The uranium market has been in a sustained structural deficit since 2018, with primary supply falling short of primary demand, and this deficit persists despite a tripling of prices from $20 to $60+ because production lead times are 2-3 years minimum and no new supply has come online in response.

The Spot Physical Uranium Trust entered the market in 2022 and procured 40 million pounds of uranium in a single year—approximately one-third of global annual primary supply—locking up inventory for the foreseeable future and acting as a second black swan event (after policy-driven demand acceleration) that removed a large supply cushion from the market.

Yellow Cake is a London-listed company with an offtake agreement to purchase 100 million pounds of uranium annually from Kazakhstan; combined with the Spot Physical Uranium Trust's 40 million pounds per year, these two vehicles alone are accumulating 140 million pounds annually, creating a structural drain on available supply.

The uranium sector total global market cap is only ~$60 billion, less than one-tenth the enterprise value of ExxonMobil (~$600B), making it a baby version of other commodity markets with room for dramatic relative revaluation.

High Assay Low Enriched Uranium (HALEU) is uranium enriched to ~5–20% (higher than standard reactor fuel but lower than weapons-grade) needed for small modular reactors; demand for HALEU is growing as SMRs become commercial.

In situ recovery (ISR) is a method of uranium extraction where sulfuric acid is injected into boreholes into underground uranium deposits, uranium is dissolved and collected via central repository, and is commonly used in Kazakhstan and the US; it contrasts with traditional hard rock open-pit mining.

Nuclear power has become an irreversible policy commitment globally, with 31 countries at COP 28 pledging to triple nuclear capacity by 2050 and China committing to build more nuclear reactors in the next 10 years than have been built globally in the last 35 years, eliminating policy risk from the uranium investment thesis.

The uranium fuel cycle consists of seven stages: mining/extraction, milling (crushing to yellow cake), conversion (to UF6 gas), enrichment (cascading centrifuges raising U-235 from 0.71% to 3-5%), fabrication (into pellets and fuel rods), and use in reactors; each stage is dominated by a small number of countries with high regulatory barriers.

The uranium market has been in sustained deficit since 2018, with primary supply failing to meet primary demand, creating structural undersupply independent of price signals.

Global support for nuclear energy has been unanimous and unexpected in scope, with traditionally anti-nuclear jurisdictions pivoting toward nuclear, China planning 150 gigawatts of new reactors in the next decade (more than was built globally in the last 35 years), and 31 countries at COP28 pledging to triple nuclear capacity by 2050.

Uranium cannot be shipped via the traditional Russia-St. Petersburg-Port Hope/Illinois route post-invasion; it must instead traverse the Caspian, Black, and Bosphorus Seas, a circuitous route that doesn't work logistically and is classified as Class 7 radioactive transit requiring extensive time and regulatory compliance.

The uranium fuel cycle conversion, enrichment, and fabrication processes are only performed by six countries globally (China, US, UK/Netherlands/Germany via Urenco, Canada via Cameco, France via Orano), creating an impenetrable moat around these businesses due to radioactive material handling regulations and safety protocols.

Uranium oxide (natural uranium) contains U-235 at 0.71% enrichment and is not radioactive in a dangerous sense; conversion to UF6 gas and centrifuge enrichment to 3-5% creates weapons-usable material and serviceable nuclear fuel through cascading centrifuge separation of isotopes.

Utilities that were procuring uranium in traditional sequence (oxide → conversion → enrichment) have shifted to reverse procurement (enrichment → conversion → oxide) due to enrichment scarcity, creating an unprecedented supply-chain reversal.

Investors should avoid Kazatomprom (one of the world's largest uranium producers) due to geopolitical alignment with Russia and the risk of sanctions or confiscation.

The long-term uranium investment thesis is essentially 100% dependent on nuclear energy demand, with weapons demand as a secondary factor.

In-situ recovery uranium mining involves injecting sulfuric acid into underground uranium deposits via boreholes and extracting uranium via a central repository, used extensively by Kazakhstan and US operators like UEC.

Trading firms are beginning to develop capability to trade the spot-term uranium contango, which will be hugely additive to market efficiency and price discovery once arbitrage bridges the spread.

Uranium spot physical trust (SRUCC) and Yellow Cake offer delta-one exposure to uranium oxide prices; SRUCC is the dominant institutional procurement vehicle, now worth $5.5-6 billion, though both trade at discounts to Net Asset Value due to structural lack of arbitrage.

Fabrication facilities convert enriched uranium into fuel pellets roughly 3-5% enriched, which are fabricated into fuel rods about the size of a pinky finger in diameter and a few meters tall; fuel rods are assembled into fuel cores arranged in square patterns.