Nick Hodge,
Publisher
Oct. 6, 2026
In seven days, regulators, Washington, and foreign capital pushed America’s nuclear revival forward — and every new reactor will need uranium.
The nuclear renaissance just had a $124 billion week.
Last week, federal regulators approved construction of a next-generation nuclear reactor in Tennessee.
One day later, South Korea outlined plans to direct as much as $120 billion toward eight new American reactors.
This week, the Department of Energy announced a conditional loan commitment of up to $4.2 billion to upgrade three existing nuclear plants in Pennsylvania and Ohio.
That is an extraordinary amount of political support, regulatory progress, and investment capital converging on a single industry in seven days.
And every one of these projects will eventually run on the same little gray stone.
Uranium.
Washington Is Clearing the Path
The Tennessee Valley Authority just received a Nuclear Regulatory Commission construction permit for a small modular reactor at its Clinch River site near Knoxville.
It’s only the second next-generation commercial reactor in the United States to reach this regulatory milestone.
TVA is considering as many as four BWRX-300 reactors at Clinch River. Each would produce approximately 300 megawatts of electricity — enough to power roughly 240,000 homes.
The regulatory timeline is just as important as the reactor itself.
The NRC completed its review in 14 months, four months ahead of schedule. After decades of nuclear projects getting trapped in regulatory purgatory, that pace sends an important message to the industry.
America wants new nuclear power, and the government is beginning to move with urgency.
TVA has not made a final construction decision, and the facility would still need an operating license. But a major regulatory obstacle has now been cleared.
Meanwhile, other developers are moving.
Blue Energy recently applied to build BWRX-300 reactors in Texas, specifically to supply data centers.
TerraPower, the Bill Gates-backed developer, received a construction permit for its first advanced reactor in Wyoming.
Kairos Power is developing small reactors under an agreement with Google, while the U.S. military is supporting even smaller reactors for strategic bases.
Several different technologies are now competing for the same prize: reliable, around-the-clock electricity.
Billions for the Reactors We Already Have
Building new reactors takes time.
That makes America’s existing nuclear fleet incredibly valuable.
The Department of Energy’s proposed $4.2 billion loan package for Vistra shows how valuable.
The money would support modernization and power uprates at the Beaver Valley plant in Pennsylvania and the Davis-Besse and Perry plants in Ohio.
Together, those facilities provide nearly four gigawatts of reliable baseload electricity — enough to power more than three million homes.
The planned investments would add another 433 megawatts of capacity while extending plant operations by 20 years beyond their current licenses.
That additional electricity can be produced without building new transmission corridors or waiting a decade for replacement generation.
These plants supply PJM, the country’s largest power market, serving approximately 67 million people from Illinois to Washington, D.C.
PJM is already struggling to accommodate electricity demand from data centers.
Upgrading existing nuclear plants is one of the fastest ways to put more dependable power onto that grid.
Washington understands the urgency. So do the technology companies building the artificial intelligence economy.
South Korea Brings the Checkbook
The largest announcement came from South Korea.
Under a proposed investment framework with the United States, South Korea could direct as much as $120 billion toward constructing eight American nuclear reactors.
The plan includes two Korean-designed APR1400 reactors and six Westinghouse AP1000 reactors.
Construction costs could reach $100 billion, with another $20 billion available for contingencies. The two countries have even discussed a potential $10 billion advance payment to secure long-lead equipment.
Governments do not develop $120 billion financing frameworks for industries they expect to disappear.
South Korea possesses one of the world’s most capable nuclear construction industries. Combining its engineering expertise and capital with Westinghouse technology could finally help America build reactors at scale again.
The proposed projects would also reinforce the remarkable turnaround at Westinghouse.
Cameco and Brookfield acquired Westinghouse in 2023 at a valuation of roughly $8 billion. The company is now exploring a public listing that could value it above $50 billion.
Serious capital has recognized where this industry is heading.
Every Reactor Needs Fuel
You can accelerate permitting.
You can provide government-backed financing.
You can modernize old plants, restart retired ones, and sign multibillion-dollar agreements with foreign partners.
None of those actions can instantly create additional uranium.
Bringing a new American uranium mine from discovery to production can take seven to 10 years. The Western fuel cycle has also suffered through decades of underinvestment, while the United States remains heavily dependent on foreign supply.
At the same time, Russian uranium is being removed from the American supply chain.
Utilities are extending reactor lives.
Shuttered facilities are preparing to restart.
Small modular reactors are moving through the regulatory process.
Artificial intelligence companies are locking up nuclear power through long-term agreements.
Now plans for eight additional large reactors have entered the conversation.
This is the Third Convergence Event I have been warning investors about.
A constrained supply chain is colliding with government mobilization and an entirely new wave of demand from Big Tech.
Previous uranium cycles created some of the largest resource-stock gains I have ever studied.
The last major bull market sent uranium from roughly $10 per pound to $136. Several small uranium companies gained tens of thousands of percent as investors realized there would not be enough production to satisfy demand.
The current cycle is already underway. Long-term uranium contract prices have reached their highest level since 2008, yet many uranium equities continue to trade well below their recent highs.
That disconnect gives us an opportunity.
The Companies That Control the Fuel
I have spent months reviewing the North American uranium companies positioned for this Third Convergence Event.
My research led me to three investments.
One is an American producer already pulling uranium from the ground.
Another is a higher-leverage explorer controlling a major land position across two prolific uranium districts.
The third offers direct exposure to physical uranium without the operational risks of developing and running a mine.
I explain the entire thesis in my new presentation, The $10 Trillion Energy Stone.
You will see how artificial intelligence is changing the electricity market, why governments are spending billions to rebuild nuclear capacity, and how the uranium supply shortage could reward a small group of strategically positioned companies.
You will also learn how to access my complete report containing the names, ticker symbols, recommended buy ranges, and investment cases for my three favorite uranium opportunities.
More than $124 billion lined up behind American nuclear energy in a single week.
The reactors may take years to build.
The competition for their fuel has already started.
Watch The $10 Trillion Energy Stone presentation now.
Call it like you see it,
Nick Hodge
Publisher, Bizarro World