A report this week from CBS News's 60 Minutes helped catalyze a significant federal policy shift: the United States has officially designated helium a critical material, placing it alongside lithium, cobalt, and rare earth elements on the government's roster of strategically essential resources. The designation, which emerged in the wake of the 60 Minutes investigation into helium supply chain fragility, gives federal agencies new authority to prioritize domestic sourcing, fund research into alternatives, and coordinate emergency reserves.
Helium is the second-lightest element and cannot be manufactured — it forms only through the radioactive decay of uranium and thorium deep within the Earth over geological timescales, then accumulates in natural gas deposits. The United States once controlled roughly 80 percent of the world's commercial helium supply through the Federal Helium Reserve in Amarillo, Texas, but a 1996 law mandated the reserve be sold off, and it was effectively wound down by the early 2020s. That policy left the market dependent on a handful of private producers and foreign sources, including Qatar, Algeria, and Russia — the last of which became a significant complication following sanctions imposed after 2022. Current global production is dominated by ExxonMobil's Wyoming facility, a Qatar Petroleum joint venture, and a relatively new Gazprom plant in eastern Siberia whose export capacity has been inconsistent.
The 60 Minutes segment highlighted specific downstream consequences: MRI machines require liquid helium to cool their superconducting magnets to near absolute zero, and hospitals across the country reported allocation shortfalls in recent years. Semiconductor fabrication, fiber optic cable production, and aerospace testing also rely on helium in ways that have no near-term substitute. Industry analysts quoted in coverage surrounding the CBS report noted that spot prices for liquid helium have spiked as high as $1,000 per thousand cubic feet during shortage periods, compared to roughly $100 per thousand cubic feet a decade ago.
The critical material designation triggers provisions under the Energy Act of 2020 and related executive frameworks, directing the Department of Energy and the U.S. Geological Survey to assess domestic reserves, identify recycling and recovery technologies, and report to Congress on supply security options. It does not by itself reopen the Federal Helium Reserve or compel new production, but it unlocks federal loan guarantee and grant programs that private producers can now access.
What most general coverage of this story skips is the recycling angle that sits at the intersection of scarcity and self-reliance. Unlike most industrial gases, helium that escapes into the atmosphere is effectively lost forever — it is light enough to reach escape velocity and bleed into space over time. Closed-loop helium recovery systems have existed for decades in laboratory and industrial settings, where captured boil-off gas is re-liquefied and reused, but adoption has been uneven because historically cheap helium made recovery economics unattractive. The critical material designation may change that calculus by making federal efficiency incentives available, and several university physics departments and national laboratories have already invested in recovery systems that achieve 90-plus percent recapture rates. For communities that depend on medical imaging infrastructure — rural hospitals in particular, where the nearest MRI may serve a several-county area — the reliability of that local helium supply chain is a genuine continuity-of-care variable that tends to get discussed only when a shortage is already underway.
