The Helium Problem: How a War in the Gulf Reached MRI Scanners, Chip Plants and Rockets

The Helium Problem: How a War in the Gulf Reached MRI Scanners, Chip Plants and Rockets

LodiEye — October, 2026

Overview

Most people know helium as the gas in party balloons. It is also the only substance that can cool an MRI magnet, a quantum computer or a research spectrometer to the temperature they need, the gas that keeps pressure in a rocket's fuel tanks, and a routine input in every modern computer chip factory. There is no substitute for most of those jobs.

Since March 2026, the world has been short of it. Iranian strikes on Qatar's Ras Laffan gas complex, which supplied about a third of the world's helium, shut it down; Russia and China then restricted their own exports. Seven months on, Qatar is shipping a fraction of what it did, prices have doubled to tripled, and some American customers are getting half their normal deliveries. The United States makes more helium than it uses, so the problem here is cost and rationing rather than running out. But American helium is being sent overseas at a record pace, the federal government sold its strategic reserve in 2024, and nothing of any size comes online before 2028. This report explains where helium comes from, who depends on it, what happened this year, and what it means for hospitals, research labs, the military and businesses, including those in San Joaquin County.

What helium does that nothing else can

Helium is the second-lightest element. It does not burn, does not react with anything, and stays liquid at a colder temperature than any other substance: about four degrees above absolute zero, or roughly 452 degrees below zero Fahrenheit. Its atoms are so small they slip through gaps no other gas can find, which is why it is the standard way to test for leaks.

Those properties put helium in a long list of unrelated places. The superconducting magnets inside MRI scanners, research instruments and particle accelerators only work when kept near absolute zero, and liquid helium is the only thing that gets that cold. Rockets use helium gas to keep pressure in their fuel tanks as the fuel drains out. Chip factories use it to carry heat away from silicon wafers, to cool the optics in their most advanced lithography machines, and to leak-test vacuum equipment. The American Physical Society put it simply in 2023: for low-temperature work, "there is no replacement for helium."^[1]

A note on units. This report follows the U.S. Geological Survey and uses million cubic meters for volumes and dollars per thousand cubic feet for prices. For scale, the whole world produced about 190 million cubic meters of helium in 2025.

Four plants in three countries

Helium forms underground from the slow radioactive decay of uranium and thorium, and it collects in some natural gas fields. It is only worth recovering where the gas is unusually rich in helium, or where the gas is already being chilled to make liquefied natural gas, since the chilling does most of the work. That is why production is so concentrated. The USGS puts 2025 world production at about 190 million cubic meters. The United States made 81 of that, or 43 percent, and Qatar 63, or 33 percent. Together those two countries supply three-quarters of the world.^[2]

Who makes the world's helium (2025)

Source: USGS Mineral Commodity Summaries 2026. Million cubic meters. Some text copies of the USGS table show the U.S. figure as 381; that is a formatting error, and 81 is consistent with the rest of the document.

Within those countries, a few plants carry the load. ExxonMobil's Shute Creek plant at LaBarge, Wyoming, makes close to half of U.S. output and about a fifth of the world's, with an estimated 80 years of reserves.^[3] The old Hugoton gas field across Texas, Oklahoma and Kansas, including the former federal reserve near Amarillo, adds more but is slowly running down. Qatar's three plants at Ras Laffan were, before the war, the largest helium complex in the world, and all of their output ships out as liquid in insulated tank containers.^[4] Russia's Amur plant was built to make 60 million cubic meters a year but has never come close; fires in 2021 and 2022 kept it dark for a year, and all of Gazprom's plants together produced 16.6 million in 2025.^[5] Algeria could make about 50 million but produced 11, because its gas plants are running well below capacity.

