Tuesday, August 04, 2026

WAIT, WHAT?!

U.S. companies cut reliance on China to build weapons



A worker drives a forklift at the Phoenix Tailings refinery Wednesday, July 22, 2026, in Exeter, N.H. (AP Photo/Rodrique Ngowi)

EXETER, N.H. -- Tucked inside a New Hampshire office park, a small refinery zaps mining waste with electricity to tease out critical minerals needed for key U.S. weapons systems, including missiles used in the Iran war.

It can play a part in helping America break the chokehold China has on processing critical minerals, but it will take up to a year and a half to build a new factory as the Trump administration pushes to expand domestic production. The company, Phoenix Tailings, recently got a $500 million loan from the Pentagon to ramp up its work, after starting out eight years ago as a backyard lab seeking a cleaner metal-refining method. It’s just the latest critical minerals company the government has backed.

The task that workers carry out in heat-resistant suits and sealed face masks has become more urgent as the Iran conflict draws down key munitions such as Tomahawk cruise missiles and THAAD interceptors. While the White House is demanding military contractors speed up production, it’s also imposing stricter rules banning them from sourcing critical minerals from China.

“It will be a tall order and a challenge to replenish these stocks and scale up in the timeframe needed to meet defense demand and regulations,” said Anthony Balladon, chief commercial officer and a co-founder of Phoenix Tailings. He said the company is working hard to boost capacity.

Although the U.S. is quickening its pace to build domestic supplies of critical minerals free of control from its most formidable rival, it will likely take years for companies across the industry to build new mines and boost production of the high-powered magnets essential in many high-tech applications. Extracting some of the hard-to-pronounce elements from existing mine waste can help satisfy the growing demand in the meantime, but it will likely take several companies to do that.

Critical minerals industry has big plans, but it will take time to ramp up

Phoenix Tailings taps waste from traditional mining as well as recycled magnets and disk drives as raw materials, working to counter China in processing where it has the strongest hold on the supply chain.

The company based in the Boston-area city of Woburn, Massachusetts, plans to build a bigger facility to extract and produce critical metals needed in not only defense but also the aerospace and automotive industries.

“We call it the freedom facility because, ultimately, the purpose of this is to ensure that the entire Western Hemisphere, the United States and its allies are free of Chinese influence within the rare-earth space,” Balladon said.

On a recent afternoon, two technicians in heat-resistant hazmat suits were operating an apparatus of cylinders, tubes, funnels and control panels set up on a platform with bright yellow railings. A chemical process involving electricity removes oxygen and turns the material into a grayish metal that can be used to make the extremely strong permanent magnets used in fighter jets, missiles, radar systems and drones.

The metals that Phoenix Tailings refines and other critical minerals play “an outsized role” in defense systems, Balladon said. A $150 million weapons system won’t work if it’s missing critical minerals that may be worth only $20,000 to $30,000, he said.

The defence sector is particularly reliant on the metal samarium and needs 50 to 100 tons each year, but U.S. capacity is very limited, he said.

Phoenix Tailings is among the few companies capable of producing the final metal, according to Balladon, but its capacity is only about 200 kilograms (440 pounds) a year. He said the company will scale up to about 5 tons in the next three months but that it will be next year or 2028 before it reaches its goal of 120-ton capacity.

Another U.S. magnet maker looks to France for raw materials

Arnold Magnetic Technologies for years relied on China for samarium to produce the extremely strong, stable-in-high-temperatures magnet that goes into precision-guided missiles such as Tomahawks.

That doesn’t work anymore. For Arnold, the solution to getting the critical minerals it needs has come from a relic of Europe’s past rare-earth industry -- abandoned mining dirt in the French city of La Rochelle.

Solvay, a Belgium-headquartered chemical company, stopped separating and processing rare earths from the mined dirt in the 2000s. That was when China was building up most of the world’s processing capacity with a determination to dominate the industry.

China weaponized that near-monopoly last year by choking off its flow of processed critical materials and forcing the U.S. government to back off during a trade war. Solvay then restarted work and has added other rare earths this year, including samarium.

“This ramp‑up is driven by several factors: rapidly growing demand for permanent magnets, increased geopolitical focus on supply chain security, and strong customer demand in Europe and the United States for more diversified, resilient and traceable sources of supply,” a Solvay spokesperson said.

