? Data to start your week — Helium special

The Iran War's unexpected front has emerged in the form of a global helium shortage, a critical component used in semiconductor manufacturing. While headlines may suggest an apocalyptic scenario for the chip industry, the reality is more nuanced. Let's unpack the situation step by step.

Helium, a byproduct of natural gas processing and liquefied natural gas (LNG) production, is essential for more than 20 steps in semiconductor fabrication. It is also used in medical equipment like MRI machines and in various industrial applications. However, the war in Iran has disrupted the supply chain, creating a chokepoint that could have far-reaching consequences.

Qatar, the source of 34% of the world's helium supply, has been hit hard by the conflict. Last week, an attack on the Ras Laffan facility near Doha caused "extensive" damage, according to QatarEnergy. This incident will reduce annual helium exports by 14% and will take 3-5 years to repair. The facility is the world's largest concentrated source of helium, and its disruption has sent ripples through global supply chains.

The situation is further complicated by the fact that liquid helium must be transported in insulated containers. These containers can only remain viable for 35 to 48 days before the helium warms, turns to gas, and escapes Earth's atmosphere forever. This creates a tight window for distribution, and any disruption in the supply chain can quickly lead to shortages.

South Korea, a major player in the semiconductor industry, has been particularly exposed to the helium shortage. The country sourced 64% of its helium from Qatar last year. South Korea's memory manufacturers, such as SK Hynix and Samsung, rely heavily on helium to produce approximately 80% of the world's High Bandwidth Memory (HBM), which is crucial for leading AI chips.

Despite the vulnerability, some companies are taking steps to mitigate the risk. SK Hynix has stated that there is "almost no chance" the company will be affected due to supply diversification efforts. Samsung, another Korean memory player, introduced the industry's first helium reuse system before the war began, demonstrating a proactive approach to managing helium resources.

While helium accounts for an estimated 0.5-1% of total semiconductor manufacturing costs, the disruption could still have significant implications. Fabricators may be willing to pay a premium to secure supply, ensuring the continuity of their operations.

In the face of this shortage, suppliers are likely to prioritize allocation to high-priority sectors like semiconductors and MRI equipment. Less critical uses, such as balloons and welding, which together account for 25% of US demand, will be the first to suffer.

As for the future, even in a severe scenario where Qatar takes years to fully restore helium supply, the impact on the semiconductor industry may not be as dire as initially feared. The resilience of key players like SK Hynix and Samsung, combined with the relatively small percentage of helium costs in manufacturing, suggests that the industry can adapt to the challenges posed by the helium shortage.

In conclusion, the Iran War's impact on the global helium supply chain has created a complex situation for the semiconductor industry. While the disruption is significant, the nuanced reality reveals that some companies are well-prepared to navigate the challenges. The focus on securing supply and prioritizing critical applications will help mitigate the potential consequences of this unexpected front in the ongoing conflict.