Country	2025 output (million m³)	Share	Status, October 2026
United States	81	43%	Running; exports up about 70 percent since March
Qatar	63	33%	Shut down in March; one plant partly restarted at about a quarter of normal; repairs will take three to five years
Russia	18	9%	Exports need government license through 2027; nearly all goes to China
Algeria	11	6%	Running well under capacity
Canada	6	3%	Growing; new plant started September 2026
China	3	2%	Banned all exports on July 10, 2026

The ground is not the problem. The USGS counts 8,500 million cubic meters of reserves in the United States alone and tens of billions more in Qatar, Algeria and Russia, more than a century of supply at today's rate of use.^[2] The bottleneck is where helium-bearing gas actually gets processed, which depends on the economics of natural gas, whether plants are running, sanctions, and shipping.

Who uses it

The USGS breaks 2025 U.S. helium use into nine categories. Research and analytical instruments are the largest at 22 percent. Chips, fiber optics and controlled atmospheres together are 17 percent, lifting gas for balloons and blimps 17 percent, and MRI 15 percent.^[2]

What the United States uses helium for (2025)

Source: USGS Mineral Commodity Summaries 2026. Percent of U.S. consumption. "Chips, fiber optics and controlled atmospheres" is one combined USGS category.

MRI used to be the largest single use, at 30 percent of U.S. consumption in 2019. Part of the drop is real, because new scanners use far less helium, and part is the USGS reshuffling its categories in 2023. Worldwide there is no official breakdown, but the estimates most often cited put computer chips at about a quarter of world demand and heading above 30 percent by 2030, with healthcare at roughly 30 percent.^[6] Industry consultant Phil Kornbluth has said chipmaking has overtaken, or is about to overtake, MRI as the biggest single use.^[7]

Computer chips

A chip factory uses helium to cool silicon wafers during etching, to dilute process gases, to cool the optics in its most advanced lithography machines, and to leak-test vacuum systems. As chips get smaller, they rely on it more, not less.^[8] The odd part is that helium costs almost nothing compared to everything else in a chip: about $6 of an $18,000 advanced wafer, under one percent. But a factory without it stops.^[9] The large Asian chipmakers recover 80 to 95 percent of their helium on site and keep months of inventory, which is why they have ridden out the shortage so far. Every large hard disk drive is also sealed with helium, and both Seagate and Western Digital reported 2026 production fully allocated with prices rising.^[10] IDTechEx projects that U.S. chip-industry demand for helium will nearly quadruple by 2035 as the factories funded by the CHIPS Act come online.^[8]

MRI scanners

A conventional MRI magnet holds 1,500 to 2,000 liters of liquid helium and uses something like 10,000 liters over its life.^[11] There are roughly 50,000 scanners installed worldwide. The newest designs need almost none: Philips' BlueSeal magnet holds 7 liters and passed 2,000 installations in November 2025, and Siemens' DryCool platform, cleared by the FDA in January 2026, needs less than a liter for its entire life.^[12] The catch is that old scanners cannot be converted, and only about 5,000 new scanners are sold each year, so the sealed designs are still a few percent of what is in use.

Liquid helium inside an MRI magnet

Sources: Radiology Today; Philips; Siemens Healthineers. Liters. The scale is logarithmic, meaning each gridline is ten times the one below; on a normal scale the two new designs would not be visible.

Rockets

Most rockets, including SpaceX's Falcon 9, use helium gas to keep their fuel tanks pressurized as the fuel drains. NASA's SLS moon rocket also uses it to purge its hydrogen lines. NASA's contract with Air Products for liquid helium at Kennedy Space Center covers 33 million liters for about $1.07 billion through October 2027.^[13] A manager at United Launch Alliance has estimated that the space industry takes 6 to 8 percent of North American helium and will need about 10 percent within five years.^[14]

Science

Anything that has to run near absolute zero depends on liquid helium: the magnets in the NMR spectrometers used by chemists and drug researchers, particle accelerators, fusion experiments, and the refrigerators that cool quantum computers. Several thousand U.S. research groups use instruments that cannot run without it; a typical research university has about two dozen.^[1] Research is roughly 10 percent of world demand, but when supplies are short, research labs sit at the bottom of the suppliers' priority lists, as one physicist put it, "alongside party balloon sellers."^[15]

