Helium Supply Shifts and National Strategy: Fullcryo’s Tang Congmin  Outlines Three-Year Outlook on Supply-Demand Dynamics and Domestic Substitution

Helium Supply Shifts and National Strategy: Fullcryo’s Tang Congmin  Outlines Three-Year Outlook on Supply-Demand Dynamics and Domestic Substitution

In 2026, the global helium market remains tightly squeezed as geopolitical conflicts disrupt international supply channels, exposing structural vulnerabilities in China's helium supply chain—a system long dependent on imports. At the IG CHINA 2026 Innovation Development and Resource Exploitation Forum on the Helium Supply Chain, Tang Congmin, General Manager of Fullcryo, delivered a keynote speech titled “Opportunities and Challenges for Domestic Liquid Helium Under Geopolitical Pressures”. Grounded in direct operational experience across full-chain manufacturing, national helium transfilling, and end-user operations, Tang addressed 12 critical industry questions. Below is a comprehensive summary of his insights on supply cycles, supply chain risks, domestic resource bottlenecks, breakthroughs in high-purity helium, recovery technologies, and future market opportunities for professionals in semiconductors, healthcare, research, and gases distribution.

1. Global Helium Supply and Demand Forecast (2026–2028): A 50 Million Nm³ Annual Deficit with a Tipping Point in Late 2028

Short-Term (2026): Continued Supply Contraction
Repair cycles for major LNG/helium facilities in Qatar span 3–5 years, alongside ongoing shipping constraints in the Strait of Hormuz. Starting April 2026, Russia's helium export quota stands at just 40% of historical levels, accompanied by prolonged approval procedures. U.S. domestic reserves are being depleted, while new helium field projects require at least three years to commission. Incremental output from Algeria and Australia remains limited and locked into long-term contracts with Western clients, leaving no surplus for the Asia-Pacific region. Consequently, effective global helium supply has declined by over 32% year-on-year compared to 2025.

Medium-Term (2027): Slight Recovery
Global supply will see a minor uptick driven by modest Russian production capacity additions and the centralized commissioning of domestic Boil-Off Gas (BOG) helium extraction projects in China. However, this incremental volume cannot fully offset new demand across China and the wider Asia-Pacific region. Substantial supply growth will only occur in 2028 as overseas greenfield helium deposits come online and Qatari units complete phased restorations.

Price Trends: Volatile Highs in 2026, Retrenchment in 2027, Structural Downturn from 2028 Onward

Short-Term (2026): Prices remain elevated with mild spikes during peak seasons. Speculative market behavior is checked by government policy and incoming supply. Key stabilizing drivers include higher Russian imports, steady domestic output from PetroChina's Changqing Shanggu project, and the July 10 national temporary export ban designed to safeguard domestic reserves.

Medium-Term (2027): Prices will soften noticeably, significantly narrowing the premium relative to 2024 levels as scaled domestic capacity steps up and Russian supplies stabilize.

Long-Term (2028 Onward): A structural multi-year downward price cycle will begin as global production capacity matures and supply-demand gaps narrow.

Deficit Scale and Timeline
Global annual demand sits at roughly 120 million Nm³, while effective supply for 2026 falls short of 70 millionNm³, creating a structural deficit of 50 million Nm³. China accounts for over 45% of this shortfall. Industry consensus points to the second half of 2028 as the definitive supply-demand inflection point.

2. The Transition to a Vulnerable Supply Era: The End of Import-Reliant Procurement

Tang noted that the global helium supply chain has entered a prolonged 3-to-5-year period of structural vulnerability, driven by three core factors:

Extreme Concentration of Primary Supply: Qatar, Russia, and the U.S. collectively command over 75% of global capacity. Geopolitical friction in any single region ripples across global markets, while the 3-to-5-year construction timeline for gases processing facilities precludes rapid supply adjustments.

Rigid Logistics Bottlenecks: Middle Eastern volumes depend entirely on transit through the Strait of Hormuz, while Russian exports rely on limited Far East shipping lanes. Furthermore, specialized liquid helium ISO tank containers face severe global shortages, with manufacturing lead times ranging from 6 to 12 months per batch.

Institutionalized Strategic Controls: Major producing nations are treating helium as a controlled strategic asset. Russia has tightened export quotas, Western nations have instituted resource restrictions, and Middle Eastern supplies prioritize domestic and Western buyers, depressing procurement priority for Chinese importers.

