This is an excellent piece. One of its most important insights is that uranium operates on a roughly 10-year supply-demand cycle and the current uranium bull market is not a simple price spike, but a structural bull market driven by nuclear power demand, the restart of long-term contracting, delayed mine supply, fuel-cycle bottlenecks, and energy-security policy.
The center of global uranium demand is gradually shifting from the U.S. legacy nuclear fleet to China’s incremental nuclear buildout. The United States is still the world’s largest uranium consumer today, but its demand mainly comes from its existing reactor base. China already accounts for roughly 20% of global uranium demand. As its reactors under construction and planned units enter service, China could approach or even surpass the United States within the next five years, becoming the most important marginal pricing force in the global uranium market.
On the supply side, uranium is even more concentrated and fragile than demand. Kazakhstan, Canada, and Namibia account for roughly three-quarters of global mine supply; the top ten companies control more than 90% of production; and the top ten mines account for more than 60%. The United States is the largest demand center, but its domestic production is extremely small, so it relies mainly on long-term contracts and allied supply. China also lacks sufficient domestic supply, but through CGN and CNNC it has built an overseas equity-mine system in places such as Namibia and Kazakhstan. Both the United States and China are short uranium, but they are short in very different ways.
The United States and China both face the same basic problem of insufficient domestic uranium supply, but their solutions are structurally different. The U.S. has turned uranium security into a system of long-term contracting, allied procurement, de-Russification, domestic enrichment, and HALEU reconstruction. China has turned uranium security into a system of state-owned overseas equity mines, long-term offtake agreements, resource diplomacy, policy finance, and demand anchoring through nuclear power expansion. This is not merely a commercial difference. It reflects a deeper divergence in national organization capacity and industrial structure.
Great history of bear and bull markets associated with this unusual commodity. Given the concentration of significant uranium production in just a few countries worldwide, I wonder whether the current market will spur additional commercial discoveries in underexplored or unknown basins.
Didn't the US AEC fixed-price contracting for defense-related uranium from 1947-1966 (with a phased extension through 1970) have a significant impact on the first surplus production era? With the US government paying a fixed price for essentially all of the domestic uranium that miners could supply, there was no market incentive to reduce production.
That's not the only thing that makes uranium supply different from fossil or biomass energy sources. If the US supplied its entire electricity supply with nuclear power, the per capita annual uranium consumption would be about 2/3rds of a lb of natural uranium. That's like $70 worth of uranium, per person, per year..
Canada using PHWRs would be more like $50 worth per person, per yr. Or France, using partial reprocessing.
The cost of fuel is all about enrichment. The supply issue is having sufficient enrichment capacity.
If any nation is worried about uranium supply it would be no big deal to buy a 10yr stockpile of uranium.
And of course if you went with more efficient reactor designs, like the Copenhagen Atomics thorium breeder, you would only need a few dollars worth of uranium & thorium per person per year.
And Chinese researchers are claiming $83/kg for uranium extracted from seawater, with their new electrochemical method. Other reports put it in the $100-$200/kg. Making it quite competitive with the current price for mined uranium. With an almost unlimited supply.
And fission-fusion hybrids could likely breed Pu239 or U233 competitive with enriched uranium at a Q of 1-10. Well before they would be economical for power production. And you could also produce gold from mercury to make the economics even better.
Nice article. Thank you.
Great article. Best that i have read on uranium
This is an excellent piece. One of its most important insights is that uranium operates on a roughly 10-year supply-demand cycle and the current uranium bull market is not a simple price spike, but a structural bull market driven by nuclear power demand, the restart of long-term contracting, delayed mine supply, fuel-cycle bottlenecks, and energy-security policy.
I want to add a few thoughts from the perspective of the global uranium supply-demand structure.(https://leonliao.substack.com/p/the-new-uranium-order-china-is-becoming?r=731anr&utm_medium=ios)
The center of global uranium demand is gradually shifting from the U.S. legacy nuclear fleet to China’s incremental nuclear buildout. The United States is still the world’s largest uranium consumer today, but its demand mainly comes from its existing reactor base. China already accounts for roughly 20% of global uranium demand. As its reactors under construction and planned units enter service, China could approach or even surpass the United States within the next five years, becoming the most important marginal pricing force in the global uranium market.
On the supply side, uranium is even more concentrated and fragile than demand. Kazakhstan, Canada, and Namibia account for roughly three-quarters of global mine supply; the top ten companies control more than 90% of production; and the top ten mines account for more than 60%. The United States is the largest demand center, but its domestic production is extremely small, so it relies mainly on long-term contracts and allied supply. China also lacks sufficient domestic supply, but through CGN and CNNC it has built an overseas equity-mine system in places such as Namibia and Kazakhstan. Both the United States and China are short uranium, but they are short in very different ways.
The United States and China both face the same basic problem of insufficient domestic uranium supply, but their solutions are structurally different. The U.S. has turned uranium security into a system of long-term contracting, allied procurement, de-Russification, domestic enrichment, and HALEU reconstruction. China has turned uranium security into a system of state-owned overseas equity mines, long-term offtake agreements, resource diplomacy, policy finance, and demand anchoring through nuclear power expansion. This is not merely a commercial difference. It reflects a deeper divergence in national organization capacity and industrial structure.
Great history of bear and bull markets associated with this unusual commodity. Given the concentration of significant uranium production in just a few countries worldwide, I wonder whether the current market will spur additional commercial discoveries in underexplored or unknown basins.
Wow. Masterclass, Chris. Brilliant work!
Didn't the US AEC fixed-price contracting for defense-related uranium from 1947-1966 (with a phased extension through 1970) have a significant impact on the first surplus production era? With the US government paying a fixed price for essentially all of the domestic uranium that miners could supply, there was no market incentive to reduce production.
This only makes sense when demand is limited by low supply. At $90-$100 are we now creating incentives to restart and start new projects?
Last cycle also had a "structural" narrative... Until supply responded.
So, real issue is this structural deficit or just a delayed supply response curve.
That's not the only thing that makes uranium supply different from fossil or biomass energy sources. If the US supplied its entire electricity supply with nuclear power, the per capita annual uranium consumption would be about 2/3rds of a lb of natural uranium. That's like $70 worth of uranium, per person, per year..
Canada using PHWRs would be more like $50 worth per person, per yr. Or France, using partial reprocessing.
The cost of fuel is all about enrichment. The supply issue is having sufficient enrichment capacity.
If any nation is worried about uranium supply it would be no big deal to buy a 10yr stockpile of uranium.
And of course if you went with more efficient reactor designs, like the Copenhagen Atomics thorium breeder, you would only need a few dollars worth of uranium & thorium per person per year.
And Chinese researchers are claiming $83/kg for uranium extracted from seawater, with their new electrochemical method. Other reports put it in the $100-$200/kg. Making it quite competitive with the current price for mined uranium. With an almost unlimited supply.
And fission-fusion hybrids could likely breed Pu239 or U233 competitive with enriched uranium at a Q of 1-10. Well before they would be economical for power production. And you could also produce gold from mercury to make the economics even better.
Thank you.