Demand was soft before the war

In 2025 the world was using about 6.0 to 6.2 billion cubic feet a year while producers could make about 7.3 billion. There was so much spare helium that producers were pumping it into underground salt caverns in Texas and Germany for storage.^[16] Forecasts for future growth split by a factor of two: consultants who track physical trade expect about 2.5 percent a year, while market research firms expect 5 to 6 percent, driven by AI chips, new chip factories in Asia, rockets and quantum computers. Dollar figures for the market are not comparable with one another: the USGS values 2025 U.S. helium sales at about $970 million, while research firms put the whole world market anywhere from $4 billion to $6 billion, apparently including distribution, cylinders and surcharges.

What happened in 2026

On February 28, 2026, the United States and Israel struck Iran, and shipping through the Strait of Hormuz stopped almost immediately. On March 2, QatarEnergy halted all production at Ras Laffan after drone attacks and declared force majeure, a legal notice that it could not meet its contracts, two days later. On March 18 and 19, Iranian missiles hit Ras Laffan again, damaging two LNG trains, about 17 percent of Qatar's gas-export capacity. QatarEnergy's chief executive estimated three to five years to repair the damage.^[17] Because most of Qatar's helium is a byproduct of making LNG, the helium stops when the LNG tankers cannot load, whether or not the helium plants themselves are damaged. About 200 of the world's specialized helium shipping containers, each worth around $1 million, were stranded in the Gulf with liquid helium that boils away within five to seven weeks.

Sources disagree on how much supply was lost, mostly because they are measuring different things. Exiger and TrendForce say roughly a third of world supply went offline, which is Qatar's full share while the plants were dark.^[3] An analyst at AKAP Energy estimated in late March that about 30 percent of Qatar's 2026 output would be lost, which works out to about 11 percent of world supply for the full year.^[10] QatarEnergy itself says the physical damage will cut its helium exports by 14 percent until the damaged trains are rebuilt.^[18] All three can be true at once: a third of supply was gone in the spring, the loss for the year depends on how fast the undamaged plants come back, and a 14 percent cut lasts for several years.

Recovery has been slow. A peace deal was announced in mid-June, but an explosion during the Ras Laffan restart on June 21 injured dozens of workers, and shipping data through October show only limited, on-and-off traffic through Hormuz, with new attacks on ships.^[19] In early August, reports said one of the three Qatari plants had quietly restarted, with helium trucked overland to the Saudi port of Jeddah on the Red Sea, and the trade publication gasworld put Qatar's helium output at about 25 percent of normal.^[20] On October 18, 60 Minutes reported that no helium ships had left Qatar, that nearly two dozen ships had been hit since September trying to get through, and that Qatar says at least three years to full operation.^[21] Both accounts can be right if the Jeddah route moves small volumes by truck rather than ship. The fair summary is that Hormuz is partly and intermittently open, not back to normal, and Qatari helium is flowing at a fraction of its old rate.

Then two other producers closed their doors. On April 14, Russia put helium on its list of goods that need government approval to export, in force through the end of 2027.^[22] Russian helium was already banned in the European Union and the United States under sanctions, and nearly all of it goes overland to China. On July 10, China banned all helium exports with no end date.^[23] China imports about 85 percent of what it uses, more than half of it from Qatar, and has no national reserve, so the ban is defensive. But it removed one more flexible source from the world market.

What prices did

The USGS tracks a standard industry base price for pure helium. It sat at about $210 per thousand cubic feet from 2019 through 2021, rose to $390 at the peak of the last shortage in 2023 and 2024, and eased back to $330 in 2025 as the glut built.^[2] Within a week of the war starting, spot prices, meaning helium bought right now outside a long-term contract, were up 70 to 100 percent. Airgas, one of the largest U.S. distributors, declared force majeure on March 17, added a surcharge, and cut some customers to half their normal volumes.^[24] By October, spot prices in the hardest-hit regions had reached $1,000 to $1,200 per thousand cubic feet, Northeast Asia was paying more than twice North American rates, and long-term contracts were being renewed at 20 to 40 percent above the old ones.^[25] Kornbluth has warned that if the disruption drags on, prices could retest the record above $2,000 set during the 2022 to 2023 shortage.