Relying solely on diversified overseas sources no longer mitigates risk. The only viable path forward for long-term supply security lies in a dual strategy of domestic helium extraction and closed-loop recycling.

3. Volatility in Spot Market Inventory: Managing Essential Reserves vs. Curbing Speculation

China relies on imports for 84%–85% of its helium supply, yet import volumes dropped over 60% year-on-year in the first half of 2026. Given that sectors such as semiconductors, medical MRI, and major scientific infrastructure rely on helium without viable substitutes, market anxiety reflects genuine operational risks rather than overreaction. Small-to-medium distributors maintain standard inventories of under 30 days, while top-tier semiconductor fabs keep emergency reserves capped at 90 days. Establishing 1–3 months of buffer stock represents a standard risk mitigation practice.

Tang delineated two distinct hoarding behaviors:

Rational Risk Mitigation: Long-term annual supply contracts secured by manufacturers and healthcare providers, combined with investment in liquid helium storage tanks and stable overseas long-term agreements by leading gases distributors.

Speculative Hoarding: Spot purchasing by intermediaries who hoard ISO tank containers to drive up prices without established downstream customers, exacerbating market volatility.

Industry Guidance: End users in industrial manufacturing and healthcare should prioritize annual fixed-price agreements with integrated primary gases suppliers such as Fullcryo to hedge against spot price spikes driven by short-term speculation.

4. Domestic Structural Scarcity and Commercial Extraction Timelines

Resource Disparities: Global proven helium reserves stand at 51.9 billion Nm³, whereas China possesses roughly 1.1 billion Nm³ (under 2.12% of the global total).

Concentration Differences: Fields in Qatar and the U.S. average helium concentrations of 0.5%–3%. In contrast, Chinese deposits across the Ordos, Changqing, Sulige, and Sichuan basins average roughly 0.03%. Extracting an equivalent volume of helium in China requires processing ten times the volume of natural gases, resulting in higher feed gases and energy costs.

Segmented Value Chains: Overseas suppliers feature fully integrated natural gases extraction, helium recovery, and liquefaction units. Domestically, oil and gases producers operate separately from specialized gases equipment vendors, increasing coordination costs and development timelines.

Commercial Conversion Cycle: Translating new helium-rich discoveries into commercial liquid helium involves pipeline expansion, BOG recovery unit installation, and commissioning—a process taking 24 to 36 months (shortened to 12–18 months for sites with existing LNG infrastructure).

Outlook (2026–2028): Low-grade domestic deposits cap internal production capacity, meaning local extraction will serve primarily as a supplement to imports. Only by 2030, following the full commissioning of regional extraction projects, will domestic self-sufficiency approach 40%.

5. Dual Strategic and Commercial Reserve Architecture

China has established a national strategic helium reserve system utilizing a state-operated, dynamic rotation model. Allocation priorities focus on four critical sectors: semiconductors, nuclear fusion, major scientific infrastructure, and defense. Major industrial gases companies supplement these state reserves with commercial emergency stockpiles linked through cross-regional dispatch networks.

However, combined state and commercial reserves can only cover 2.5 to 3 months of core national demand, making them suitable for short-term import disruptions rather than full-year deficits. Long-term security requires scaling domestic production capacity and deploying helium recovery systems.

6. Equipment Localization and High-Purity Helium Penetration

Supply and Technology Independence: Leading domestic gases equipment suppliers have achieved 100% localization for purification and cryogenic liquefaction systems. While select projects temporarily utilize imported crude helium feedstocks, pure domestic BOG extraction for 6N-grade helium is ramping up quickly, aiming for independence from foreign crude feedstocks by 2027.

Sector Penetration Rates:

Medical MRI (5N Grade): Domestic liquid helium penetration exceeds 45%, with major tertiary hospitals adopting local supply.

Semiconductors (6N Electronic Grade): Adoption reaches 32% among small-to-medium fabs in the Yangtze and Pearl River Deltas, while major 12-inch wafer manufacturers have entered small-batch validation.

Aerospace and Research: Domestic liquid helium supplies match nearly 40% of market demand.

Performance Parity: Domestic and imported products offer equivalent purity and impurity specifications. While established global suppliers hold decades of continuous operational data, domestic producers offer cost advantages during high-price periods.

