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行业研究 · 2026-06-19 · 建档 / 更新调研

In-depth Research Report on the Helium Industry

Date: 2026-06-19
Subject: Helium – Full Value Chain (Helium-Bearing Natural Gas Extraction → Crude Helium Extraction → Purification/Liquefaction → Storage & Transportation → End-Use Applications)
Industry View: Bullish | Confidence: Medium-High | Time Horizon: 12 Months
One-liner: A military attack on Qatar's Ras Laffan has disrupted approximately 30% of global helium supply, creating a structural supply deficit in 2026-2027; the timeline for restarting production is highly uncertain (QatarEnergy estimates 3–5 years). Driven by semiconductor EUV expansion and increasing space launch activity, helium prices are expected to remain elevated.

I1. Industry Definition and Boundaries

Helium is the only non-renewable noble gas on Earth that cannot be artificially synthesized——once released into the atmosphere, it escapes into outer space. Its industrial value stems from its extremely low boiling point (−268.9°C), making liquid helium the only practical cooling medium for MRI superconducting magnets, quantum computing dilution refrigerators, and semiconductor EUV lithography machines.

Three Links in the Value Chain:

上游：含氦天然气开采 → 粗氦提取（天然气液化过程低温分离，粗氦纯度 50-80%）
中游：纯化（深度低温/PSA 吸附→Grade-A 99.997%+）→ 液化 → 储运（ISO 罐箱/地下盐穴）
下游：分销 → 终端（MRI 冷却 21% / 半导体 22% / 焊接 15% / 气球 12% / 科研 11% / 航天 7% / 光纤 6% / 检漏 6%）

Competitive Boundary: This report covers the global helium market. Helium is a globally priced commodity with no futures market; pricing operates on a dual track of long-term contracts (70–80%) plus spot (20–30%). Core tracking indicators: US Grade-A benchmark price (USGS), Asian spot price, BLM/Messer Cliffside storage dynamics, Qatar Ras Laffan restart progress, global semiconductor CapEx, and MRI helium-free penetration rate.

I2. Demand

I2.1 End-Use Demand Breakdown

Global helium demand in 2024 was approximately 165 million cubic meters (Mcm, gas volume at 101.325 kPa / 15°C), split into eight end-use segments:

End Use	2024 Consumption (Mcm)	Share	2024-2028 CAGR	Driver
Semiconductor/Electronics Manufacturing	~36	22%	6–8%	AI/HPC driving increased EUV layers, advanced node expansion
MRI/NMR Superconducting Magnets	~35	21%	−1%–0%	Installed base +3% CAGR offset by ZBO zero-boil-off technology penetration
Welding/Metal Fabrication	~25	15%	1.5%	Fluctuates with global manufacturing cycle
Balloons/Airships/Entertainment	~20	12%	1%	Mature market, limited growth
Scientific Research/Labs/Specialty Gases	~18	11%	2.5%	CERN and other large facilities + chromatography/mass spectrometry
Aerospace/Rocket Launches	~12	7%	8%	SpaceX launch cadence surge (260+ global launches in 2024)
Fiber Optics Manufacturing	~10	6%	3.5%	5G/FTTH/data center interconnection demand
Leak Detection/Diving/Other	~10	6%	2%	Automotive/aerospace leak detection + deep-sea diving gas mixtures
Total	~165	100%	~3%

Sources: USGS Mineral Commodity Summaries 2026; IDTechEx "Helium for Semiconductors 2025-2035"; Gasworld 2025 Worldwide Helium Market; Philips BlueSeal / GE HealthCare Freelium product disclosures; Rosendahl Nextrom fiber optic helium recovery systems.

Structural vs. Cyclical:

Structural Growth (~55% of total): Semiconductors (22%), Aerospace (7%), Fiber Optics (6%), Scientific research (major portion of 11%)——these are driven by technology trends (AI/EUV/launch frequency/data traffic) and are price-insensitive.
Structural Erosion (~21%): MRI medical——ZBO zero-boil-off technology reduces helium consumption per MRI unit by 99.5%, cumulatively suppressing approximately 13 Mcm of demand over 2024-2028.
Cyclical Fluctuation (~25%): Welding (15%), Balloons (12%)——fluctuate with industrial PMI and consumer sentiment, price-sensitive.

