CCJ Cameco Corporation : Bullish and Bearish Analyst Opinions

Cameco is a leading uranium producer.

"Yes, the permitting is going much faster under President Trump... it's almost a proof of concept when, you know, Arklow in Idaho Falls, Idaho is breaking ground, which they have recently done. They want to build many more." The EPA and DOE have drastically reduced regulatory friction for nuclear power. The speaker explicitly references "Arklow" (a phonetic transcription error for Oklo Inc., which is building a reactor in Idaho Falls). This accelerated timeline directly benefits Small Modular Reactor (SMR) developers (OKLO, SMR) and the broader uranium supply chain (CCJ) by pulling forward commercialization dates, reducing compliance costs, and proving that the government will allow ground to be broken quickly. LONG. The regulatory environment for next-generation nuclear has shifted from a bureaucratic headwind to a massive, government-sponsored tailwind. Nuclear projects are notoriously prone to cost overruns and engineering delays, even with fast-tracked permits. Any safety incident at a new site could immediately reverse public and regulatory support.

The Trump administration has given at least Department of Energy approval for a new nuclear power plant to be built in the United States, the first one in 50 years that's gotten approval. Agentic AI and massive data centers require more electricity than the current grid can provide. Tech hyperscalers are willing to fund their own power generation, and the regulatory environment is finally opening up for Small Modular Reactors (SMRs) to meet this zero-emission baseload demand. LONG because the intersection of AI energy demands and deregulation is creating a generational renaissance for nuclear power and uranium demand. Environmental lobbies could successfully sue to block SMR deployments, or a broad market liquidity event could drag down uranium equities despite their strong fundamentals.

The tech companies are pretty good at innovating technology and deploying it quickly. I think you could see the AI industry supplying net energy to the rest of the world. Tech hyperscalers are desperate for massive amounts of electricity to power Agentic AI data centers. With the NRC recently approving the first non-water-cooled civilian nuclear reactor in 52 years, tech companies will use their massive capital to bypass traditional utilities and directly fund Small Modular Reactors (SMRs), driving a structural supercycle for uranium and nuclear technology. LONG. The convergence of AI power demands and deregulation will ignite a privately funded nuclear renaissance. The environmental lobby successfully blocks the construction of new nuclear facilities, or tech companies pivot to alternative baseload energy sources like geothermal.

The fundamentals are still uber bullish and they're getting better by the day... but if the market broadly is going to continue selling off, which it may... it will probably take uranium back down with it. The macro thesis for a nuclear energy renaissance is strengthening, but uranium equities remain highly correlated to broad market beta during risk-off periods. If the S&P 500 experiences a panic sell-off, it will drag uranium stocks down to their 200-day moving averages, creating a highly asymmetric "buy the dip" entry point for long-term investors. WATCH uranium equities for a broad market capitulation to establish long positions at discounted valuations. The broader market stabilizes without a deep sell-off, and uranium breaks out technically, causing investors waiting for a dip to miss the move.

There is no way for us to deliver on the ambitions that we have as a country for AI and for additional technologies without a growing energy and affordable energy supply. Also in the horizon is a renaissance of nuclear power. AI data centers require massive, uninterrupted baseload power that wind and solar cannot reliably provide alone. This forces a structural reliance on nuclear energy to meet the demands of the computing revolution, directly benefiting unregulated nuclear power producers and uranium miners. Long nuclear utilities and uranium producers as they transition from legacy energy providers to critical infrastructure for the AI revolution. Regulatory hurdles and massive capital costs for nuclear expansion; long lead times for building new reactors; volatility in uranium commodity prices.

I also announced a lease agreement for $1.5 billion of private sector uranium enrichment facility in Paducah. The administration is actively funding and leasing federal sites to rebuild the domestic nuclear supply chain. Companies involved in North American uranium enrichment and mining will directly benefit from this influx of private and federal capital as the US pivots away from Russian enriched uranium. LONG. The explicit backing of domestic uranium enrichment facilities creates a highly favorable growth environment for US-centric nuclear fuel cycle companies. Delays in facility construction, supply chain bottlenecks, or broader regulatory hurdles for new nuclear reactor deployments.

we are going to need to lean back into nuclear energy in order to fund to power these data centers. I mean basically every single grid is tapped out. The AI boom requires massive amounts of electricity that current grids cannot support, forcing a structural pivot back to nuclear energy. Western-based uranium miners will secure larger, long-term supply contracts to feed this demand, ensuring profitability regardless of short-term spot price fluctuations. LONG. Uranium miners are a derivative play on AI data center growth, benefiting from structural energy deficits and a geopolitical push for Western energy self-reliance. Regulatory hurdles for new nuclear plants, timeline delays in data center construction, or alternative energy breakthroughs.

