“In the last nineteen days of the Cornyn–Paxton runoff, the law gave a quarterly-filing super PAC one day to report an ad and until fifty days after the vote to report the money it raised in those nineteen days.” — from the editor’s desk
a mylar party balloon over El Paso, February 10–11, 2026: Customs and Border Protection fires a military counter-drone laser at what four people familiar later call party balloons, the FAA closes the sky below 18,000 feet for ten days, and lifts it after about seven hours and fourteen canceled flights, while the Transportation Secretary describes "a cartel drone incursion"
the Federal Helium Reserve — the Bureau of Mines' 1929 Amarillo plant and Cliffside facility on the Bush Dome Reservoir, in 2013 "the only significant long-term storage facility for crude helium in the world," supplying about 42 percent of domestic demand; sold to Messer in June 2024, $460 million to the Treasury that December, and the Geological Survey's 2026 entry for the government stockpile: "None"
the Helium Act of March 3, 1925 — "a mineral resource pertaining to the national defense," helium "to supply the needs of the Army and Navy," the United States reserving the helium in gas from leased public lands and barring export without the President's permission; the 1960 amendments that let the Bureau borrow from the Treasury at compound interest to buy private helium ($252 million of purchases grown to about $1.3–1.4 billion by 1995); and the Helium Privatization Act of October 9, 1996, ordering the stockpile sold at a price set to repay that debt — a Treasury loan carried on its own interest, not a deficit line
the cold box — helium cannot be filtered out of gas, only left behind when everything else is liquefied; in 1917 Congress gave the Navy $500,000 for three experimental plants with the Bureau of Mines at Fort Worth, testing the Norton, Air Reduction and Linde processes under the code name "X" gas; the first shipment never left New Orleans because the war ended; $2,500 per thousand cubic feet in 1917, $9.60 by 1933 at Amarillo
a balloon whose cause reached the public a day late from four unnamed people, a gas the government made in secret under a letter of the alphabet, and a reserve sold at a public auction with its proceeds posted to the dollar — three ways a public thing becomes public, and three different clocks
Chapter 1: Eighteen Thousand Feet
23 October 2026
You have held one of these. A mylar party balloon, the silver kind, a ribbon at the bottom and a little weight on the ribbon so it doesn't leave without you. Tie it to a chair at a birthday and the next morning it is still nodding at the ceiling. Now — hold that thought, because one of those, or a few, shut down the sky over El Paso this February, and the thing that kept it up there leads to a dome of rock under the Texas Panhandle. I know where this ends. I'm not telling you yet.
The night first. Late on Tuesday, February 10, the Federal Aviation Administration issued notices closing the airspace over most of El Paso and a large part of southern New Mexico for ten days, on national security grounds. The restrictions took effect at 11:30 p.m. They covered everything below 18,000 feet, which included the helicopters that carry patients, and they warned pilots that "the United States government may use deadly force against the airborne aircraft, if it is determined that the aircraft poses an imminent security threat." Shortly before seven the next morning the agency posted: "The temporary closure of airspace over El Paso has been lifted. There is no threat to commercial aviation." Ten days had become about seven hours, and fourteen flights.
What happened depends on whom you ask. The Transportation Secretary wrote that "The FAA and DOW acted swiftly to address a cartel drone incursion." Four people familiar with the matter told NBC News something else: that Customs and Border Protection had used "an anti-drone laser that was provided by the military to shoot down objects that were later identified as party balloons," without coordinating with the aviation agency. NPR's source put it singular — "it now appears the flying object was a mylar party balloon." The mayor called it "a major and unnecessary disruption, one that has not occurred since 9/11."
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“The official line: the administration maintains its account of a cartel drone. A laser fired beside a commercial airport is what an aviation regulator should halt until the military coordinates, and the FAA did: it closed the sky out of caution, and it reopened the sky the moment it judged there was no danger to passengers. That is not chaos. That is a guardrail doing its job in the dark.”
Now, the balloon. Nobody on the record has said whose it was. I can tell you what keeps one in the air, and where this country kept it.
Here is how it works, plainly. The gas in a floating party balloon is not made in a factory. It comes out of the ground, mixed into natural gas, and a plant strips it out the way you'd skim fat off a stock. The Interior Department told Congress in 2013 that "the most common and economical way of capturing helium is by stripping it from natural gas during gas production," and that the gas of Texas, Oklahoma and Kansas is "some of the most helium-rich in the United States, ranging from 0.5 to 1.5 percent." The same testimony quoted the National Academy of Sciences on the one property everyone knows, that being lighter than air means "that every unit of helium that is produced and used today will eventually escape the Earth's atmosphere and become one less unit available for use tomorrow." Every balloon you have ever let go was a withdrawal.
