Prior to 2019, Kazakhstan, the world's largest uranium producer (42% of global supply), had no price discipline and sold all production at market price regardless of scarcity signals; after the 2019 tenge devaluation, Kazakhstan adopted price discipline and began holding back production, signaling a shift toward producer control of supply.

The 2006-2007 uranium price spike from $30 to $150 was driven by hedge fund front-running of utilities' precautionary buying (utilities feared supply shortages due to long fuel cycle lead times), creating an everincreasing vortex of bidding; the subsequent leverage in the system was liquidated during the 2008 financial crisis, collapsing prices, not Fukushima—Fukushima occurred afterward and further depressed prices.

Ocean Wall bought Venezuelan sovereign credit at 5 cents on the dollar when Lebanon traded at 11 cents; this was a deep value plus catalyst trade (currency depreciation was the catalyst).

Ocean Wall entered lithium at the start of COVID when lithium assets sold off sharply, anticipating that COVID demand destruction would prove temporary while lithium-ion battery demand remained structurally strong.

There is virtually no spot uranium market; instead, uranium trading is fragmented between an opaque over-the-counter spot market and a bilateral contract market between utilities and producers; this lack of centralized exchange creates massive inefficiencies, prevents price discovery, and means new institutional capital entering the market cannot trade efficiently.

Uranium has energy density vastly superior to crude oil or coal; the global demand for uranium is 200 million pounds annually, which would fit in a single six-story office building of approximately 2,500 square feet, illustrating that uranium is extraordinarily concentrated energy.

Russia's technology is not easily replicable; gaseous diffusion and centrifuge enrichment were perfected in Russia over decades through state funding; the US has only one enrichment plant (in New Mexico, operated by Urenco); Western countries cannot rapidly deploy enrichment capacity even with infinite capex due to technological, regulatory, and time constraints.

The UK experienced a power price spike to £6,000 per megawatt hour in January 2024, driven by inability to supply household demand with domestic power generation and reliance on imports; building 5 gigawatt AI data centers is logistically and infrastructure-wise infeasible without massive new nuclear capacity, which does not currently exist and cannot be built quickly.

Sizewell C, a UK nuclear plant, was initially budgeted at £10 billion, then increased to £20 billion, and now projected at £30 billion; meanwhile, China can build equivalent 1 GW reactors at a fraction of the cost through command economy and state planning, creating a Western cost disadvantage that will persist.

Lightbridge Corporation is a NASDAQ-listed company with a unique fabrication technology that can improve thermal efficiency and extend the lifespan of uranium fuel pellets within fuel rods; this reduces uranium consumption per unit of energy generated and creates new investment exposure to the fuel cycle.

Geiger Counter is a London Stock Exchange-listed investment trust that holds a diversified portfolio of uranium producers (including UEC, NextGen) and provides ETF-style exposure to uranium mining with single-stock upside; it offers geographic diversification to North American producers with provenance advantage.

The uranium opportunity has potentially seismic magnitude comparable to the 2007-2008 ABS crisis, silver in the 1970s, or the tech rally of 1997-1998, without the bubble consequences—it is a generational trade built on fundamental supply/demand dynamics rather than speculation.

The 'Cassandra problem' in uranium investment: Ocean Wall can see the enrichment price crisis unfolding (500% increases) and can trace the logical chain to future uranium repricing (like foreseeing water scarcity and thus understanding water prices), but the market ignores the signal because it is not immediately obvious.

Nick Lawson began his investment career at Deutsche Bank, where he specialized in deep value investments + catalyst identification; this approach shaped his entire philosophy—finding undervalued assets paired with identifiable catalysts that will drive repricing.

Mobile inventory—uranium pounds held in unaccounted, non-transparent pockets throughout the market—created uncertainty about true supply levels and acted as a suspected overhang, preventing price recovery even after initial supply constraints emerged.

Mapletree Investments (Macquarie-affiliated) recently took nuclear executives to visit Kazakhstan's President Tokayev, and Putin visited the following week to meet with Tokayev, demonstrating high-level geopolitical competition for uranium supply control.

Uranium trade has bifurcated: Q4 2024 saw approximately 80% of all uranium exports from Kazakhstan flow to China and Russia (inverse of the pattern 4 years ago), indicating a structural shift in uranium supply flows away from Western markets and toward China/Russia allies.

Trading firms and hedge funds are beginning to step in to fill the arb gap in uranium curve trading (filling the spot-term contango spread), which will be highly additive to market efficiency and price discovery.

Microsoft's Stargate 5 GW reactor will draw power equivalent to five New York boroughs' consumption 24/7, supporting a single 5 GW data center, illustrating the massive power demands of AI infrastructure and why nuclear is the only baseload solution.

Small modular reactor (SMR) economics have deteriorated dramatically: Bill Gates modeled SMRs at $6,000/kg for enriched uranium; that price is now $32,000/kg, causing SMR IRRs to fall from 14% to zero, creating urgency to secure cheap enrichment capacity.