OIl, Helium, Semicondutors, Middle East . . .

Middle East Issues as Trump does his best to make issue complex with his lack of knowledge . . .

Impact to Asia of the Middle East Oil Shortage – Angry Bear

On higher-end manufacturing and with helium, being a gas byproduct used for semiconductors, the stress levels increase. Qatar, which normally produces nearly one third ​of the world’s supply, had to halt production on March 2 after an attack on its gas plants by Iran.

Prices have soared, and some Asian chipmakers are slowing production as they reconsider sources of supply.

The world’s largest producer of high-end chips, Taiwan Semiconductor Manufacturing Company had previously accepted helium from Qatar and the United States. On Thursday, the company said on an earnings call that it had enough on hand to avoid a near-term impact.

But a prolonged shortage could force the company and other chip makers to accept supply from other locations, like Russia, the world’s third-largest producer of helium. Or it could force production cuts that would roll through everything from electronics to cars.

Iran War Triggers Helium Shock Threatening Global Chip Supply, OilPrice.com, Alex Kimani –

Last month, QatarEnergy declared force majeure on long-term liquefied natural gas (LNG) contracts to buyers in Europe and Asia following severe damage to its Ras Laffan production facilities by Iran’s missile strikes. This disrupted ~20% of global LNG supply and triggered a sharp spike in natural gas prices. Thankfully, gas prices have pulled back to pre-war levels, with natural gas markets coping remarkably well with the loss, thanks to expected volumes to be delivered to the market outweighing current and expected reductions over the next few years. It’s all helping to tame natural gas prices.

But the same cannot be said about another vital industrial gas: Helium.

Curtailed LNG production by Qatar, coupled with blocked shipping lanes in the Strait of Hormuz, has disrupted up to 35% of global helium supply, negatively impacting the pivotal semiconductor chip manufacturing industry.

QatarEnergy suspended helium production following attacks on its LNG facilities, which produce a third of the world’s helium as a byproduct of liquefied natural gas. To exacerbate matters, Qatari shipments are physically blocked from reaching global markets with the critical chokepoint effectively closed to Western commercial shipping. The closure of the Strait of Hormuz has stranded approximately 33% of the world’s specialized cryogenic ISO containers.

Related: Crude Inventories Continue to Decline Amid Strong Oil Product Draws, Oil Price

Because liquefied helium evaporates in about 45 days, stranded inventory cannot be held for long, leading to a long-lasting supply gap.

The semiconductor chip manufacturing sector has been among the hardest hit by the helium shortage.

Major manufacturers like Taiwan Semiconductor Manufacturing Company (NYSE:TSM), Samsung  (OTCPK:SSNLF) and SK Hynix rely on the region for over 60% of their helium, with the shortage potentially impacting production of a wide range of electronic products from smartphones and gaming consoles to laptops, hard drives, and AI data center GPUs.

Most semiconductor fabs only keep about one week of working inventory on-site, with the immediate inventory clock estimated at roughly 45 days before production, before rationing starts despite the existence of strategic reserves at the national level.

Helium is an essential gas used in semiconductor manufacturing to enable precise chip fabrication, primarily for cooling silicon wafers, controlling chemical reactions, and detecting leaks in vacuum systems. During thermal processes like plasma etching, helium acts as a coolant to prevent silicon wafers from warping or becoming damaged. Its exceptional thermal conductivity allows for the fast, precise cooling necessary for shrinking circuitry in advanced chips. Helium also carries reactive gases across wafers during chemical vapor deposition (CVD), ensuring precise material deposition. Being an inert gas, helium prevents oxidation and unwanted chemical reactions during fabrication, protecting the purity of semiconductors.

Helium shortages are also expected to trigger an increase in the price of  electronic products. Spot helium prices have surged 70% to 100% while contract prices have increased by up to 40%, costs that TSMC and its peers are expected to pass on to customers like Apple (NASDAQ:AAPL) and Nvidia (NASDAQ:NVDA) via higher wafer pricing. Helium is non-substitutable for wafer cooling, photolithography and advanced packaging technologies like CoWoS. If the shortage persists beyond 60 days, TSMC is likely to face yield drops or be forced to ration wafer starts.

The helium squeeze is also affecting high-capacity hard drive manufacturers like Seagate (NASDAQ:STX) and Western Digital (NASDAQ:WDC). High-capacity hard drives (10TB+) use helium for increased platter density, a key factor in AI storage. Helium has about 1/7 the density of air. This drastically reduces the turbulence and drag acting on the platters as they spin, decreasing the force required for the read/write heads to accurately track data. Due to less turbulence and vibration, the disks (platters) can be manufactured thinner and placed closer together. Air-filled drives are typically capped at six platters, while helium drives can comfortably house 10 or more. Further, lower friction from the thin air environment reduces operating temperatures by roughly 4–5°C, leading to increased reliability and decreased power consumption per terabyte. This has led to a 20-30% price increase for these mega-HDDs.

Nevertheless, the AI boom continues to drive semiconductor chip manufacturers and memory stocks to all-time highs: TSMC has returned 140% over the past 52 weeks; Samsung has gained 260%, Western Digital has rocketed 860% while Seagate Technology has soared 610%. TSMC holds a highly bullish 2026 outlook, projecting over 30% revenue growth driven by intense, AI-related demand. The company is aggressively investing in expanding its capacity for advanced manufacturing nodes (3nm and 2nm) and advanced packaging technologies to meet the overwhelming demand for AI chips, with 2026 capital expenditures expected to reach up to $56 billion.