Helium Supply Crisis: India’s import dependence

The 2026 West Asia geopolitical crisis has highlighted a critical strategic vulnerability for India: its near-total dependence on imported helium. Read here to learn more.

Helium is a strategic industrial gas essential for healthcare, semiconductor fabrication, aerospace, scientific research, and advanced manufacturing- though often overlooked in mainstream energy discussions,

Disruptions in global helium supply therefore have direct implications for India’s technological competitiveness, medical infrastructure, and industrial resilience.

What is Helium?

Helium is a colourless, odourless, tasteless, chemically inert, and non-flammable noble gas.

• It possesses the lowest boiling point of any element and remains liquid only at extremely low temperatures, making it indispensable for cryogenic applications.
• It is the second lightest and second most abundant element in the observable universe.
• However, despite its cosmic abundance, helium is rare on Earth because its low molecular mass allows it to escape the atmosphere.
• It cannot be manufactured synthetically at scale and is primarily recovered as a by-product during the cryogenic processing of helium-rich natural gas, especially in LNG facilities.

Major Applications of Helium

Cryogenics and Healthcare

• Helium’s most critical use is in magnetic resonance imaging (MRI) systems.
• Liquid helium is used to cool superconducting magnets in MRI machines to temperatures near absolute zero. This cooling allows the magnets to operate without electrical resistance and generate the intense magnetic fields required for high-resolution medical imaging.
• Disruption in helium supply can directly affect diagnostic healthcare services, particularly tertiary hospitals and cancer treatment centres.

Aerospace and Rocketry

• Helium plays a foundational role in space and defence applications.
• In liquid-fueled rockets, helium is used to pressurise propellant tanks as fuel is consumed, ensuring a stable fuel flow to engines. It is also employed to purge fuel lines and tanks of combustible vapours because its inert nature prevents unwanted chemical reactions.
• Space agencies and launch providers such as ISRO rely on helium during launch operations.

Semiconductor Manufacturing

• Helium is indispensable in semiconductor fabrication.
• It is used to create inert processing environments and for rapid thermal cooling during wafer manufacturing. Semiconductor fabs require ultra-pure helium for processes such as plasma etching, deposition, and lithography cooling.
• Helium shortages can disrupt chip manufacturing and electronics supply chains.

Fibre Optics Manufacturing

• Helium is used in the production of fibre-optic cables.
• During the high-speed drawing of optical fibres from molten glass preforms, helium acts as a cooling medium, ensuring structural precision and reducing defects in telecommunications-grade fibre.

Deep-Sea Diving

• Professional divers use helium-oxygen mixtures (Heliox).
• Helium replaces nitrogen in breathing mixtures to prevent nitrogen narcosis at depth and reduce breathing resistance under high pressure.

Scientific Research and High-Tech Instrumentation

• Helium is crucial for advanced scientific infrastructure.
• Particle accelerators such as the Large Hadron Collider use liquid helium to cool superconducting electromagnets. It is also widely used in NMR spectroscopy, quantum computing research, cryogenic physics, and fusion research.

Leak Detection and Industrial Testing

• Helium’s tiny atomic size and inertness make it ideal for leak detection.
• It is used to identify microscopic leaks in vacuum chambers, pipelines, semiconductor equipment, and aerospace systems.

Why is Global Helium Supply Disrupted?

Concentrated Global Production

Global helium production is geographically concentrated, making supply inherently fragile.

Major producers include:

• United States
• Qatar
• Algeria

Qatar alone contributes roughly one-third of global helium exports.

West Asia Crisis Impact

The 2026 West Asia geopolitical crisis severely disrupted helium flows from Qatar.

• Damage and operational issues at the Ras Laffan industrial complex reduced export capacity, constraining global supply.
• Because helium is largely produced alongside LNG, disruptions in gas processing infrastructure directly affect helium availability.

Storage Constraints

• Helium is difficult to stockpile for long durations because of its extreme volatility and tendency to escape containment.
• This “use-it-or-lose-it” nature means global buffer inventories remain structurally low, amplifying price shocks during disruptions.

Why is India Highly Vulnerable?

Complete Import Dependence

• India currently imports 100% of its helium requirements.
• Estimated demand reached approximately 3.4 million cubic meters in 2025, with demand rising due to growth in healthcare, semiconductor manufacturing, and electronics.

Overdependence on Qatar

• More than half of India’s helium imports originate from Qatar.
• This creates a major concentration risk, especially during geopolitical instability in West Asia.

Minimal Strategic Inventory

• India maintains only around 7-10 days of helium inventory.
• Such limited reserves make domestic industries highly vulnerable to even short-term supply disruptions.

Lack of Commercial Domestic Production

• Although helium traces exist in Indian natural gas basins in West Bengal and Jharkhand, concentrations remain below the commercially viable threshold of around 0.2%.
• As a result, economically viable domestic helium extraction remains at least 5-10 years away.

Strategic Implications for India

• Healthcare Risk: Helium shortages can disrupt MRI operations and delay diagnostics.
• Semiconductor Ambitions at Risk: India’s semiconductor manufacturing push under the India Semiconductor Mission depends on reliable helium supplies.
• Aerospace and Defence Concerns: Rocket launches, satellite programs, and defence R&D may face operational bottlenecks.
• Scientific Infrastructure Vulnerability: Research institutions and laboratories dependent on cryogenic systems may suffer interruptions.

Way Forward for India

Diversify Import Sources

India should reduce dependence on Qatar by securing long-term helium contracts with:

• United States
• Algeria
• Russia (subject to geopolitical feasibility)
• Emerging African producers

Create Strategic Helium Reserves

• India should establish strategic helium stockpiles similar to strategic petroleum reserves for critical sectors.

Accelerate Domestic Exploration

Expand exploration of helium-bearing gas reserves in:

• Jharkhand
• West Bengal
• Rajasthan sedimentary basins

Promote Recycling Technologies

Encourage helium recovery and recycling systems in:

• Hospitals
• Semiconductor fabs
• Research labs

Helium recycling can reduce fresh demand by 50-80% in many industrial applications.

Develop Substitutes Where Feasible

• Promote technological substitution in non-critical applications, reserving helium for strategic sectors.

Conclusion

Helium, though often ignored in strategic discourse, is a foundational input for modern medicine, aerospace, electronics, and scientific research.

The 2026 West Asia crisis has exposed how India’s complete import dependence and minimal reserves create a serious strategic vulnerability.

Strengthening helium security through diversified sourcing, strategic stockpiling, domestic exploration, and recycling infrastructure is now essential for safeguarding India’s technological and industrial future.

Related articles:

• India’s Energy Security