UUUU · Energy Fuels $11.79 -0.20 (-1.63%) 2026-SEP-18 12:49 EST

Energy Fuels is the main US uranium producer. The US government wants to buy about 4 million pounds a year of American-mined uranium, roughly double what the whole country produced last year. It is competing with US power utilities for the same pounds, so an existing US producer becomes more valuable.

Mart sold some shares into January's spike and had used call options (bets that pay off if the stock rises by a set date) to trade the swings. Now he is a buyer again.

Energy Fuels mines uranium in the US and owns White Mesa in Utah, the only fully licensed conventional uranium mill in the country. It is also building a rare-earth business, but the reason for this buy is uranium.

The US nuclear weapons agency (NNSA) asked for about 4 million pounds a year of American-mined uranium for a decade — roughly double what the whole country produced in 2025, most of it from Energy Fuels. Being the one proven US producer makes it the natural candidate, provided it can bring its other mines online as its current high-grade mine runs out. Mart is rebuilding to a full position and adding a small, high-risk bet through call options (contracts that pay off only if the stock rises well above $15 by January 2027, and can expire worthless).

Rare-earth magnets are made in four steps: dig the ore, separate it into oxides, turn oxide into metal and then alloy, and finally press the alloy into a magnet. Energy Fuels had spent years building only the second step (its White Mesa mill in Utah), which meant every tonne it separated had to be sold to somebody who owned the next step — and almost all of those buyers are Chinese.

This issue is about that gap closing. The company completed a ~$299m all-stock takeover of Australian Strategic Materials, which came with an operating alloy plant in Ochang, South Korea (1,300 tonnes a year, expanding to 3,600), and a separate pending purchase of the German magnet maker VAC supplies the final step. Mart's line is that three of the four links are now assembled "while the rest of the West is still writing white papers about doing it."

The honest caveats he attaches: the alloy plant is in Korea, not America, and the promised US version "is an aspiration with no capital attached." Separately, the Australian Donald project — whose rare-earth concentrate Energy Fuels has the right to buy 100% of — just got export approval to ship to the US, but its final investment decision is due within weeks and most of the funding is not committed yet.

Energy Fuels has just closed its takeover of Australian Strategic Materials, and what it bought is not a uranium asset at all: a working plant in South Korea that turns rare-earth material into neodymium-iron-boron alloy — the metal that permanent magnets are made from — currently 1,300 tonnes a year, expanding to 3,600, which is enough magnet alloy for over a million electric vehicles a year. It also picked up the Dubbo rare-earth project in Australia, and it has a further deal pending for Vacuumschmelze, the biggest permanent-magnet maker in North America and Europe.

The industrial case for this is genuinely strong, and Frostad says so. China's grip on the rare-earth chain is weakest at the mining end and strongest at the metal and alloy stage — the step where ore becomes something a magnet factory can use — and almost no Western alternative exists there. Energy Fuels is buying every link of that middle section and anchoring it on the White Mesa Mill in Utah, which happens to be the only operating conventional uranium mill in the United States.

The question a uranium investor should ask is what the purchase reveals. White Mesa was built to process uranium ore, and its owner is now pointing that plant and its capital at a commodity "where the pricing is better and the government support is louder." Read alongside the Cameco and Kazatomprom numbers, the message is blunt: "when a producer cannot monetize $96 uranium, it looks for revenue somewhere it can." So the deal is simultaneously a sensible rare-earth business and a bearish datapoint about how real today's uranium price is for the people mining it. Frostad's scorecard: watch the Korean commissioning schedule and the Vacuumschmelze close for the rare-earth story, "but watch White Mesa's uranium throughput more closely" — "the rare earth business will be judged on tons of alloy. The uranium thesis will be judged on whether the pounds still get made."

Whose view this is: this is Energy Fuels' own marketing and corporate-development executive making the bull case for Energy Fuels on a friendly channel whose host says he has owned the stock "in and out" and would like to own it again. Treat it as a well-informed company pitch — good for understanding the assets, not a substitute for outside analysis.

What the company actually is today: the biggest uranium miner in the United States — about a million pounds of uranium in 2025, roughly two million expected in 2026 — built around one asset that would be almost impossible to recreate: the White Mesa Mill in Utah, the only conventional uranium mill in the country. Management says it would cost about half a billion dollars and take 10 to 15 years of permitting to build another one.

The clever bit — why a uranium mill can do rare earths: rare-earth ores are all mildly radioactive. Once you start processing them, the radioactive material concentrates in your waste, which means you need a licence most chemical plants will never get. Energy Fuels already holds that licence. So it can process monazite — the richest rare-earth ore, and the one most competitors avoid because it is hot. China spotted the same thing years ago: it bought up the monazite that titanium sand miners were throwing away as waste, and management estimates that discarded material now feeds 10-15% of China's entire rare-earth industry.

What it is buying: to control its own supply of that ore, Energy Fuels has bought titanium-sand projects in Australia (Donald, with an investment decision due within a month or two), Madagascar (Toliara, described as the largest undeveloped project of its kind in the world) and Brazil. At the other end of the chain it is buying a metallization plant in South Korea — one of only two outside Chinese control — and Vacuumschmelze, a German magnet maker with a $600 million plant in South Carolina and one of only four magnet producers in the world outside China. The reasoning is blunt: magnet-making is too hard to learn from scratch, so buy the few companies that already do it.

