You plan around a no-substitute input the way you plan around weather: you cannot stop it and you cannot swap it, so you work the four levers that remain — contract posture, consumption, qualified sources, and designing the dependency down. Helium is the live case. A third of world supply is impaired, the damaged plant is years from full operation, and suppliers are rationing. The operators getting through it are the ones who treated those four levers as a program, not a purchase order.
What happened
Here is what happened, in one paragraph. The war that began with U.S. and Israeli strikes on Iran on February 28, 2026, reached the helium market within days: according to gasworld, the helium trade press, Iran attacked Qatar’s Ras Laffan LNG complex on March 2 and again on March 18 and 19, damaging the two LNG trains that feed the Qatar 1 and Qatar 2 helium plants. CBS’s 60 Minutes reports that the effective closure of the Strait of Hormuz trapped about a third of the global helium supply in the Persian Gulf — and Qatar produces roughly a third of the world’s helium, second only to the United States.
The repair clock is the planning fact. QatarEnergy has stated that repairs at the two helium plants could take three to four years, per gasworld; CBS reports the Qataris put full operation at “at least three years” out. A disruption measured in years is not an outage to ride out with a spot purchase. It is a multi-year supply regime, and it belongs in the continuity plan with an owner, a review date, and triggers.
Helium’s economics defeat the usual reflex, which is to pay more and get more. Helium is not mined for its own sake; it is captured as a byproduct of natural gas processing, which means helium supply answers to gas production decisions, not to helium’s price. Spot prices have tripled since the start of the war, according to a former Air Liquide executive interviewed by 60 Minutes — and that tripling has not called one additional cubic meter of Qatari helium into existence: the constraint is damaged hardware and a closed strait, not willingness to sell. When price cannot summon supply, allocation decides who gets what — and allocation rewards relationships and contracts, not desperation.
60 Minutes reports that one supplier told a University of Chicago research lab it would receive 50% of what it used last year — allocation as a formula based on history, not need — and that Polar Semiconductor, a Minnesota chipmaker, has been placed on allocation by one of its three suppliers. U.S. helium exports are up 70% since the war began, per Census Bureau data cited by CBS, as buyers in Korea, Taiwan, and Singapore come looking. Every one of those facts says the same thing to a continuity planner: in a rationed market, your position is set before the shortage, by paperwork you signed when helium was boring.
The four levers
So the first lever is contract posture. Operators who fare best in allocation regimes hold term contracts with more than one of the major suppliers rather than a single-source arrangement, keep their usage history documented and defensible — because allocation formulas run on last year’s consumption — and know which clauses govern shortage periods: force majeure language, allocation methodology, surcharge triggers. If your critical-gas contracts have never been read with a three-year hole in mind, that reading is now the cheapest continuity work available to you.
The second lever is consumption. Helium that escapes is gone permanently — released to the atmosphere, it is lost to space — so conservation is not an environmental gesture; it is supply creation. Facilities running helium recovery and reliquefaction systems capture boil-off and process losses that would otherwise be vented, and in a rationed market every recovered liter is a liter your allocation doesn’t have to cover. The discipline underneath is measurement: if you cannot state your helium consumption per unit of output, you cannot tell whether a 50% allocation is an inconvenience or an existential cut.
The third lever is second sources, qualified before you need them. The honest caveat comes from the reporting itself: new primary helium projects — wells drilled for helium itself — are years from meaningful volume; the executive behind the Minnesota project CBS profiled told 60 Minutes plainly it won’t help next month. A second source in helium mostly means a second contract with an existing major supplier, or a supplier whose feedstock sits outside the Gulf. That is a thinner hedge than dual-sourcing a manufactured part, and the continuity plan should say so honestly rather than list a name and call the risk closed.
The fourth lever is the only permanent one: design the dependency down. The MRI industry is the proof of concept — new magnet designs from major manufacturers now run on a sealed fraction of a conventional magnet’s helium, converting a supply-chain exposure into a one-time capital decision. Every operation has its version of that question: where the input enters the process, what the low-dependency version of the equipment looks like, and what the change costs at natural refresh rather than in a crisis. You rarely eliminate a no-substitute input — but you can often shrink your exposure to it by an order of magnitude, on your own schedule instead of the market’s.
The generalizable lesson
The generalizable lesson is that helium was never an exotic risk. It is the standard shape of a fragile input: concentrated geography, byproduct economics, no substitute at the point of use, and a buyer base that assumed permanence because the price was low and the deliveries were quiet. The continuity question for your own operation is not “do we use helium?” It is “which of our inputs look like this — and have we worked all four levers on them before the market does it for us?”