Helium prices, 2019 to 2026

Sources: USGS; Fusion Worldwide; Energy News Beat. Dollars per thousand cubic feet. Blue columns are the USGS annual base price for pure helium. The orange bar is the reported range of spot prices in October 2026, a different measure shown for scale.

The fifth shortage in twenty years

The industry numbers its shortages. The first, in 2006 and 2007, and the second, in 2012 and 2013, came from plant outages and uncertainty about the sell-off of the federal reserve. The third, from 2018 to 2020, began when Qatar's neighbors cut it off in June 2017 and the trucking route for its helium closed for a month. The fourth, from 2022 to early 2024, combined an equipment failure at the federal reserve, the Amur fires in Russia, and maintenance in Qatar.^[26] Each of those ended within a year or two, either because new supply arrived or because demand fell. The 2026 shortage is different: it combines lost capacity, a blocked shipping lane and physical damage that will take years to fix, and it is happening after the federal reserve that cushioned two of the earlier shortages has been sold.

Where the United States stands

The country is protected in one way and exposed in another. In 2025 the United States produced 81 million cubic meters, used 51, exported 38 and imported 8, with imports coming mainly from Canada, Qatar and Algeria.^[2] American chip factories draw on helium from Texas, Wyoming, Kansas and Oklahoma, and one semiconductor economist told NPR that even a doubling or quadrupling of helium prices "wouldn't impact semiconductors a whole lot."^[27]

U.S. helium in 2025

Source: USGS Mineral Commodity Summaries 2026. Million cubic meters. The United States has been a net exporter every year since at least 2021.

But helium is a world market, and the shortage is global. In the first half of 2026, the U.S. share of Taiwan's helium imports jumped from under 4 percent to about 60 percent, and its share of South Korea's from 28 to 56 percent, as Qatar's share collapsed.^[28] Census data show U.S. helium exports up about 70 percent since the war began. Air Products pulled 40 percent of its third-quarter sales out of its Texas storage cavern, and a former Air Liquide executive told 60 Minutes that the caverns in Texas and Germany, filled during the 2025 glut, are now "running in reverse," with the amount left "a closely held secret."^[21] The 2022 shortage was caused by outages inside the United States. This one is caused by outages abroad pulling American helium overseas.

The government no longer holds any helium

For most of the last century the United States had a strategic helium reserve. It was created in 1925 for military airships, expanded during the Cold War, and stored in a natural underground formation called the Bush Dome near Amarillo, Texas. As recently as 2010 it supplied over half of U.S. demand and a third of the world's.^[29] Congress voted to sell it off in 1996 and again in 2013, and the sale closed in June 2024, when Messer, a German industrial gas company, paid $460 million for the field, the storage dome, a 423-mile pipeline and about a billion cubic feet of remaining helium.^[30] A privately owned processing plant at the site was left out of the sale; after a dispute among its owners, a Texas court placed it under a court-appointed receiver in November 2024, and it is still running that way. The USGS now lists the government stockpile as "None." In March 2025 the House Oversight Committee opened an inquiry into the sale, citing concerns raised by NASA and the fact that Messer supplies a plant in China from a U.S. source.^[31]

Helium is also missing from the government's critical minerals list, which determines which materials get priority under the Defense Production Act, tariff protection, and a place in the $12 billion Project Vault stockpile launched in February 2026. Helium was on the list in 2018, dropped in 2022, and left off the final list in November 2025. The USGS's reasoning was that the United States "meets its needs for these materials largely through domestic mining and processing," and its model found the expected economic loss from a helium disruption did not clear a $2 million threshold.^[32] Senators John Barrasso and Mike Lee objected in 2022 that the method "cannot capture foreign political risk" and specifically mentioned the Strait of Hormuz.^[33] As of October 20, 2026, no helium-specific bill, emergency order or stockpile action has been found. Economists at the Peterson Institute, the Payne Institute at the Colorado School of Mines, and others have called for a new reserve or a critical designation. So far that is advocacy, not policy.^[34]

