Fuel prices pinch wallets — but a rise in helium prices could put lives at risk

Wallets hurt. Hospitals could suffer worse.

As motorists queued at a Sinopec (中国石化) station in Beijing to beat a fuel-price deadline, the contrast is stark: higher petrol stings consumers, but a spike in helium prices threatens critical services. It has been reported that recent disruptions in the Middle East — including a reportedly joint U.S.-Israeli strike on Iran and Iran’s subsequent move to block the Strait of Hormuz — sent Brent crude sharply higher. Yet analysts warn the next, less visible crisis will be in helium, a gas essential to MRI scanners, semiconductor fabrication and aerospace.

How a chokepoint became a medical and industrial risk

The Strait of Hormuz is the world’s narrow oil and gas bottleneck; roughly 20% of global hydrocarbons transit it. But helium’s supply chain is thinner and far more fragile. Qatar — home to the Ras Laffan industrial complex that supplies roughly 30% of global helium — was reportedly damaged in the attacks and forced to halt production, prompting industry warnings that spot helium prices have already doubled. Phil Kornbluth, president of a helium consultancy, told Fortune that existing liquid helium stocks could be depleted within weeks; about 200 cryogenic containers are stranded in the region and lose liquid helium after 35–48 days of transit or storage.

China’s exposure and why the stakes are high

China is heavily exposed. According to a 2025 study by Qin Shengfei et al. at the China Petroleum Exploration and Development Research Institute (中国石油勘探开发研究院), China’s external dependency for helium reached roughly 83.5% in 2024, with domestic production covering only a fraction of national demand and Qatar accounting for a large slice of imports. In practice this means shortages could force hospitals to idle MRI machines, disrupt chipmaking and slow aerospace and deep-sea projects. Who pays then? Patients and manufacturers — and unlike fuel, lost helium is essentially non‑recoverable once vented.

A geopolitical scarce resource

Helium’s scarcity is structural: the element is chemically inert, escapes Earth’s gravity, and is produced only as a byproduct of certain natural-gas fields and radioactive decay. Proven global reserves have been reported at around 7.3 billion cubic meters — enough for only a couple of decades at current consumption rates — and the United States historically imposed export controls and built strategic reserves that reshaped global flows. With Qatar and Russia accounting for a growing share of supply and Middle East instability rising, policymakers face hard choices: rationing and industrial substitution, or investing fast in new sources and recycling technologies. Short-term sticker shock at the pump is one thing. Running out of liquid helium is another — and potentially life-threatening.