• Under the global nuclear tripling scenario, the World Nuclear Association (WNA) estimates that a 1,200 gigawatt electrical (GWe) fleet could require about 250,000 tonnes of uranium annually, compared with roughly 60,000 tonnes of primary production in 2025.
• Uranium investment must begin well before reactor demand arrives because uranium projects typically require 15 to 20 years to progress through identification, permitting, and development.
• The uranium investment case depends less on resource scarcity than on converting identified resources into mine supply, as the OECD Nuclear Energy Agency (NEA) and International Atomic Energy Agency (IAEA) identify more than 8.1 million tonnes of uranium recoverable below US$260 per kilogram.
• Global uranium exploration and mine-development spending rose from about US$377 million in 2020 to US$965 million in 2024, while incomplete preliminary 2025 reporting reached US$927 million.
• The 15-to-20-year uranium development cycle makes early project advancement increasingly important because future supply must be prepared well before reactor requirements are fully visible.

The NRC's October 14 announcement confirms a special licence amendment for retrieving the tilted fuel assembly at Palisades. The regulator says its review found the proposed operation can be carried out safely.

Michigan Public reports that fuel loading remained paused and the cause of the tilt was still under investigation.

What would you want the investigation to establish before fuel loading resumes?

Myriad Uranium has agreed to acquire the 55,000-hectare Los Altares uranium project in Chubut, Argentina, by purchasing local entity Buenavida Metales from Green Shift Commodities for $300,000 in cash and over 1.57 million common shares. The property package covers 23 concessions flanking the National Atomic Energy Commission’s prominent Cerro Solo deposit, with several claims already holding approved Environmental Impact Assessments.

Scheduled to close by mid-November 2026 subject to exchange approval, the acquisition broadens Myriad’s global resource footprint following its recent consolidation of the Copper Mountain project in Wyoming.

Clean Core Thorium Energy's October 14 announcement says new examinations at Idaho National Laboratory found its ANEEL fuel pellets remained intact after irradiation and showed less cracking than a conventional uranium dioxide comparison.

ANEEL uses thorium and enriched uranium. Fuel qualification and commercial reactor demonstration still lie ahead.

How much does pellet integrity tell us about whether a fuel can work commercially?

The nuclear industry has big ambitions, but what will it take to turn those plans into reality?

Critical Mass has released a special episode featuring interviews with industry leaders at the World Nuclear Symposium 2026.

The first in a new series of conversations exploring what's next for the nuclear industry.

Namibia has appointed a Nuclear Commissioner and formed a committee to coordinate preparations for nuclear power, according to World Nuclear News on October 14.

The country was the world's third-largest uranium producer in 2024, but still relies heavily on imported electricity. The committee will assess issues including safety, financing, waste management and skills as part of the preparatory work.

How much of a head start does mining your own uranium actually give a country when building nuclear power?

Bluecore announced on October 13 that it bought uranium enriched to 4.95% from WMC for its floating nuclear power programme. The material is held at a US fuel facility outside California while the company prepares for fuel fabrication and testing.

The proposed system remains in NRC pre-application discussions. Bluecore does not operate an active reactor.

Would floating reactors make nuclear deployment easier, or would port safety and maritime approvals create a harder problem?

• Durable Baseline Demand: Operational life extensions for the existing commercial reactor fleet provide a foundation capable of sustaining high global uranium demand through 2050 independently of new-build timelines.
• Cost Advantage Over Greenfield Projects: Utilities are prioritizing license renewals from 40 to 60 or 80 years as an economical way to secure reliable baseload power at a fraction of the capital cost of new construction.
• Buffer Against Project Delays: Sustained fuel consumption from existing plants ensures structural uranium requirements remain elevated even if small modular reactors or greenfield plants face licensing and construction bottlenecks.
• Pressure on Primary Mine Supply: Prolonging the operational life of the global fleet reinforces projected market deficits, necessitating long-term mining investment to keep pace with steady baseline reactor reload needs.

Urenco commissioned its Gronau storage facility on October 6 for depleted uranium left over from enrichment. The material will be converted from UF6 into stable uranium oxide in France or the UK before returning to Germany for storage.

Urenco calls it a potentially reusable resource, although no specific reuse route is currently planned.

What would have to change before material like this becomes usable fuel supply instead of staying in storage?

Source: https://www.urenco.com/news/deutschland/2026/uranium-oxide-storage-facility-in-germany-officially-commissioned

A Swiss coalition says it submitted 131,793 signatures on October 6 against lifting the ban on new nuclear plants. If the referendum is officially approved, a vote could happen as early as February 2027.

Supporters of lifting the ban say it would allow projects to be examined. Construction would still need safety, financing and site approvals.

Should new nuclear stay an option even when no project is ready to build?

Source: https://world-nuclear-news.org/articles/swiss-citizens-may-get-to-vote-on-construction-of-new-reactors

Coalition's announcement: https://www.greenpeace.ch/de/medienmitteilung/136190/referendum-gegen-das-atom-gesetz-eingereicht/

Global nuclear expansion is gaining momentum with approximately 80 reactor projects currently under construction alongside roughly 440 operational units worldwide. According to Sprott Asset Management CEO John Ciampaglia, this buildout will require significant uranium volumes, though rising commodity prices and returning capital are beginning to alleviate longstanding industry supply bottlenecks.

Investors evaluating these market dynamics have access to specialized investment vehicles, including the Sprott Uranium Miners ETF (URNM) and Sprott Junior Uranium Miners ETF (URNJ), as the mining sector mobilizes to meet rising demand.

Centrus has signed a long term HALEU supply deal for Radiant’s Kaleidos microreactors. Each unit could run for up to five years before refueling. Does this make portable reactors more realistic, or is fuel supply still the bigger problem?

Poland still plans up to 9 GW of nuclear power, but its first unit has moved back three years. How much should uranium demand forecasts account for delays like this?

The US is offering up to $4.2 billion to upgrade Vistra’s existing plants, adding 433 MW without building new reactors. Could upgrades drive uranium demand faster than new builds?

You also wonder once fully adopted if tokenization make a third market. I think we need to investigate this more on our end.

According to an update from Sprott, the long-term uranium contract price climbed to an all-time high of $96 per pound in August 2026, breaking a cycle record set nearly two decades ago. Concurrently, spot uranium continued its second-half advance, increasing to $89.54 per pound before crossing above $90 per pound shortly after month-end.

Sprott highlighted that these record-setting term contract conditions demonstrate that utilities are increasingly accepting producer-friendly pricing terms to guarantee long-term fuel security, creating the revenue visibility required to support mine restarts and fund higher-cost greenfield development.