What the shortage has done so far

Helium is a small input with a long reach. Direct U.S. helium sales are under $1 billion a year; the helium used in chipmaking worldwide is worth about $1 billion. No government or academic source has put a dollar figure on the activity that would stop if helium did. What is documented in 2026 is rationing rather than stoppage. Polar Semiconductor in Minneapolis, which makes chips for cars, servers and the military, was put on allocation by one of its three suppliers. Hospital systems saw deliveries cut by up to half in late March, and Premier, a purchasing group for 4,400 hospitals, named MRI as the most acute healthcare risk.^[35] No canceled MRI appointments, stopped chip lines or delayed defense programs attributable to helium have turned up as of October 20. Analysts had expected chip factories to be squeezed if Hormuz stayed closed 60 to 90 days. It has been seven months. The reason factories are still running is on-site recycling, months of inventory, and the diversion of American helium.

The military

The military's direct use of helium is small. The Defense Logistics Agency bought 27 to 32 million cubic feet a year in 2015, under 2 percent of U.S. consumption, and the figure peaked at 45 to 50 million during the Afghanistan war, when the Army flew surveillance blimps.^[36] Documented uses include lifting gas for surveillance aerostats, Air Force and Army depot maintenance, the rocket sled test track at Holloman Air Force Base, breathing gas for Navy deep-sea divers, MRI at military hospitals, and rocket launches. DLA also supplies cruise missile programs and the Space Force.^[37] NASA is the larger federal user, at 55 to 87 million cubic feet a year. No public source says how much helium goes into Minuteman or Sentinel missiles, Trident submarines, or the nuclear weapons labs.

The larger military exposure is indirect, through the things helium is used to make. Cliff Cain of the Topaz helium project told 60 Minutes that "you can't make modern warfare without helium," pointing to the fiber optics and electronics in missiles and hypersonic weapons, and said he had briefed the Pentagon that helium is "a single, critical point of failure."^[21] That overlaps with an August 2026 Pentagon push for contractors to speed up production of Patriot and THAAD interceptors, whose stocks are running low, though the memo does not mention helium.^[38] Suppliers say they put hospitals, rocket launches and defense contractors first, so most direct military uses are protected. The risk falls on defense-related research labs and smaller contractors further down the line. One other change matters: the old federal program that gave government users legal priority during shortages ended with the reserve. Federal and military buyers now stand in the same line as everyone else.

A related material, helium-3, has its own separate supply chain and is not directly affected by the 2026 crisis. It is used in the neutron detectors that screen cargo for nuclear material at ports and borders, and in the refrigerators that cool quantum computers. Almost all of it comes from the decay of tritium at the Savannah River Site in South Carolina. World output is about 40,000 liters a year, and it costs $2,500 to $3,000 a liter, more than $10,000 purified.^[39] The supply is considered a limit on how fast quantum computing can grow, which is why the Department of Energy agreed in 2025 to buy three liters of helium-3 mined on the moon from a startup called Interlune, for delivery by 2029.

Research labs and hospitals

The 2026 shortage is repeating what research labs went through in 2022 and 2023, on a larger scale. In 2022, four of the five major U.S. suppliers declared force majeure and cut customers to 45 to 60 percent of their contracts. Pacific Northwest National Laboratory had to mothball five NMR spectrometers, Rutgers saw the price of a 100-liter container go from $930 to $2,000, and a survey of Canadian labs found 72 percent had trouble getting helium, with price increases of 25 to 400 percent.^[40] In 2026, Linde's force majeure left Massachusetts General Hospital's Martinos imaging research center without liquid helium, Messer raised Northwestern University's price to over $31.70 a liter, and the University of Colorado system, as of June, had been cut to 40 percent of its historical use with "no confirmed timeline for a return to normal supply."^[41] A University of Chicago lab doing breast cancer, immunotherapy and Alzheimer's research was offered half of last year's volume and told its backup supplier was about to run out. Without helium, the lab's director said, "we break the magnet."^[35] Warming up a superconducting magnet and cooling it back down can take 1,000 to 2,000 liters of helium and cost up to $25,000, so the instruments least able to survive an interruption belong to the customers at the back of the line.

