Mike Alkin: The Ultimate Uranium Crash Course

Episode Summary

Executive Summary: Uranium investor Mike from Sachem Cove explains why he believes the market has moved from chronic oversupply to a tightening seller’s market. He traces the thesis through supply-demand modeling, enrichment/conversion bottlenecks, geopolitical shifts away from Russia/Kazakhstan, and rising contracting needs from utilities. He also outlines where he invests across exploration, development, producers, and physical uranium.

Main Topics: Mike’s investing background and research process (Priority: 5/5): He describes a career built on deep bottoms-up fundamental research, initially on the short side, then value investing, and later a self-directed deep dive into uranium after retirement. His approach was to test the bear case first and build conviction through field work, interviews, and spreadsheet modeling. How the uranium thesis was built (Priority: 5/5): He explains how he reconstructed global reactor demand, licensing lives, enrichment assumptions, and cost curves using trade sources and direct outreach, concluding that the market was more mispriced than the consensus believed. Supply-demand imbalance and market structure (Priority: 5/5): He argues uranium was oversupplied after Fukushima, but that the excess was temporary and overstated because inventories were misread and many pounds were not truly mobile. He emphasizes opaque pricing, long-term contracting, and weak price discovery. Nuclear power demand and decarbonization (Priority: 4/5): He says nuclear is not a dying industry; growth is strongest in the East, especially China, while Western sentiment has been mixed. He argues nuclear is necessary for decarbonization because wind and solar are intermittent. Value chain: mining, conversion, enrichment, fabrication (Priority: 4/5): He walks through the uranium fuel cycle and notes that the best equity exposure is usually at the mining front end, especially development and production names, while enrichment and conversion are mostly controlled by private or state-owned entities. Inflation, cost curves, and seller’s market dynamics (Priority: 4/5): He warns that reported mining costs are often understated and outdated, but believes inflation in inputs strengthens the bull case because utilities must pay more to secure supply in a tightening market. Risks and bearish case scenarios (Priority: 3/5): He identifies possible thesis failures: hidden inventories, a major nuclear accident, a large state-led release of supply, or a technology breakthrough like fusion/thorium that alters long-term demand.

Key Arguments: Uranium was a classic neglected, opaque market with little institutional coverage, making it attractive for deep fundamental work. Fukushima created a long oversupply hangover, but the market overestimated mobile inventories and underestimated eventual supply cuts. The nuclear fuel cycle is structurally inflexible: utilities need uranium, there is no substitute, and fuel costs are a small share of reactor operating costs. Because uranium is a minor operating cost, utilities focus on security of supply rather than squeezing price, which reduces true price sensitivity. Demand is not collapsing; even draconian assumptions showed growth, especially in China and other Eastern markets. Western anti-nuclear headlines obscured the reality that the East was adding capacity and building future demand. Underfeeding by enrichers artificially added supply during periods of excess capacity, but that source of supply should diminish as the market tightens. Mining economics are unsustainable at low prices; many producers cannot profit below their true all-in costs, forcing cutbacks. The market’s price reporting is flawed, especially in long-term contracts where reported prices can reflect the lowest acceptable bid rather than the actual transaction price. Geopolitical security of supply is now central, pushing the West to pay more for domestic or trusted supply chains. Higher uranium prices should also propagate through conversion and enrichment, where Russian market share and capacity constraints are forcing repricing. The preferred expression of the thesis is diversified exposure across exploration, development, producers, and some physical uranium, with development and near-term producers currently most attractive. The main bearish risks are non-structural surprises: hidden inventories, policy changes, an accident, or disruptive technology over a time horizon that matters. The thesis does not require aggressive demand growth; it only requires modest growth and supply discipline for prices to move materially higher.

Data Points: Uranium spot price at peak (2007): $137 per pound - Historical peak cited as the top of the previous cycle. Uranium spot price in early 2000: ~$7 per pound - Starting point of the prior bull run. Uranium price when Mike began studying it: Low $20s / high teens per pound - Post-Fukushima bear-market levels in 2015-2016. Industry market cap at peak: ~$150 billion - Approximate uranium sector market capitalization at the 2007 peak. Industry market cap when he started: $4-5 billion - Uranium sector valuation when he began researching the space. Number of companies at peak: ~500 - Approximate count of uranium-related companies at the top of the cycle. Number of companies when he started: ~50 - Universe had collapsed after the downturn. Japan’s share of global nuclear power: 13% - Share impacted by Fukushima shutdowns. Japan’s share of domestic electricity: 30% - Nuclear share of Japan’s power generation pre-shutdowns. Reactors taken offline after Fukushima: 54 reactors - Offline capacity that contributed to the supply surplus. Uranium demand cited in industry report: ~180 million pounds/year - Demand reference point used in the conversation. Alternative total demand estimate: 200+ million pounds/year - Mike argues demand is likely higher using different methodologies. Long-term contracting share of uranium purchases: ~85% - Most uranium is bought under long-term contracts rather than spot. Typical utility inventory comfort level: 2-3 years - Utilities generally want multiple years of supply coverage. 1-gigawatt reactor uranium use: ~500,000 pounds - Ballpark annual consumption for a large reactor. Enrichment feed savings from underfeeding: 20-25 million pounds - Estimated extra supply enrichers could keep and sell during excess capacity periods. U.S. nuclear electricity share: ~20% - Portion of the U.S. grid supplied by nuclear power. France electricity from nuclear: ~75% - Illustrates strong Western dependence despite anti-nuclear rhetoric. U.S. civilian reactors: 96 reactors - Fleet size referenced in the discussion. West vs East production split: 70% consumed in the West, 30% produced in the West - Highlights geographic supply-demand mismatch. Kazakhstan’s market share: 41% - Largest global uranium producer by share. Uzbekistan’s market share: 7-8% - Another major low-cost producer. Price of conversion: $4 to over $40 - Quoted as a dramatic increase over several years. Price of enrichment (SWU): $35-$40 to the $140s - Large increase in separative work unit pricing. Last year’s utility contract coverage rate: 65% - Utilities contracting a much larger share of annual needs. Prior long-run utility coverage rate: 37% - Historical annual contracting pace during inventory drawdown. U.S. uranium production in 2021: 0 pounds - Shows how weak domestic production became. U.S. historical production share: 43-44 million of 50 million pounds - Peak-era U.S. supply versus domestic demand. Uranium spot price today in transcript: ~$58 per pound - Current spot level cited during the interview.

Pivotal Quotes: "I think uranium is technically at an inflection point." — Brandon: Sets up the conversation by framing uranium as a potential turning point. "What I realized was it's not a declining industry." — Mike: Core conclusion from his demand-side modeling after testing the bear case. "You have to be really careful. When was that technical report done? Did you reclass when they say we redid our technical report?" — Mike: He warns investors that reported mining costs and technical studies are often stale or misleading.

Implications: Listeners should view uranium as a structurally tightening market with improving pricing power, especially in mining and development equities. The thesis depends less on explosive demand and more on supply discipline, higher contracting, and geopolitically secure sources.