That hearing was held on February 14, and the chairman opened it by noting the "pink and red heart-shaped balloons filled with helium" in the stores that morning. A balloon distributor told the committee that the day was "the largest retail balloon sales day of the year." The Geological Survey's annual ledger keeps a line for gas that lifts things, "lifting gas," seventeen percent of everything the country used in 2025.
And here is the dome. In 1929 the Bureau of Mines built a plant and a gas field facility near Amarillo to work a formation called the Bush Dome Reservoir. For most of a century the federal government kept its helium there, underground, in a rock dome it owned. In 2013 the agency that ran it called it "the only significant long-term storage facility for crude helium in the world," supplying "approximately 42 percent of domestic demand." That year, about four in every ten cubic feet of crude helium this country used came out of one rock, and the rock's landlord was Washington.
Had. In June 2024 the Bureau of Land Management closed the sale of the whole Federal Helium System to a private company, Messer, and that December it sent $460 million to the Treasury, "marking the conclusion of an historic program that served the nation for nearly a century." The Geological Survey's 2026 summary still has a heading for the government's helium. Under it, one word: "None."
So a balloon over El Paso closes the sky for seven hours, and the gas that lifts balloons was, until two years ago, a federal possession kept in a dome at the other end of Texas. Why a government would want to own a gas at all is a question older than the plant.
Chapter 2: A Mineral Resource Pertaining to the National Defense
30 October 2026
Here is a piece of paper. Page 1110 of volume 43 of the Statutes at Large, chapter 426, approved on the third of March, 1925, and it begins with a title so long it is practically an argument: "An Act Authorizing the conservation, production, and exploitation of helium gas, a mineral resource pertaining to the national defense, and to the development of commercial aeronautics, and for other purposes." Your balloon is in there. It is filed under "other purposes."
Last week I left you with the question of why a government would want to own a gas. The Interior Department answered it for Congress in 2013 in one sentence: "Because of helium's potential to lift military reconnaissance devices high above battlefields, the Federal government's interest in the resource dates back to World War I." Our reconnaissance, you'll note, not anyone else's. Now — hold that thought, because the Act is usually remembered as the day Washington took the helium of the Panhandle, and the paper does not say that. It says something narrower, and more interesting.
Read section one with me. The purpose is "producing helium with which to supply the needs of the Army and Navy and other branches of the Federal Government." The Secretary of the Interior may buy, lease or condemn land, but only "when helium can not be purchased from private parties at less cost." And then the reservation: on gas lands the government leases out, "the United States reserves the ownership and the right to extract" the helium "from all gas produced." Not all helium. The helium in gas from public land the government has let to someone else. Section three hands every government helium plant to the Bureau of Mines by June 30, lets the Army and Navy requisition the gas "at actual cost," and allows any surplus, "until needed for Government use," to be leased to "American citizens or American corporations." Section four is the stinger: no helium leaves the country without the President's permission, on the joint recommendation of three Cabinet secretaries, on pain of a $5,000 fine or a year in jail. A party gas with an export license.
Not a monopoly by decree: a federal producer, a reservation on federal leases, a lock on the border.
On September 13, 1960, Congress rewrote it. The new law told the Secretary to sell helium "at prices established by him which shall be adequate to cover all costs" and to repay the Treasury, "together with interest," within twenty-five years. It added "compound interest," at rates the Treasury would set. And it let the Secretary "borrow annually from the Treasury," issuing "notes, debentures, bonds, or other obligations," which the Treasury was "authorized and directed to purchase." Interior's own summary is the plainest: "This borrowing authority, established by Congress in lieu of a direct appropriation." The government would buy helium from private gas companies and store it in the Bush Dome, and it would pay with a loan from itself.
Here is how that loan behaved, in the Senate energy committee's words of June 1996: "To finance purchases, the BOM borrowed $252 million from the Treasury." Federal demand "failed to meet projections, and contracts for additional helium were canceled in 1973." By then the stockpile was "approximately 34 billion cubic feet" and the debt "has since grown to $1.4 billion, including interest." The Bureau had repaid "approximately $83 million since 1961," while the interest was "now over $66 million per year." Interior put it at $1.3 billion at the 1995 deadline. Most of what was owed was the loan's interest on itself.