I2.2 Demand by Region

Region	Share	2024 Consumption (Mcm)	Growth Trend
Asia-Pacific (China/Japan/South Korea/Taiwan, etc.)	37%	~61	Fastest growth, ~5–6% CAGR, semiconductor manufacturing as core driver
North America (US + Canada)	36%	~59	~2% CAGR, largest aerospace launch market, largest MRI installed base
Europe	18%	~30	~2% CAGR, dominated by research/medical; Russian embargo reshaping supply
Middle East/Africa/Other	9%	~15	~3% CAGR, industrial applications dominate

Sources: USGS MCS 2025/2026; Guan Yan Bao Gao Wang "China Helium Industry Report 2026-2033"; Mordor Intelligence.

I2.3 Demand Bridge: 2024→2028E (+18 Mcm Net Increase)

Item-by-Item Logic:

Semiconductors +9.2 Mcm (22 → 31.2 Mcm): AI/HPC driving global wafer capacity expansion (SEMI data: global 300mm wafer monthly capacity ~10 million wafers in 2024, expected to reach 12.5 million by 2028). At the same time, advanced node EUV layers are increasing——from ~14 layers at 5nm to ~25 layers at 3nm, raising helium consumption per wafer. IDTechEx predicts semiconductor helium demand will grow 5x by 2035, but this forecast may not fully account for the offsetting effect of Samsung/TSMC deploying helium recovery systems (see I7 Key Controversies).
Aerospace +2.8 Mcm (12 → 14.8 Mcm): Each SpaceX Falcon 9 launch consumes ~33,000 m³ of helium (tank pressurization). SpaceX completed ~130 orbital launches in 2024. Starship uses autogenous pressurization (helium-free design); if it replaces Falcon on a large scale from 2027+, it will cap long-term growth.
Other Medical +2.5 Mcm (14.5 → 17.0 Mcm): Respiratory gas mixtures and medical specialty gases grow with global healthcare expenditure.
MRI-ZBO −1.4 Mcm (35.0 → 33.6 Mcm): MRI installed base grows from 55,000 to 62,000 units (+3% CAGR), but zero-boil-off technology penetration rises from 8% of installed base to ~30%. A single ZBO MRI uses only 0.5% of the helium of a conventional unit. This is the largest structural headwind on the demand side.
Welding +1.6 Mcm, Balloons +1.0 Mcm, Leak Detection +0.8 Mcm: Cyclical/low-growth end uses, together contributing ~3.4 Mcm.

Key Uncertainty: If semiconductor manufacturers (Samsung/TSMC/Intel) accelerate deployment of helium recovery systems driven by the 2026 shortage, net semiconductor demand growth could slow from 6–8% to 3–5%, and 2028 global total demand would be closer to 178 Mcm rather than 183 Mcm.

I2.4 Demand Intensity Indicators

Global helium consumption/GDP intensity: ~1.57 m³ / $M GDP in 2024, trending slowly downward (was ~2.5 m³ / $M in 2000, due to MRI helium-free conversion and recovery improvements).
China helium consumption/GDP intensity: ~1.41 m³ / $M GDP in 2024, rising (was only ~1.0 in 2019)——semiconductor/display panel capacity expansion is raising unit GDP helium consumption, diverging from developed country trends.
Semiconductor helium consumption/wafer output intensity: ~0.86 m³/wafer/year (12-inch equivalent), rising with EUV layer count but partially offset by improved recovery rates.

I3. Supply

I3.1 Global Production Capacity and Output

Global helium production in 2024 was approximately 180 Mcm (6.4 Bcf), and ~190 Mcm in 2025. Breakdown by source:

Country/Source	2024 Production (Mcm)	Global Share	Key Assets	Nameplate Capacity (Mcm/yr)
United States	81	45%	ExxonMobil LaBarge + BLM Cliffside extraction + small private firms	~95
Qatar	64	36%	Ras Laffan Helium 1/2/3	~74
Russia	17	9%	Gazprom Amur GPP (designed 60, only 28% utilization)	~60
Algeria	11	6%	Sonatrach/Helison Skikda	~15
Canada	6	3%	North American Helium et al.	~8
China/Poland/South Africa, etc.	~1	<1%	CNPC/Sinopec BOG helium extraction	~3
Global Total	~180	100%		~255

Sources: USGS Mineral Commodity Summaries 2025/2026; Gasworld Helium Super Summit 2023; Gazprom Amur GPP project announcements; North American Helium press releases.

