Uranium Long-Term Contract Prices Hit Highest Since 1996 as AI Data Center Demand Drives Nuclear Energy Revival
nashnova research
Uranium's long-term contract price rose to $99 per pound, the highest since TradeTech began tracking comparable data in 1996; surging AI data-center power demand and global nuclear-capacity expansion are shifting fuel-pricing power decisively from buyers to sellers.
How much has uranium risen — and why does it matter?
The long-term contract price hit $99/lb at end-October, up 2.1% month-on-month, surpassing the late-2000s peak of $95/lb. The spot price climbed to $92.50/lb, a nine-month high.
This means → the market has already priced "more reactors ahead" into real fuel contracts — not as a forecast, but as the price sellers are actually getting.
TradeTech president Treva Klingbiel said sellers are adopting a harder stance on pricing and contract terms; clauses that once favoured buyers are tightening.
Who is driving demand — how big is AI's appetite?
The IEA projects global data-center power consumption will rise from roughly 415 TWh in 2024 to 945 TWh by 2030 — more than doubling.
Microsoft, Amazon and Google have signed power-purchase agreements with existing nuclear plants, while also investing in restarting retired reactors and small modular reactors (SMRs — compact, factory-assembled nuclear units).
In plain terms = tech giants need stable, low-carbon, high-capacity power. Wind and solar fluctuate too much; nuclear is becoming their most "reliable" option.
Why can't supply keep up?
Uranium reserves are ample, but new mines take ten to twenty years from exploration to output. Production is heavily concentrated in a handful of countries led by Kazakhstan — a supply-concentration risk that cannot be ignored.
UxC president Jonathan Hinze warned that supply adequacy in the 2030s is already a clear concern; new mine development is critical to meeting future demand.
This means → even if governments approve new mines today, capacity ramp-up won't materialise until the mid-to-late 2030s — and demand growth will not wait.
What about geopolitical risk and fossil-fuel substitution?
Tensions in the Middle East are prompting a reassessment of nuclear power's value — fuel-procurement risk itself is becoming a reason to bring nuclear back.
Japan's Atomic Industrial Forum estimated in October that operating one nuclear plant saves ¥51–72.5 billion in fossil-fuel costs; at current energy prices the saving would be even larger.
Kansai Electric's nuclear-fuel head Mitsuyoshi Hasegawa said the company is securing stable procurement through long-term contracts, source diversification and upstream equity stakes.
What is happening with investment flows and secondary supply?
In January, inflows into the Sprott Physical Uranium Trust — the world's largest physical-uranium fund — briefly drove a sharp price spike. When fund buying overlaps with utility buying, rallies tend to accelerate.
Higher uranium prices are improving the economics of secondary supply — recovering uranium from spent fuel for reuse. Senior researcher Masato Nabeshima at Japan's Electric Power Information Center said rising natural-uranium prices make spent-fuel reprocessing comparatively more viable.
US start-up BLSK Energy is working with Argonne National Laboratory to commercialise pyroprocessing — a waterless, high-temperature electrochemical method of recycling nuclear fuel — aiming to build a pilot facility by 2034.
Can uranium hold these highs?
This reflects a core timing question: demand is accelerating ahead of new-mine capacity ramp-up — and that window is narrowing.
In plain terms = if new mines fail to deliver on schedule in the 2030s while reactors are already built, uranium could have another leg up; if mines outperform expectations, price pressure will ease.
The uranium rally is fundamentally a race between supply and demand — whichever side reaches the finish line first will set the direction.
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