7. Extraction Capacity Expansions and Structural Bottlenecks

By 2026–2027, as active and planned BOG and ammonia purge gases extraction projects reach full production, China's total domestic helium output will reach 11–13 million Nm³ annually against a total demand of 40–42 million Nm³. This will raise domestic self-sufficiency to 27%–30%.

Achieving the 40% target by 2030 requires addressing four structural bottlenecks:

Volatile feed gases supply agreements with primary energy producers.

High capital expenditure and extended payback periods for extraction and liquefaction assets.

Insufficient refining capacity for 6N electronic-grade helium relative to standard industrial grades.

Regional disparities in liquid helium transportation and transfilling infrastructure across western and central regions.

8. Helium Recovery Solutions for Small and Medium Enterprises

Localized recovery and purification units—featuring domestic compressors, cryogenic adsorption modules, and separation assemblies—offer a 40% lower capital cost compared to foreign alternatives alongside faster technical support.

Efficiency Metrics:

Medical MRI: 75%–85% recovery rate, reducing external helium purchases by over 70%.

Semiconductor Etching and Inspection: 60%–80% overall efficiency.

Scientific Infrastructure: Closed-loop efficiency exceeding 90%.

To ease the upfront financial burden on smaller facilities, equipment leasing and managed recovery operations enable clients to settle operational fees monthly rather than making large capital investments.

9. Commercial Balloon Helium Allocation

Civilian balloon helium carries a significantly lower supply priority compared to semiconductors, healthcare, and advanced research. While price increases and tight spot availability will occur, market supply will not shut down entirely. Alternative air-mixed helium products are available for festive events, ensuring non-critical demand can be met.

10. Strategic Recommendations Across the Gases Value Chain

For Gases Producers and Logistics Operators: Honor long-term supply agreements, prioritize contracted end-users, and refrain from speculative spot trading. Expand domestic extraction, transfilling, and storage assets to reduce price volatility, while expanding regional distribution networks into tier-3 and tier-4 cities.

For Downstream Buyers: Move away from spot market purchases by securing 1-to-3-year fixed-price contracts with primary gases producers. Implement internal helium recovery units to reduce external dependencies and maintain a 1-to-2-month emergency reserve.

For Industry Associations: Enforce self-regulatory standards to deter market manipulation and hoarders, while building verified channels for domestic helium validation.

11. Technology Breakthrough Vectors and Global Supply Dynamics

Domestic Technical Focus: Optimizing energy consumption in low-grade natural gases processing, deploying modular skid-mounted extraction units for LNG and ammonia plants, localizing superfluid helium (2K) recovery systems, and lowering liquefaction power requirements.

Resource Focus: Developing shale-associated helium in the Sichuan Basin, scaling recovery from coal chemical tail gases, exploring shallow geothermal deposits, and strengthening national inter-regional gases dispatching networks.

Overseas Supply Variables: Upcoming capacities from Russia's Amur Phase II and Algeria (post-2028) will offer supplementary volumes. However, long-term geopolitical risks, export quota limitations, and priority allocations to Western markets mean foreign sources cannot serve as the core pillar of domestic supply security.

12. Three-Year Industry Outlook: Core Opportunities vs. Primary Risks

Key Opportunities:

Geopolitical realities driving policy support, resource access, and tax incentives for domestic substitution.

Expanding demand across advanced manufacturing sectors, including semiconductors, quantum computing, and fusion research.

Full supply-chain localization across BOG recovery, cryogenic refrigeration, and transport equipment.

Strategic positioning for domestic suppliers to serve regional specialty gases markets across Asia-Pacific.

Primary Risks:

Short-term capacity shortfalls during import disruptions, posing operational risks for advanced manufacturing lines.

Coordination delays with upstream oil and gases producers stalling extraction project timelines.

Market fragmentation caused by low-tier extraction projects producing sub-standard helium that fails to meet electronic-grade specifications.

Conclusion

As geopolitics reshape global resource networks, securing an independent and controlled helium supply chain has become a strategic priority. In the short term, the market must navigate supply constraints through long-term contracts, efficiency gains via recovery systems, and strategic inventory management. Over the long term, technological advancements in low-grade helium extraction, diverse resource development, and integrated national dispatch networks will raise domestic self-sufficiency and establish a secure, stable helium supply chain.