The honest weak spots he admits: the great uranium mine, Pinyon Plain, produces at roughly $20-23 a pound but runs out around 2030; everything else costs $60-80 a pound, "kind of like everybody else" in the US, and he concedes American uranium simply cannot beat Kazakhstan on cost. The company also cannot state its own share count on camera, which matters because acquisitions of this size are usually paid for with stock, and there is a convertible bond maturing in 2031 that turns into shares around $31.

What to watch instead of the story: two things. First, whether heavy rare earths (terbium and dysprosium) actually get produced — "that's where the game is at," because China is currently the only source; light rare earths alone would be a much weaker business. Second, whether the Korean and German deals actually close (August 2026 and early 2027) and on what terms. The "billions of dollars per year of cash flow by 2030-31" headline is a management projection five years out, resting entirely on execution across four countries and three separate industries.

Energy Fuels is a US uranium producer that is also building the first non-Chinese "mine-to-magnet" rare-earth chain — mining the ore, processing it at its White Mesa mill, and (via the ~$1.9bn Vacuumschmelze acquisition) turning it into the permanent magnets that go into EV motors, wind turbines and defense hardware. Rare earths matter here because China controls most of the supply and has been adding US names to export-control lists, so a domestic alternative carries strategic value the market rewards in fits and starts.

Mart is adding on this drawdown for a simple checklist of reasons: the CEO is personally buying shares (insiders rarely buy a broken stock), the recent news flow has been positive, the rare-earth build-out is progressing, and the stock is down roughly 50% from its highs. That combination — improving fundamentals against a halved price — is exactly the setup he wants when deploying fresh cash.

Energy Fuels wants to be the only company in the Western world that can pick up a rock, pull rare-earth elements out of it, refine them into the right metals, and then press those metals into the finished magnets that go into electric-car motors, fighter-jet guidance systems and data-center hardware — all without ever touching a Chinese facility. Until this week they had almost every piece of that chain except the last one: the factory that turns the refined material into finished magnets. VAC is that factory. It is a 100-year-old German company with a plant in South Carolina and a long list of defense customers who cannot just switch to a cheaper supplier — they need specific grades only VAC makes in the West.

The backdrop could hardly be more favorable. China controls around 60% of rare-earth mining, 91% of refining and close to 90% of global magnet production, and Beijing has been tightening the tap for the past year. Western carmakers were forced to idle plants. Prices outside China shot to six times what they cost inside. This week China went further and added the two most prominent American rare-earth companies to its own export-control blacklist — a direct signal that non-Chinese supply commands an ever-widening strategic premium, and that Energy Fuels is in the right sector at the right moment. The $725m government loan (20 years, senior secured) funds a big chunk of the upstream buildout without printing yet more shares, and a government putting its name behind the loan tends to grease the wheels with other lenders and customers.

The catch — and Mart is clear-eyed about this — is that the company is already running a remarkable number of simultaneous projects: a $410m mill upgrade in Utah, a Korean metals plant acquisition, an Australian mining project not producing until 2028, sands projects on two continents, and now a German acquisition with plants spread across three continents. All of that on roughly 1,000 employees while posting a net loss. The VAC deal costs close to $2bn including assumed debt, pays around 60 times last year's earnings, and dilutes existing shareholders by roughly 20%. The DoW loan helps but it is a loan to pay back — not a price guarantee and purchase contract like a competitor already has in place. Mart stays a shareholder because he backs them to pull it off, but he is candid: the execution mountain is real, and every new plate they add is one more plate that could fall.

Energy Fuels is another US uranium name Rule owns and grades a 5, but he's upfront that he's "a less committed shareholder" — he's sold enough to take all his original money out plus a profit, so he has less skin in the game. It doesn't have UEC's strength of franchise, but it owns something valuable and hard to replicate: a permitted uranium mill and tailings facility. He stays broadly bullish on the whole uranium sector over time.

Energy Fuels runs the White Mesa Mill in Utah — the only operating conventional uranium mill in the United States. By June 30 they expect to have produced roughly 1.6 million pounds of finished uranium in six months, which puts them inside their full-year guidance range already. That sounds unremarkable, but it is actually unusual: almost every other producer below the very top tier is running late or over budget right now. White Mesa is hitting its targets at historic-low milling costs of $9–$12 per pound.

The second story is rare earths. Starting in July, Energy Fuels is modifying the mill circuits to add the ability to process "heavy" rare earth elements — samarium, europium, gadolinium, terbium, and dysprosium — the ones that go into permanent magnets, motors, wind turbines, and defence applications. Those circuits are expected to be operational by late 2027 or early 2028. This is a company quietly becoming a dual-commodity processor (uranium plus rare earths) at a single licensed facility in the United States, in a sector where building new processing capacity from scratch takes a decade and hundreds of millions of dollars. The price action hasn't caught up yet, but the operational execution keeps quietly ticking forward.