The specific military objective is to "reduce Iran's stockpile of enriched uranium... beneath the ground in Isfahan." Military action centered specifically on nuclear infrastructure creates a "fear premium" in the uranium market. While the goal is to destroy Iran's supply, kinetic warfare involving nuclear sites often leads to tighter security regulations and supply chain anxiety globally, driving up the spot price of uranium. Long Uranium miners/holders (Cameco, Uranium Energy Corp) as geopolitical tension centers on the nuclear fuel cycle. Successful destruction of the facility without broader escalation could be seen as a "mission accomplished" event, deflating the risk premium.

Loszak argues the only way to meet AI energy demand is to "mass-produce entire modular nuclear power plants... in gigafactories" rather than building bespoke reactors on-site. He explicitly mentions Oklo as a peer and notes hyperscalers need "speed" over everything else. Alo Atomics is private. To express this thesis in public markets, one must look at the direct competitors mentioned (Oklo), the owners of the SMR designs discussed (GE Vernova via GE Hitachi, Cameco via Westinghouse), and the fuel source (Uranium ETF) which Patrick explicitly calls a "buy the dip." LONG. The "Henry Ford moment" for nuclear changes the unit economics from cost-prohibitive to competitive with gas, specifically for data centers. Regulatory delays (NRC) or supply chain breaks when scaling from 10 to 10,000 units per year.

"Suddenly uranium went from 20 to 120... easy money's always made at the beginning of the cycle... from here on in, I think it's going to be a lot more stock picking." The "beta" phase of the Uranium trade (where a rising tide lifts all boats) is over. While the bull market isn't dead, the risk/reward ratio has shifted. Investors can no longer blindly buy the sector leader (Cameco) and expect a 10x return from current levels. Neutral/Watch on major Uranium names; requires selective entry. Nuclear sentiment shifts due to an accident; supply comes online faster than expected.

"I think nuclear has a ton of opportunity... not just because of demand side because of AI but also I think the innovations to build safe nuclear reactors will be faster." AI drives a dual-tailwind for nuclear: 1) Massive energy demand from data centers, and 2) AI accelerates the material science required to build safer, cheaper reactors. This creates a structural supercycle for uranium and nuclear infrastructure. LONG Nuclear producers and miners. Regulatory gridlock; public perception of nuclear safety; long lead times for reactor construction.

Moe identifies "Power" as a key theme, specifically linking it to AI buildout requirements. He states, "We like the Nuclear theme." High oil/gas prices (due to the war) improve the relative economics of nuclear energy. Furthermore, the "AI Power" trade requires baseload power that renewables cannot fully provide, making uranium miners and nuclear providers essential infrastructure plays. LONG. Convergence of Energy Security (War) and Tech Demand (AI). Regulatory hurdles or safety incidents dampening sentiment.

Japan faces an "enormous amount of uncertainty" regarding energy security; a prolonged oil shock threatens the Prime Minister's inflation agenda. The crisis exposes Japan's vulnerability to Middle East oil. Koll argues this will strengthen the "domestic animal spirit" to restart/accelerate civilian nuclear power to build resilience. LONG Uranium and Nuclear plays as energy security becomes the priority over political hesitation. Public backlash against nuclear power if the conflict escalates to nuclear threats in the Middle East.

"Company called Fluoro [Fluor Corp]... help you build nuclear power stations... The only reason there's going to be nuclear power... is because that's the only way that the energy that's required for AI is going to be made." Renewable energy cannot provide the consistent baseload power required by AI hyperscalers. This forces a renaissance in nuclear energy. Fluor (FLR) builds the plants; Uranium miners (URA/CCJ) provide the fuel. Long nuclear construction and uranium exposure. Regulatory hurdles or significant delays in nuclear project approvals.

"I'm very bullish on uranium... The future is going to be in SMRs (Small Modular Reactors) for data centers." Tech giants (like Microsoft) need massive, consistent power for AI data centers that renewables cannot provide reliably. Nuclear is the only clean baseload solution. SMRs represent the specific technology scalable for this use case. Long uranium miners and SMR technology developers. Regulatory hurdles slowing SMR deployment; another high-profile nuclear accident.

"If you are a bull on AI I don't know how you don't own uranium... nuclear which is about 19% of US power source is only going to grow." AI data centers require massive baseload power. Wind and solar are intermittent. The only scalable, carbon-free baseload solution is nuclear. This creates a structural supply deficit for physical uranium (SRUUF) and benefits the miners (CCJ/URA) who will supply the fuel for new reactors. LONG uranium miners and physical trusts as a derivative play on AI energy consumption. Regulatory hurdles for new nuclear plants; another nuclear accident (e.g., Fukushima style event).

Patrick notes that Uranium has put in a swing low and technicals are set up for a move higher, with slow stochastics aligning for a buy. The structural energy demand for AI and re-industrialization (mentioned by Every) requires baseload power. Nuclear remains the primary solution, keeping a floor under uranium prices despite broader market volatility. LONG Uranium miners/holders on the technical swing setup. A broad market "risk-off" event or an unwind of the AI trade could drag commodities down with equities.