The 1996 sale is sometimes told as the cleanup of a deficit nobody saw. The record says debt, not deficit, and it was itemized, in a Senate report. What it was not was a market. The Helium Privatization Act of 1996, signed October 9, ordered the Secretary to begin selling "not later than January 1, 2005," enough to dispose of everything above 600 million cubic feet "on a straight-line basis" by January 1, 2015, at "such price as will ensure repayment of the amounts required to be repaid to the Treasury." The price of the country's helium was set by the size of a loan.
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“The official line: the committee that wrote the sale said exactly what it meant — that "private industry is capable of servicing the world's helium markets, and that a Government-owned stockpile of helium is neither a necessary nor appropriate function of the Government." Private refiners moved 90 percent of the market with 500 people; the Bureau moved 10 percent with 175. Interior expected the debt paid off at the start of fiscal 2014; the system was sold; the Treasury got $460 million. Privatization did what it said on the tin.”
The tin had fine print. By 2013 Interior was telling Congress that the National Academy's first review had assumed helium prices would "probably remain stable through at least 2010," and that this "has proven faulty"; the price-setting mechanism "was based on the amount of the helium debt, and not the market for helium." The Academy's 2010 follow-up, by Interior's description, took "a markedly different tone." The sale did what the statute said. The statute had priced a gas by a ledger.
How the government came to have the gas to price was, at the time, a secret with a code name.
Put a pot of water on the stove and watch it boil, and you have done, in reverse, the trick that built the Federal Helium Reserve. Everything in a pot of soup has a temperature at which it gives up and changes state. The engineers of 1917 wanted a gas that refuses — that stays a gas while everything around it turns to liquid — and they found that the only way to get it out of the ground was to freeze the rest of the ground's gas around it and pour that away. You don't filter helium. You leave it behind. Now — hold that thought, because the thing they built to do it was a secret, and the secret had a name.
The name was a letter. The Historic American Engineering Record, the Park Service's survey of the Amarillo plant, puts it plainly: "Secrecy surrounded the joint effort of the U.S. Bureau of Mines and the U.S. Navy to develop the cryogenic technology needed to separate helium from natural gas. In the interest of national defense, the United States used the code name 'X' gas for helium, while the British called it 'C' gas." The United States, the same record says, "began producing helium in 1917 to provide lifting gas for the Allies' World War I dirigibles," and "no other nation or private interest had yet developed the technology to process helium."
You will sometimes see this dated 1915. The record puts the money at 1917: "That year, Congress appropriated $500,000 for the Navy to establish three experimental helium-processing plants in cooperation with the Bureau of Mines." Three plants, three methods — "the Norton, Air Reduction, and Linde processes" — tried at Fort Worth "from 1917 to 1919." The Navy-funded plant there "began operations as early as March 1918, and was able to produce helium for the war effort by November," and the winning method, Linde's, became the government's production plant at Fort Worth, near the Petrolia gas field. Then came the line every program manager will recognize: "the first shipment never left the seaport of New Orleans because the war ended."
Here is how it works, in the plant the Bureau finished at Amarillo in 1929, built from what Fort Worth and a Washington cryogenics laboratory had learned. The gas comes in from the field at about 600 pounds per square inch. First it is scrubbed with "a 7 percent solution of caustic soda," because carbon dioxide would freeze solid in the cold and plug the pipes. Then it runs through heat exchangers, cooled by its own outgoing waste, until "the cryogenic process" can "liquefy all of the gases except helium." The hydrocarbons and most of the nitrogen come out as liquid; nitrogen goes at about minus 312 degrees. Helium "will not liquefy until about minus 452° F, only seven degrees above absolute zero." What's left standing is "crude helium," about half helium and half nitrogen. That goes into a second vessel bathed in liquid nitrogen at about 2,500 pounds of pressure, where "placing an icicle in the ultra-cold liquefied gases ... would be like thrusting a hot poker into tap water," and the last of the nitrogen drops out. The product: 98.2 percent helium, into railroad tank cars and steel cylinders. The leftover gas went by pipeline to Amarillo, to fire a zinc smelter.
And the price, because a cold box is a ledger too. In 1917 a thousand cubic feet of helium cost $2,500 to make. Amarillo started at about $23 a thousand in 1929 and was at $9.60 by 1933. That is the invention in one row of numbers: the same gas, at well under one percent of the wartime price.