For Arnold Magnetic Technologies, paying more to get its supply from Solvay instead of China has not been a deal-breaker, because the samarium-cobalt magnets it makes account for only a small cost in a weapon system, said Matt Blake, Arnold’s CEO.

“They are not the absolute cost drivers,” he said.

Plus, the company says the surge in demand for magnets has worked in its favor.

Some concerns remain. The U.S. is dependent on imports of the critical mineral tungsten, with China controlling roughly 80% of the global mine supply and an even larger share of processing, according to Brodie Sutherland, CEO of Patriot Critical Minerals Corp.

Sutherland, whose company seeks to explore and mine tungsten in the U.S., is concerned that America will not be able to get by without China-sourced tungsten after a Pentagon-imposed deadline of Jan. 1, 2027.

Efforts to ramp up U.S. production will take years, he said, and in the meantime, the Pentagon and its defense contractors will need to rely on existing inventories, expanded recycling and limited non-China sources.

The Iran war and Trump’s China order create pressure and opportunity

The need to increase production has become more urgent as renewed fighting with Iran digs into the U.S. military’s already diminished stockpiles of advanced missile interceptors, including Patriots and THAADs, according to a recent analysis from the Center for Strategic and International Studies, a Washington think tank.

It also has raised concerns that the military would have diminished firepower in any potential future conflict with China. CSIS warned in May that it could take at least three years to replenish stockpiles of Tomahawks, Patriots and THAADs, or Terminal High Altitude Area Defense interceptors.

At the same time, U.S. President Donald Trump has announced stricter controls on defense contractors sourcing critical materials from China.

“It is the policy of the United States that not only the finished equipment deployed by our military, but also the critical materials and components necessary to manufacture, maintain, sustain, and repair that equipment, are sourced domestically or from allied nations,” the July 20 executive order says.

Lockheed Martin, which makes THAADs and many other weapons systems, said “we continuously assess the global rare earth supply chain to ensure access to critical materials that support our customers’ missions.” Several other major U.S. defense contractors, including Raytheon Technologies and Northrop Grumman, didn’t respond to requests for comment.

Balladon, of Phoenix Tailings, was confident in U.S. companies.

___

Funk reported from Omaha, Nebraska.

Didi Tang, Josh Funk And Rodrique Ngowi, The Associated Press

Canadian miner makes its case to supply antimony to the U.S. military


Published:

Aerial view of initial drilling during the maiden Phase 1 program at the Howells Lake Antimony-Gold Project in northwestern Ontario’s Thunder Bay Mining Division, April 2026. (Photo: Critical One Energy Inc.)

A Canadian miner is trying to position its antimony deposit in Ontario as part of the United States’ future defence supply chain.

While Toronto’s Critical One Energy searches for more antimony underground, it is also trying to secure U.S. government funding.

In doing so, it’s trying to prove its resources are domestic enough for the U.S. government to buy.

The company says it is currently in the middle of a $9-million drill program at its Howells Lake antimony-gold project in northwestern Ontario to rebuild North America’s supply chain.

The strategy comes as the U.S. government is heavily prioritizing domestic mining and processing to break its reliance on China.

“We’re strategically trying to fix a problem that’s 40-plus years in the making, and that is this broken supply chain that North America is endeavouring to repair,” Critical One Energy, CEO Duane Parnham told BNN Bloomberg.

To make its case that an Ontario project can still compete for U.S. defence contracts, the company hired retired U.S. Army General Charles A. Flynn as a strategic advisor.

“My role… is to make it apparent that we have a problem,” Flynn told BNN Bloomberg.

“We basically have an anemic, if not incredibly weak, processing capacity inside the United States, like many countries.”

Building a North American supply chain

The U.S. government has already begun directing public funding toward rebuilding its antimony supply chain after China, which dominates the supply chain, imposed strict export restrictions, triggering a historic price spike.

Earlier this year, the U.S. government awarded US$27 million through the Defense Production Act to the U.S. Antimony Corp. It also gave US$80 million to Perpetua Resources last year for a domestic “ground-to-round” antimony trisulfide supply chain in Idaho, which is expected to supply the U.S. military.