Wellum states AI and digitization are driving energy demand growth of 2-3% annually, which utilities are struggling to meet. He explicitly names Brookfield Renewable (BEP), Brookfield Infrastructure (BIP), Cameco (CCJ), Prologis (PLD), Eaton (ETN), and Schneider Electric (SBGSY). Big Tech is bypassing regulated utilities to build their own power plants (nuclear/renewables) to feed data centers. This benefits unregulated power producers (Brookfield), uranium suppliers (Cameco), and the "pick and shovel" providers of electrical componentry (Eaton/Schneider) and data center real estate (Prologis). LONG. These are infrastructure plays on the AI capex cycle that possess hard assets and inflation protection. High valuations in the sector; regulatory pushback on energy consumption.

"The best buy in the space is likely Kamico [Cameco]... risk-to-reward continues to favor Kamico... But speculators can certainly look to the development stage companies, the Dennisens [Denison], the Paladins, the Nextgens." The uranium market has matured into long-term contracting ($90/lb), which stabilizes revenue for major producers (Cameco), making them the "safe" bet. However, this capital stability eventually lowers the cost of funding for developers (Denison, NextGen, Paladin), offering high-beta upside for risk-tolerant investors. LONG (Core position in CCJ; Speculative allocation to DNN/NXE/PALAF). Nuclear accidents or a sudden reversal in global energy policy regarding nuclear adoption.

Uranium miners have corrected sharply, clearing out overbought technical conditions, but the long-term fundamental demand from the AI/Energy thesis remains intact. The recent sell-off was a "shakeout of weak hands" (likely margin calls from precious metals traders). The structural deficit in uranium supply has not changed, making this dip an entry point for the next leg of the bull market. LONG. Re-enter the nuclear fuel cycle trade after the technical washout. A liquidity event in broader markets dragging down all commodities, or a nuclear accident.

Wellum argues fossil fuels are "hated" but necessary, and notes a shortage of uranium because "nuclear has become back in vogue" for powering data centers (citing big tech investing in nuclear). The energy demand from AI is massive. Renewables cannot provide sufficient baseload power. Therefore, capital must flow back to traditional energy (Oil/Gas) and dense energy (Uranium) to keep the lights on for the digital economy. LONG. Contrarian play on "hated" assets that are critical for grid stability. Political/Regulatory pushback against fossil fuels; safety incidents in nuclear.

"More traders tried to front run [SPUT] than Sput actually had pounds to buy... That runs the price up... then Sput's only buying 3 million pounds. The other 7 million get sold off." The recent crash in uranium spot prices was a liquidity event caused by failed speculation, not a change in fundamentals. This washout provides a better entry point for the long-term structural deficit thesis. LONG. Further liquidation in Gold could force margin selling in Uranium assets (contagion risk).

Uranium spot prices dropped sharply from near $100 to the low $90s despite strong long-term fundamentals. This drop was caused by traders trying to "front-run" a known purchase by the Sprott Physical Uranium Trust (SPUT). There were more speculative sellers than SPUT had capital to buy, causing a liquidity flush. This is a technical washout, not a fundamental change. Eric explicitly stated he "added to Cameco (CCJ) longs" at $110.85 during the dip. Continued liquidation in the Gold market could trigger margin calls that force investors to sell liquid assets like Uranium stocks (contagion risk).

Horowitz argues that policy solutions to climate change (emissions targets) have failed, but "if you build a really safe nuclear efficient or nuclear fusion facility... that would have a big effect." a16z's thesis is "American Dynamism"—solving physical problems with hard tech. As AI power demands skyrocket (see previous thesis), the only carbon-free baseload power that scales is nuclear. This benefits uranium miners (CCJ) and next-gen SMR companies (OKLO, which is backed by Sam Altman and fits the Silicon Valley nuclear thesis). LONG. AI is the demand shock; Nuclear is the only supply answer. Regulatory hurdles (NRC) and long construction timelines.

Skousen states, "Uranium and nuclear stocks have a better upside potential... uranium prices are now approaching $90 per pound." Hanke adds interest in SMRs (Small Modular Reactors). The energy demands of AI and the "Fortress America" industrial policy require baseload power. With uranium prices elevated and supply constraints real, the miners and reactor tech companies are the second-derivative play on the AI energy crisis. LONG Uranium sector (URA) and major producers (CCJ) as the "better alternative" to crowded gold trades. Regulatory hurdles or nuclear accidents; failure of SMR technology to scale.

1. THE FACT: Renewables won't cover rising power demand, and nuclear power plants should be built instead of shut down. 2. THE BRIDGE: Growing power demand coupled with the limitations of renewables implies a strong future for nuclear power generation, benefiting companies in this sector. 3. THE VERDICT: Long nuclear power sector due to rising power demand and renewable limitations.