Most people know helium for three things. It floats balloons, it pitches your voice comically high, and there was that little hiccup in the 1930s involving a certain German blimp. That’s roughly the scope of the average person’s relationship with the second-most-abundant element in the universe.
This view is far from complete. Party balloons account for less than 10% of global helium use. The other 90% runs through hospitals, semiconductor fabs, rocket launches, fiber-optic factories, particle accelerators, and the cooling systems inside the data centers, training those AI models that are coming for all our jobs. Helium is one of those industrial inputs that runs through everything and gets noticed by no one.
And the market surrounding it is in trouble.
What helium actually does
A short tour, ranked roughly by volume:
- Healthcare (~30% of global demand). Every MRI machine on the planet, and there are more than 60,000 of them, uses liquid helium to keep its superconducting magnets at four degrees above absolute zero. A single scanner runs on roughly 1,700 liters. There is no substitute. If you have ever had an MRI, you have personally consumed helium.
- Semiconductors (~10 to 12%, growing fast). Modern chip fabrication uses helium for cooling, leak detection, and as a process gas in extreme ultraviolet (EUV) lithography, the technology behind every leading-edge chip in your phone, laptop, and AI training cluster. Industry estimates put semiconductor helium demand growth at 15 to 20% per year through the end of the decade.
- NASA buys over a million liters of liquid helium annually to pressurize rocket fuel tanks and detect leaks. Each Artemis launch needs roughly 3.2 million cubic feet on its own.
- Quantum computing. Most of the qubit designs being commercialized today require cooling to within fractions of a degree of absolute zero. Helium is the only thing that gets you there. (For the truly nerdy: there is also a separate, ultra-rare isotope called Helium-3 that the quantum and defense communities really care about. That is a longer story for another piece.)
- AI data centers. Every hard drive 10TB and above is hermetically sealed with helium. Lower density means less internal turbulence, more platters per drive, less power draw. Hyperscalers buy a lot of these.
- Defense, fiber optics, welding, scientific research. And finally, party balloons.
What ties this whole list together? In deep cryogenic applications, helium has no substitute. Argon does not work. Hydrogen does not work. There is no clever materials-science fix on the horizon. No helium means no functional MRIs, chip fabs, or quantum computers.
A short American history
The United States has been in the helium business since 1925. After World War I taught the military that helium could lift airships without setting them on fire, Congress passed the Helium Act and started a strategic reserve. The reserve lived in Amarillo, Texas, inside an underground geological formation called the Bush Dome. By 1995, it held over a billion cubic meters of gas, helping power the Cold War, the space race, and a generation of physics research.
Then Washington decided helium was a luxury. The Helium Privatization Act of 1996 directed the government to start selling the reserve. The Helium Stewardship Act of 2013 accelerated the wind-down. In June 2024, the Bureau of Land Management completed the final sale to Messer Americas for $460 million and deposited the proceeds with the Treasury later that year. The federal helium program, after 99 years, was officially over.
The U.S. sold off its strategic helium stockpile roughly 2 years before the world remembered that helium was considered “strategic” for a reason.
How an Iranian missile strike reaches your hospital bill
If you were designing a global commodity market from scratch, you wouldn’t draft this one. Helium is a byproduct of natural gas processing. You don’t drill for it. You find it when the gas you are drilling happens to have the right helium-rich composition, and you happen to be running a cryogenic separation plant nearby. Roughly 90% of global supply comes from four countries: the U.S. (~43%), Qatar (~33%), Russia (~10%), and Algeria (~5%).
On March 2, 2026, Iranian missile and drone strikes hit Qatar's Ras Laffan complex, the world's largest LNG export facility and home to the helium plants that supply about a third of global volume. QatarEnergy declared force majeure two days later. Subsequent strikes added structural damage with repair timelines measured in months. Roughly 30 to 38% of global helium production was knocked offline instantly.
The price reaction was as you’d expect. Industry consultants tracked spot helium moving from roughly $300 per thousand cubic feet before the strike to $600 within weeks, then to $900 as the disruption persisted. Some sustained-shutdown scenarios put pricing as high as $2,000 per thousand cubic feet, a roughly 567% increase over pre-crisis levels. None of this captures the longer-term story. Bulk helium prices in North America had already reached approximately $97,000 per metric ton in early 2025, more than 400% above levels several years earlier, before the Qatar disruption ever happened.
Helium is also abnormally difficult to store. The specialized cryogenic ISO containers that move it around the world keep it usable for only 35 to 48 days. There is no Strategic Petroleum Reserve equivalent for helium, and there hasn’t been since June 2024. New supply projects in Tanzania, South Africa, Montana, and Wyoming exist on paper, but they are 12 to 48+ months from meaningful production.
And demand keeps climbing
The supply problem would matter less if demand were flat. It’s not.
The global helium market is projected to grow at roughly 8% annually through 2032, with multiple research firms expecting total demand to nearly double by 2035. The 2026 supply shock arrived during a period when fab construction was accelerating under the CHIPS Act and equivalent programs around the world (42 new semiconductor facilities scheduled to come online by year-end), MRI deployment in emerging markets was expanding, and quantum computing was finally crossing from the physics lab into commercial buildouts.
This has happened before. The helium market has cycled through four prior shortages since 2006. The 2011-2013 shortage drove a roughly five-fold increase in some contract prices. The 2018-2020 shortage, driven partly by the partial collapse of the Russian Amur plant, sent end-market pricing up by similar magnitudes for sensitive industrial buyers. According to industry analysts, the helium market has been in a supply deficit for roughly eight of the sixteen years between 2006 and 2022. The 2026 disruption is the largest single-event supply removal in the market's history, and it landed on top of a structurally tight baseline.
Demand growth is at 8% a year. No substitute. No near-term new supply. A third of production offline. You can probably see where this goes.
Why we are paying attention
Helium fits a pattern we have been tracking at AFE: industrial inputs that are irreplaceable, supply-concentrated, geopolitically exposed, and almost entirely absent from mainstream investor conversation until something visibly breaks.
The recent supply shock is just today’s headline. The longer story sits underneath it. Helium is a critical and fragile input to our technology-oriented economy with no viable substitutes. Limited supply, accelerating demand, and no near-term path for production to catch up is the kind of structural setup long-term focused investors tend to notice.
Helium is the most visible example this quarter. There will be others.
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