Drill core sample from Hole 6 at Howells Lake, where the spring 2026 campaign intersected 4.0 metres of massive stibnite grading 70.2% antimony, approaching the theoretical pure chemical composition of the mineral. (Photo: Critical One Energy Inc.)

Parnham says Canada is also trying to strengthen its role in critical minerals by building more value-added processing instead of simply exporting raw materials.

“We’re seeing a lot of inward activity from NATO partners,” he says.

“The narrative coming from our politicians now… is let’s try and value-add. Let’s repair the supply chain in Canada. Let’s create jobs. Let’s create an economic environment whereby the critical minerals become more of a Canadian, NATO, U.S. play.”

‘We need to do it with our friends, allies, partners...’

Flynn says the U.S. lacks sufficient processing capacity for many critical minerals and will need supplies from allies like Canada while it rebuilds its domestic capabilities.

He says the goal is to create multiple sources of supply and multiple processing options across North America rather than relying on a single country.

“We need to do it with our friends, allies, partners and neighbours in the Western Hemisphere,” Flynn says.

Critical One is not the only Canadian firm aiming to support U.S. supply chains. Vancouver-based NevGold Corp. is extracting antimony from surface-level historic mine waste at its Nevada project.

An aerial view of the Limousine Butte project in Nevada. The site, which was last mined for gold in the early 1990s, is being re-evaluated for its untapped antimony potential. (Photo Credit: NevGold Corp.)

Flynn says antimony is important because small amounts are essential in many defence products like ammunition primers and igniters.

Having the mineral in the ground, he says, is only one part of the challenge.

“We have to mine it, separate it, refine it… and then bring that finished product to the defence industry.”

High-grade drilling expands the project

The Howells Lake antimony-gold project remains in the exploration stage and does not yet have a mine permit or production timeline.

Parnham says the project is based on a historical estimate containing roughly 48 million pounds of antimony identified through drilling between 1978 and 1984, but says the current drilling program continues to expand the mineralization.

Initial work underway during the maiden Phase 1 drill program at the Howells Lake Antimony-Gold Project in northwestern Ontario’s Thunder Bay Mining Division, April 2026. (Photo: Critical One Energy Inc.)

He says the company acquired 100 per cent interest in the Howells Lake Antimony Gold Project 16 to 18 months ago and has been trying to upgrade it from a historical resource discovered in 1978 and drilled into the 1980s.

“And then you know all activities out there dropped…plus, the fact that probably nobody knows what antimony was back then. So it was a very difficult endeavor, says Parnham.

The company is roughly halfway through its $9-million drill campaign after completing 34 holes.

It announced several high-grade drill results, including four metres grading 70.2 per cent antimony and another interval of 4.17 metres grading 27.35 per cent antimony.

“We know we can process material very cleanly,” says Parnham, adding that the technology is less costly and the resource is “near surface.”

He also says the area benefits from being 120 kilometers from the Ring of Fire, Ontario’s new critical minerals economic zone, which has received a $1 billion government commitment.

“I’m calling our area the Outer Ring of Fire because we’re actually within that corridor,” says Parnham.

“It’s not hard to get our material to market. It is remote at the time right now, but the infrastructure is being rolled out for us, so that’s quite easy.”

A long-term strategy

Neither Flynn nor Parnham expects North America’s critical minerals supply chain to be rebuilt quickly.

Flynn estimated restoring processing capacity and broader supply chains could take at least five to seven years, with a full recovery likely taking more than a decade.

“This is not going to be solved in one election cycle, one administration cycle or one funding cycle,” he says.

He says the industry is playing catch-up after years of limited investment in exploration.

“When you say, ‘Hey, I need antimony,’ the explorers like Critical One haven’t been exploring for the last 10 years or more,” he says.

“How do you turn on a switch to say, ‘Hey, I’m going to start mining antimony in today’s environment?’ It’s near impossible.”

He says the renewed attention on critical minerals gives the industry momentum it has lacked for years.

“Now everyone is paying attention,” says Flynn.

“And that’s what excites me. It’s not just us, gold bugs or us metal guys. It’s everyone, and there’s a great need for it.”

Anam Khan

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Journalist, BNNBloomberg.ca