.

CommoditiesEnergy SecurityEnergy Transition

Preview · 24 more points in the app

Read the Full Summary

Key Takeaways

The guest links energy security to nuclear expansion, noting that China, India, and Russia are adding capacity and that China has more than 40 reactors under construction; India has changed liability laws to attract international participants, while a proposed US–South Korea deal covering six Westinghouse AP-1000s and two Korean-designed APR1400s is not yet set in stone. Nearly 80 reactors are under construction globally, the most simultaneously in almost three decades.

The guest describes data-center growth as a major de-risking tailwind for the existing US nuclear fleet, noting that the United States is building four or five times more data-center capacity than the next-largest builder. The Google–Constellation announcement adds about 890 megawatts across 11 existing reactors with more than $4 billion in investment; while the upgrades generally do not imply significantly higher uranium demand, the guest says they could strengthen operators’ ability to pay more for fuel, alongside planned reactor-life extensions that extend expected fuel demand.

Hyperscalers are already backing advanced reactor projects: Amazon is heavily invested in X-energy, and Meta is partially funding two TerraPower Natrium reactors. The guest says roughly 70–90 companies and nearly 150 designs are competing to build SMRs, expects about six primary design winners to emerge over the next five years, and considers established operators such as Constellation easier to invest in than early-stage companies still seeking permits and regulatory approval.

The guest says uranium supply and demand can be modeled with high confidence roughly five to seven years ahead by tracking reactor lifetimes, construction, and a relatively small number of supply projects, but the models cannot pinpoint which projects will balance the market or when prices might face downward pressure. The guest cites global nuclear capacity rising from about 400 gigawatts to an expected 500 gigawatts in five years, while UXC identifies uranium as the coming fuel-cycle bottleneck given the long lead time to build mines.

The guest says weakening AI sentiment prompted institutional money to leave uranium miners and some SMR companies that had entered AI-related factor baskets, and that even modest selling can move the small investable sector. At the same time, the guest argues that nuclear is not fundamentally reliant on AI: data centers are helping de-risk existing capacity, while direct uranium demand from new nuclear built specifically for data centers has not yet materialized; a hyperscaler headline involving NexGen’s Rook One could emerge in 18 to 24 months, but its form is uncertain.

GEO-POLITICS

Energy Security — The guest says energy security is pushing countries, particularly in the East, to de-risk and extend existing nuclear fleets, with some also building inventories. China, India, and Russia are expanding nuclear capacity; China has more than 40 reactors under construction, according to the guest.

“And so the countries with nuclear, like I said, they're they're derisking those fleets. They're life extending the reactors. In some cases, we're seeing inventory building…”—

India Liability Reform — India changed its liability laws to make it easier and more attractive for international companies to participate in the country’s nuclear buildout.

“They've also changed some liability laws in the country so that it would make it much more attractive and easier for international companies to do business and actually participate in…”—

TECHNOLOGY

Hyperscaler SMRs — Amazon is heavily invested in X-energy, while Meta is partially funding two TerraPower Natrium reactors. The guest identifies them as advanced small modular reactors.

“As far as new nuclear goes, there definitely are some some investments and engagements that we've seen on behalf of the hyperscalers with new nuclear…”—

SMR Competition — The guest says roughly 70–90 companies and nearly 150 designs are competing in the SMR field, and expects about six primary design winners. Westinghouse, BWXT, and Rolls-Royce are among the contenders; Rolls-Royce is gaining traction in the UK, according to the guest. The guest expects the winners to become clearer to the market over the next five years.

“So, you know, there you can certainly do plenty of work in the space and choose your horses, let's say, on which of these which of these builders or Tuby…”—

MARKETS

Google–Constellation Deal — The guest says the Google–Constellation announcement adds about 890 megawatts through upgrades to 11 existing reactors and involves more than $4 billion in investment. The upgrades generally do not imply significantly higher uranium demand, but the guest sees the deal as bullish for the sector’s narrative. By de-risking the plants, it could also strengthen operators’ ability to pay more for fuel.

“Now the this additional capacity is 100% via up rates. So these are existing operating nuclear power plants and that 800 and something megawws is across 11 reactors…”—

Data Center Tailwind — The guest calls data-center growth a major de-risking tailwind for the existing US nuclear fleet. The United States is building four or five times more data-center capacity than the next-largest builder, the guest says.

“So, it's a huge huge d-risking event and tailwind for the US operating fleet…”—

Reactor Life Extensions — US operators say they plan to extend their fleets to 80 years, with some reactors possibly reaching 100 years; the average US reactor is about 46 years old. The guest says reactors once expected to close between 2025 and 2035 have been modeled with 20-year extensions, extending expected fuel demand from the existing fleet.