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“The official line: secrecy in 1917 was not a scheme; it was a war. A nonflammable lifting gas was a military advantage, and keeping the method quiet kept it ours. The program delivered — the first nation to produce helium, a cost that fell by more than two hundred times, a plant that supplied the Navy's airships and, later, medicine and the space program.”
All true, and the survey keeps one more sentence on the same page that tells you what the secret was for: "The potential for a U.S. monopoly on helium proved to be a seductive justification for federal establishment of this national defense industry as early as 1917." The airships it was built for did not last; the survey notes the Navy's last two, the Akron and the Macon, crashed in 1933 and 1935, "threatening to eliminate the need for helium." The monopoly lasted. When Congress opened the gas to commercial buyers in the Helium Act of 1937, the year the Hindenburg burned at Lakehurst, the survey records that "German orders for helium were blocked."
So the government came to own its helium the way a locksmith comes to own a lock: it built the only key. Code-named it. Priced it. Stored it under Texas from 1945, and then sold the dome.
I have now handed you three pieces of paper, and it is time to put them on the table side by side and see what they say together.
Clear the table. You have three pieces of paper now, and this is the chapter where we stop walking and look back down the road, because the road has been telling us something and I want you to hear it before we take another step.
The first paper is a notice to pilots. Late on February 10 the Federal Aviation Administration closed the sky over El Paso below 18,000 feet, for ten days, warning that the government "may use deadly force against the airborne aircraft." Shortly before seven the next morning it posted that "the temporary closure of airspace over El Paso has been lifted" and that "there is no threat to commercial aviation." What had happened in between reached you a day later, and not from the agencies. It reached you from "four people familiar with the matter," who told NBC News that a military-provided laser had shot down "objects that were later identified as party balloons." The Transportation Secretary's account was a cartel drone. Neither account arrived with a document. The notice was published the night it took effect. The reason is still a matter of sources.
The second paper is a code name. In 1917 Congress gave the Navy $500,000 for three experimental helium plants, and the government that built them called the gas "X." The engineering record of the Amarillo plant says "secrecy surrounded the joint effort," and it says why the effort was worth the secrecy: "The potential for a U.S. monopoly on helium proved to be a seductive justification for federal establishment of this national defense industry." The British, the same record notes, had their own letter for it: "C." For a war's worth of time the thing itself had no public name.
The third paper is a receipt. In January 2024 the government put the Federal Helium System up for public bidding, and Messer placed the top bid. The sale closed on June 27, 2024. On December 12 the Bureau of Land Management announced that it had "transferred $460 million in proceeds from the sale of the Federal Helium System to the U.S. Treasury." Before any of that, the price the government charged for its stockpiled gas had been set by formula in a public law: "such price as will ensure repayment of the amounts required to be repaid to the Treasury." A Senate committee report had printed the debt to the dollar. You could have known, any day from 1996 on, what the government's helium cost and why.
Now lay them side by side and say only what they show.
Each is a public thing. The sky over a city is public. A wartime gas bought with a Navy appropriation is public. A reserve in a federal rock is public, and so is the money it fetched. And each became known on its own clock. The closing of the sky was announced as it happened, and its cause is still known only from unnamed sources. The gas was a letter of the alphabet until there was no war left to hide it from. The sale was known before, during, and after, down to the dollar, because a statute said it had to be.
That is the whole lesson of the first three stops, and it isn't about helium. It's about when. A public thing can be secret, or it can be public late, or it can be public on time, and which of those it is depends on whether somebody wrote down a deadline. Pilots were told the same night, because a restriction nobody has been told about restricts nobody. Nobody on the record explained why that night; the reason arrived the next day, from people who would not be named. The Interior Department had a deadline for the helium, a straight line from 2005 to 2015 and a price formula, and so the public's knowledge of it ran on schedule for two decades.
I'd like you to carry that word, schedule, out of this chapter with you. Every disclosure you have ever relied upon runs on one. The notice to pilots runs on one. The Treasury's receipts run on one. And a schedule is a choice someone made about when you get to know a thing, which is not the same as a choice about whether you do.
I've said nothing about where the walk goes next, and I'm not going to. I'll tell you only that it stays in Texas, that it involves a count, and that the count was taken on two Tuesdays this year, once in March and once in May.