Hospital MRI has been protected so far, as it was in 2022 and 2023, when the Radiological Society of North America said "patient care has not been compromised."^[42] Hospitals cannot outbid chipmakers, because they operate on regulated prices and thin margins, so their protection depends on supplier policy rather than purchasing power. The large physics labs hold their own inventories; no disruption at CERN, Fermilab or the other national labs has been reported.

Recycling decides who gets hurt

The clearest lesson from three shortages is that labs with recovery equipment survive and labs without it shut down. A campus system that captures helium as it boils off and re-liquefies it recovers 70 to 95 percent and cuts purchases by 80 to 90 percent. UCLA went from about $100,000 a year in helium to $10,000; Texas A&M went from $40,000 to $8,000 with a $240,000 system.^[43] Labs with these systems describe themselves as "cushioned" in 2026. The funding is patchy. The CHIPS and Science Act gave the National Science Foundation authority for a helium-recovery grant program with awards of $100,000 to $4 million, limited to one application per campus per year; the University of Wyoming's $645,000 award in September 2025 is typical.^[44] The NIH has stopped funding recovery systems. On the industrial side, chip factories in Japan and Taiwan recycle 90 to 95 percent, and a retrofit costs $300,000 to $1 million with payback in under two years at 2026 prices.

What this means in San Joaquin County

The county has no helium production and no large chip or rocket plant, so the effects here arrive through the same channels as everywhere else, in roughly this order of exposure:

• Hospitals. Every MRI scanner in the county that uses a conventional magnet depends on periodic liquid helium deliveries. Suppliers have said hospitals are first in line, and no U.S. hospital has reported canceling scans for lack of helium. The risk is not routine operation but refills after service events and the cost of new installations. A hospital replacing a scanner today has a choice between a conventional magnet and a sealed one that needs almost no helium.
• Colleges and labs. Any NMR spectrometer, research magnet or cryogenic instrument at a local campus is in the lowest priority tier, where cuts of 40 to 60 percent and doubled prices have been reported elsewhere. Whether a given lab has a recovery system is the single biggest factor in how it fares.
• Welders and fabricators. Helium is used as a shielding gas for aluminum and stainless welding. It is 8 percent of U.S. use and sits in the lower priority tiers. Higher prices and allocation are the likely effect; argon can substitute for some but not all work.
• Party and balloon retailers. Lifting gas is 17 percent of U.S. use and is served last. During the 2022 shortage, many retailers could not get helium at any price. The same pattern is likely while allocations last.
• Prices generally. Helium is a tiny share of the cost of a chip, a scan or a weld, so the shortage is unlikely to show up visibly in the price of things people buy. The risk is availability, not cost.

What comes next

New supply is coming, but slowly. North American Helium's Stewart Valley plant in Saskatchewan started up in September 2026 at about 2.1 million cubic meters a year, Canada's largest.^[45] A South African project was starting up at the end of September. Six small new U.S. plants opened in 2025. All of these together add a few million cubic meters a year, against the 63 million that Qatar supplied. The one project of Qatar's scale is the Dry Piney plant near Shute Creek in Wyoming, a $737 million to $1.3 billion facility approved in December 2025 that would add about 10 percent to world supply. Construction began in May 2026, and first output is expected between summer 2028 and early 2029.^[46] Analysts' base case is tight supply through 2027, easing in 2028 and 2029 as Dry Piney and Qatar's repairs come through.^[47]

The 2026 shortage settles an argument that had been going on since 2022. The government's model left helium off the critical list because the United States produces more than it uses. The last seven months show that being a net exporter does not protect domestic users when world prices triple and allied chip factories are bidding for the same gas, and that a single Wyoming plant making nearly half of U.S. output is its own kind of risk. The market had a cushion from the 2025 glut, stored in private caverns, and that cushion is being spent now with no public accounting of what is left. Whether Washington rebuilds some form of reserve, declares helium critical, or funds recycling equipment at scale will decide how the next shortage falls on the research labs and small businesses that have absorbed the cuts every time.