“and if you ask the operators in the United States, they'll all tell you that they plan to take their fleets to 80 years…”—

FORECASTS

Price Target — The guest believes uranium will reach at least $150–$200 per pound during this cycle and could go higher. They say the market conditions underpinning that view form the basis of a five- to seven-year outlook, the period they believe can be modeled confidently.

“So where is the price going to go?…”—

Spot Spike Risk — The guest says a sharp uranium spot-price spike above a flat term price in a backwardated market is probably unsustainable and may create an opportunity to sell into the euphoric move.

“You have a backwardated market where the front month settlement spot market just goes nuts to the upside. The term price is flat…”—

Uranium Could Hit $150–$200 Per Pound

Justin Huhn argues that uranium could reach at least $150–$200 per pound this cycle, with a tight supply-demand outlook and a price peak likely driven by the marginal available pound.

Google, Constellation & the Nuclear Energy Boom

The Google–Constellation announcement funds upgrades at existing plants, not major new uranium demand, but shows hyperscalers are eager to secure nuclear power and de-risks operating reactors.

Why AI Hyperscalers Are Turning to Nuclear Power

Hyperscalers are locking in power from existing fleets and extending reactor lifetimes; direct uranium demand from new data-center-specific nuclear capacity remains prospective rather than established.

Nuclear Stocks vs. SMRs: Where Is the Better Investment?

Established nuclear operators offer a more mature investment than early-stage SMR developers, though Huhn sees a handful of likely winners among many competing designs.

How Justin Huhn Became a Uranium Bull

Huhn traces his uranium thesis to 2016, when he discovered the commodity after years as a momentum investor and began learning about nuclear safety and the sector’s fundamentals.

The Nuclear Renaissance Is Accelerating

Rising electricity demand, reactor construction, and extensions have transformed nuclear from a contrarian idea into a long-term renaissance, while uranium supply remains difficult to expand quickly.

Why Uranium Stocks Have Struggled

Uranium equities’ volatility, a rapid early-year price spike and reversal, and fading AI-related flows contributed to weak sentiment despite durable demand and fleet-life-extension trends.

Does the Uranium Bull Market Depend on AI?

Uranium’s fundamentals do not depend on AI, although data-center growth helps secure existing reactors; new nuclear demand tied directly to data centers has not yet emerged.

Nuclear Power, Energy Security & Geopolitics

The Iran conflict and Strait of Hormuz disruption underscore energy security’s importance, encouraging countries to preserve and expand nuclear capacity.

China, Russia & India’s Nuclear Buildout

China is building the largest number of reactors, Russia exports reactors and supplies fuel services, and India is moving toward larger uranium contracts and nuclear expansion.

Is NIMBY Still a Problem for U.S. Nuclear Power?

Huhn says local opposition is not a leading U.S. nuclear obstacle because communities near operating plants generally support them and many sites are already permitted for expansion.

Uranium Commodity vs. Uranium Stocks

Huhn sees physical uranium as a lower-risk way to express the bullish thesis, while uranium equities add company-specific and market-volatility risks.

Why Physical Uranium May Offer the Best Risk-Reward

He favors physical uranium vehicles such as Sprott Physical Uranium Trust and Yellow Cake, noting that discounts to net asset value can offer entry opportunities.

Why Uranium Could Reach $150–$200

Huhn believes uranium can reach at least $150–$200 per pound over the cycle, as supply must meet demand and pricing may be set by the last available marginal pounds.

Spot Uranium vs. Long-Term Contract Prices

Long-term contract prices reflect utility procurement and are more informative about future conditions, while the thinner spot market can be noisy and prone to sharp moves.

The Uranium Market’s Most Important Leading Indicators

Huhn tracks term-market behavior and price dislocations: spot weakness against stable term prices can create opportunities, while extreme spot premiums may prove unsustainable.

Enrichment, Conversion & the Nuclear Fuel Cycle

Utilities buy fuel-cycle services as needed rather than trying to time uranium prices; Russia-related risks have pushed Western buyers toward alternative enrichment and conversion.

Why Uranium Is the Coming Supply Bottleneck

Enrichment and conversion constraints have driven up fuel-cycle prices, but uranium is emerging as the key coming bottleneck because mines take years to develop.

Which SMR Companies Could Win?

Huhn assesses SMR prospects by customer commitments, regulatory progress, and construction; he highlights GE Vernova, TerraPower, and X-energy among notable projects.

How to Build a Nuclear & Uranium Portfolio

A diversified portfolio can balance risky SMR developers with established nuclear companies and utilities; Huhn cautions against concentrating in any single speculative design.

Nuclear Reactors on the Moon?

Nuclear power in space or shipping could add upside, but Huhn’s uranium thesis does not require those speculative markets to develop.

Related Episodes

Important Disclaimers

Not Investment Advice: For education only — not financial, tax or legal advice.

AI-Generated: Made by AI from source transcripts and may contain errors.

No Guarantees: Past performance does not predict future results; investing carries risk.

Our Commentary · Request Removal