🗞️ Why in News Iran’s March 2 attack on Qatar’s Ras Laffan LNG hub disrupted 33% of global helium supply. India’s semiconductor fabrication projects and hospital MRI services face rising costs and potential delays.
The Editorial Argument
The Economic Times editorial argues that India’s ambitious semiconductor mission was designed assuming stable global supply chains — an assumption the helium crisis has shattered. The editorial calls for a parallel “strategic materials mission” that maps every critical input for chip fabrication and builds domestic alternatives or strategic reserves.
Helium — Why It Cannot Be Substituted
Helium (He, atomic number 2) has unique physical properties that make it irreplaceable in semiconductor manufacturing:
| Property | Value | Why It Matters |
|---|---|---|
| Boiling point | -268.93°C (4.22 K) | Lowest of any element — essential for superconducting magnets |
| Atomic radius | 31 pm | Smallest noble gas — ideal for leak detection |
| Chemical reactivity | Zero (noble gas) | Will not contaminate chip fabrication chambers |
| Thermal conductivity | High | Efficient heat transfer in cooling systems |
No other element combines all four properties. Hydrogen is lighter but explosive. Nitrogen is inert but liquefies at -196°C (too warm for superconducting applications). Argon is inert but has a much larger atomic radius (71 pm), making it useless for leak detection.
The Supply Concentration Problem
Global helium production is dangerously concentrated:
| Producer | Share | Status Post-Attack |
|---|---|---|
| United States | ~40% | Operating but export restrictions tightening |
| Qatar (Ras Laffan) | ~33% | Disrupted — hub damaged March 2, 2026 |
| Algeria | ~10% | Operating at capacity |
| Russia | ~5% | Sanctions limit trade |
| Australia | ~5% | Expanding but 2-3 years from full capacity |
The destruction of Ras Laffan’s helium extraction facility created an immediate 60 million cubic metre annual shortfall — equivalent to one-third of global supply.
Impact on India Semiconductor Mission
| Project | Location | Partner | Helium Dependency |
|---|---|---|---|
| Tata Electronics Fab | Dholera, Gujarat | PSMC (Taiwan) | High — full fab requires continuous helium for CVD, lithography, leak testing |
| Micron ATMP | Sanand, Gujarat | Micron (US) | Moderate — ATMP uses helium for packaging leak detection |
| HCL Fab | Greater Noida, UP | — | High — planning stage; supply contracts not yet signed |
| CG Power OSAT | Sanand, Gujarat | Renesas (Japan) | Moderate — testing and packaging |
The Tata-PSMC fab at Dholera is India’s flagship semiconductor project. A full-scale fab consumes approximately 1,500–2,000 cubic metres of helium per month for CVD processes, EUV lithography environments, and leak detection alone. Without secure supply, commissioning timelines could slip by 12-18 months.
Healthcare Fallout
India’s MRI infrastructure is equally vulnerable:
- ~7,000 MRI machines operational across India
- Each requires ~1,700 litres of liquid helium
- Helium refill cost: Rs 15-25 lakh per machine (pre-crisis); now surging to Rs 30-40 lakh
- Smaller diagnostic centres may shut MRI services temporarily
- Government hospitals face acute budget pressure
What India Should Do
Immediate Actions
- Strategic helium reserve: India has no helium stockpile. Build a 6-month buffer (~3 million cubic metres) through emergency procurement from the US and Algeria
- Price controls: NPPA-style ceiling on helium for healthcare use
- Recycling mandate: Helium recycling systems recover 95%+ of used helium in labs — mandate installation in all new fabs
Structural Actions
- Domestic exploration: ONGC’s natural gas fields in KG Basin and Rajasthan contain trace helium (0.01-0.1%). Economically marginal but strategically critical — ONGC should invest in helium extraction R&D
- Bilateral agreements: Long-term supply contracts with the US (Bureau of Land Management manages the Federal Helium Reserve in Amarillo, Texas) and Australia (which is expanding production at Darwin)
- Critical materials mapping: Every input for semiconductor fabrication — neon, krypton, xenon, high-purity chemicals, rare earths — must have a supply security assessment
The Broader Lesson
The helium crisis is a microcosm of a larger problem: India’s industrial ambitions outpace its supply chain sovereignty. The semiconductor mission, the green hydrogen mission, the EV battery ecosystem — all depend on imported materials with concentrated supply chains. A single geopolitical disruption can cascade across multiple sectors simultaneously.
UPSC Relevance
Prelims: Helium properties (atomic number 2, noble gas, lowest boiling point), Ras Laffan, CVD process, EUV lithography, ISM budget
Mains GS-3: Supply chain security for strategic industries; India Semiconductor Mission challenges; critical mineral and material dependency
📌 Facts Corner — Knowledgepedia
Helium — Key Properties:
- Atomic number: 2; symbol: He; Group 18 (noble gas)
- Boiling point: -268.93°C (4.22 K) — lowest of any element
- Second most abundant element in universe; rare on Earth
- Non-renewable: Extracted from natural gas; escapes atmosphere if released
- Global production: ~180 million cubic metres/year
India Semiconductor Mission:
- Launched: 2021 under MeitY
- Budget: Rs 76,000 crore (~$10 billion)
- Capital subsidy: Up to 50% for fab units
- Design support: Up to Rs 15 crore per chip design
- Managed by: ISM under Digital India Corporation
Semiconductor Fabrication — Helium Uses:
- Cooling: Fab chambers and cryogenic systems
- CVD: Chemical Vapour Deposition carrier gas for thin film deposition
- Leak detection: Helium’s small atomic radius (31 pm) detects micro-leaks
- EUV lithography: Prevents contamination in extreme ultraviolet environments
- Purging: Flushes oxygen and moisture from process chambers
Other Relevant Facts:
- Ras Laffan: World’s largest LNG industrial city; Qatar’s northeast coast
- EUV lithography machines: Made only by ASML (Netherlands); cost ~$150 million each
- US Federal Helium Reserve: Amarillo, Texas (being privatised)
- MRI machines in India: ~7,000; each uses ~1,700 litres liquid helium
- Helium recycling: Can recover 95%+ of used helium; standard in advanced labs
Sources: Economic Times, MeitY, Business Standard