The longer trend runs the other way. Sealed MRI magnets, closed-loop recycling in chip factories and campus liquefiers each cut net helium use by 80 percent or more wherever they are installed, and the 2026 price spike is the strongest reason yet to install them. New uses in AI chips, rockets and quantum computing will grow, but on a base that is becoming steadily more recycled. The question for the next two years is not whether there is enough helium in the ground, since there is, but whether a thin, concentrated, container-limited supply chain can move it from where it is made to where it is needed while one of its three pillars is under repair.

About This Report

LodiEye is the original civic-reporting and analysis arm of Lodi411.com, a citizen-run civic data and transparency platform serving Lodi, California and San Joaquin County. LodiEye gathers information of public interest, applies editorial judgment to public records, meetings, and data, and publishes original explanatory reporting for its readers — the work of a newsroom, and a representative of the news media as that term is defined under federal law. Our reporting emphasizes primary sources, public data, and full source transparency so readers can check every claim. LodiEye complements, and does not replace, the other outlets covering this region; for additional reporting on Lodi, San Joaquin County, and the broader region, we also encourage readers to consult the Lodi News-Sentinel, Stocktonia, The Sacramento Bee, CalMatters, and other established news organizations. Our full editorial standards and news-media-status statement is published at lodi411.com/editorial-standards.

This LodiEye report was produced using artificial intelligence tools under the direction and review of the founder. Lodi411 uses multiple AI platforms in its research and publication workflow, including Anthropic's Claude (primarily Opus and Sonnet models) and Perplexity AI across a variety of large language models offered by each. These tools were used in the following capacities:

Source Discovery: AI-assisted search and retrieval identified the primary-source record on helium supply and demand — the U.S. Geological Survey's Mineral Commodity Summaries and trade data, Bureau of Land Management and Congressional Research Service reports on the Federal Helium Reserve and the critical minerals list, QatarEnergy and company releases, the trade publication gasworld and industry consultants, and 2026 news coverage of the Ras Laffan outage, Russian and Chinese export controls, and the effects on hospitals and research labs. Perplexity AI handled initial discovery and real-time retrieval; Claude analyzed the identified sources.

Credibility Validation: AI cross-referenced claims across independent sources, prioritizing government records and primary documents over secondary reporting. It identified and reconciled conflicting figures — the size of the Qatar outage, market dollar sizes, the Federal Helium System sale price, and a formatting error in text copies of the USGS production table — and flagged claims it could not verify, which were left out.

Analysis and Synthesis: Claude Opus and Sonnet organized the production, end-use, price and policy record into a single account, reconciled the differing accounts of Qatar's restart, and drew out the county-level implications.

Presentation: Claude drafted and structured the report and built the Kendo UI charts.

Final Review: Multiple AI models reviewed the completed draft for factual consistency, source attribution accuracy, logical coherence, and balanced presentation. Throughout the process, the editor sets the report's goals, scope, and tone; creates and shapes draft content; reviews and edits the report; integrates independent fact checks; and reviews the AI cross-checks and validations. Multi-tool cross-checking across independent models and sources is the primary error-reduction mechanism.

Lodi411/LodiEye believes that transparency about how our research is produced — including our use of AI under human direction — strengthens trust with readers and the broader information ecosystem. Readers who spot an error are encouraged to write editor@lodi411.com so we can correct it.

References

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5. TASS, Gazprom helium output, July 30, 2026. tass.com
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7. MIT Technology Review, "The global helium market," February 25, 2024. technologyreview.com
8. IDTechEx, Helium Market report and October 2024 commentary. idtechex.com
9. TrendForce, "Asia chipmakers move to tackle helium strain," April 8, 2026; Smith, helium shortage update, April 9, 2026. trendforce.com
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14. gasworld, "North American space industry will need a lot more helium within five years," 2023. gasworld.com
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16. gasworld, "The 2025 worldwide helium market." gasworld.com
17. Fortune / Associated Press, "Iran war helium shortage," March 21, 2026. fortune.com
18. Santiago & Co., "The real helium crisis begins after the ceasefire," 2026. santiagocompany.com
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21. CBS News, 60 Minutes, "Helium in short supply as Iran war continues," transcript and article, October 18, 2026. cbsnews.com
22. Interfax, Russia adds helium to export licensing list, April 14, 2026. interfax.com
23. CIRS, "China temporarily bans helium exports effective immediately," July 2026; Geopolitechs, "Why China banned helium exports." cirs-group.com
24. Bloomberg, "Airgas curtails helium orders after Qatar LNG field damaged," March 24, 2026; Reason, March 16, 2026. bloomberg.com
25. Fusion Worldwide, "Helium shortage 2026"; Energy News Beat, "How impacted is the helium market from the Hormuz crisis," October 19, 2026. fusionww.com
26. U.S. International Trade Commission, "The Impact of Conflict on the Global Helium Shortage," executive briefing; gasworld, "Has Helium Shortage 4.0 come to an end?" usitc.gov
27. NPR / KASU, "Strait of Hormuz closure deflates global helium supply," April 3, 2026. kasu.org
28. Taiwan News, helium import shares, July 14, 2026. taiwannews.com.tw
29. National Research Council, "Selling the Nation's Helium Reserve," 2010. nationalacademies.org
30. Messer, completion of Federal Helium System acquisition, June 2024; gasworld, "US Federal Helium System sold with a whimper," 2024; Messer, receiver appointed for Cliffside helium enrichment unit, November 2024. messer-us.com
31. House Committee on Oversight and Government Reform, release on the Federal Helium System sale, March 12, 2025. oversight.house.gov
32. Congressional Research Service, In Focus IF13145 on the critical minerals list, January 2026; Federal Register, draft 2025 critical minerals list. everycrsreport.com
33. Senate Committee on Energy and Natural Resources, Barrasso and Lee letter to Secretary Haaland, February 2022. energy.senate.gov
34. Peterson Institute for International Economics, "Bring back the helium reserve before the next shock hits," April 21, 2026; Payne Institute, March 23, 2026. piie.com
35. CBS News, 60 Minutes, "Iran war impacts helium needed for big tech," October 18, 2026. cbsnews.com
36. Bureau of Land Management, Report to Congress under Section 19 of the Helium Stewardship Act, September 2015. blm.gov
37. Defense Logistics Agency Energy, Aerospace Energy products. dla.mil
38. Al Jazeera, "Pentagon urges faster US weapons production amid stockpile concerns," August 9, 2026. aljazeera.com
39. U.S. Department of Energy Isotope Program, "Supply and Demand of Helium-3"; Interlune, DOE helium-3 purchase agreement, May 2025. isotopes.gov
40. Physics Today, "Helium is again in short supply," April 2022; "Helium prices surge to record levels as shortage continues," September 2023. physicstoday.aip.org
41. University of Colorado Procurement Service Center, helium supply update, week 14, June 2026. cu.edu
42. Radiological Society of North America, "Helium shortage for MRI," January 2023. rsna.org
43. Physics Today, "Helium shortage has ended, at least for now," June 2020. physicstoday.aip.org
44. National Science Foundation, Major Research Instrumentation program Track 3 update, April 2025; University of Wyoming, helium recovery grant, September 2025. uwyo.edu
45. North American Helium, Stewart Valley plant onstream, September 22, 2026. newsfilecorp.com
46. Cowboy State Daily, "Helium project aims to increase Wyoming's stake in global market to 30%," December 19, 2025; News Letter Journal, Dry Piney approval, December 17, 2025. cowboystatedaily.com
47. Investorideas, "Helium shortage 2026: Canada supply," May 14, 2026. investorideas.com