Extremely High Supply Concentration: The US + Qatar + Russia together account for 90% of global production (162 Mcm out of 180 Mcm in 2024). Qatar alone supplies ~36% of global supply, creating a huge single-point risk——after Iran's attack on Ras Laffan Industrial City in March 2026, approximately 30% of global helium capacity was directly disrupted.

I3.2 Cost Curve and Incentive Price

The helium cost curve has a right-skewed steep shape——the difference between the lowest and highest cost ends is roughly 8–10x:

Cost Percentile	Representative Source	C1 Cash Cost ($/Mcf)	Global Production Share
<25th (Lowest)	Qatar LNG by-product	$20–50	~36%
25–40th	ExxonMobil LaBarge	$50–100	~22%
40–60th	Algeria / Russia Amur	$80–200	~16%
60–90th	Canadian inert gas reservoirs	$150–300	~5%
>90th (Marginal)	US small helium extraction plants	$200–400	~3%

Note: C1 is cash operating cost (includes extraction/purification/liquefaction, excludes depreciation/freight). $1/Mcf ≈ $35.3/Mcm. Sources: Thunder Said Energy economic model; Avanti Helium processing agreement; USGS MCS 2026; cross-validated industry estimates.

Incentive Price: The long-term helium price needed for a new project to achieve a 10% full-cycle IRR is $250–350/Mcf (Thunder Said Energy), meaning the current USGS benchmark price of $330/Mcf (2025) is at the upper edge of the incentive price. Key implication of the cost curve: Even if spot prices fall from current crisis levels to $400–500/Mcf, they would still support the economics of Qatar Helium 4/5, subsequent phases of Russia's Amur, and new North American capacity.

I3.3 Resource Reserves and Service Life

Country	Proved Reserves (Mcm)	Annual Production (Mcm)	Static Reserve Life (Years)
United States	8,500	81	105
Qatar	10,100	64	158
Algeria	1,800	11	164
Russia	1,700	17	100
Canada	2,000	6	333
China	1,100	~1	—

Source: USGS Mineral Commodity Summaries 2026. Note: "Resources" ≠ economically recoverable reserves, and helium is a non-renewable resource. Global helium resources total ~39.8 billion cubic meters, which at current production would last ~209 years——but the economically recoverable portion has a much shorter life.

I3.4 Capacity Additions Under Construction/Planned

Project	Owner	Capacity Addition (Mcm/yr)	Expected Startup	Certainty
Qatar Helium 4	QatarEnergy LNG	+42.5	Originally 2027	Medium (Ras Laffan damage may cause cascading delays)
Qatar Helium 5	QatarEnergy LNG	+42.5	2028-2029 (planned)	Low (depends on Helium 4 startup)
Russia Amur GPP Unit 3	Gazprom	+20	2025–2026 (already delayed)	Low (sanctions + equipment bottlenecks)
Canada NAH Subsequent Plants	North American Helium	+3–5	2025–2027	High (9 plants already operational)
US Multiple Small Projects	Various private firms	+3–5	2024–2026	High (USGS reports partially online)
South Africa Virginia Gas	Renergen	+0.7	2025 (already delayed)	Low (trial production, minimal output)

Sources: Gasworld Helium Super Summit 2023; USGS MCS 2026; BusinessWire (NAH); Gazprom project page.

I3.5 Supply Constraints

① Resource Rigidity: Helium is a by-product/co-product of natural gas. Only a few gas fields globally contain economically recoverable concentrations (>0.3% He), and production cannot be independently expanded. It typically takes 5–10 years from field discovery to helium extraction startup.

② Loss of Buffer After BLM/Messer Privatization: In June 2024, Messer completed its ~$460 million acquisition of the BLM Federal Helium System (Cliffside storage + pipeline + crude helium inventory). The public reserve function of the former federal system ended——Messer, as a commercial entity, has an incentive to hoard rather than release inventory during a shortage. Since October 2025, Messer has stopped publicly reporting production data to the Texas Railroad Commission, creating a "blind spot" in the global helium market (AKAP Energy).

③ Russian Sanctions and Export Controls: The EU banned imports of Russian helium from September 2024; in April 2026, Russia announced helium export controls through the end of 2027 (The Moscow Times). The release of Amur GPP's design capacity of 60 Mcm/yr is highly uncertain.

④ Natural Gas Production Rigidity: Helium output from the US, Qatar, and Algeria depends on upstream natural gas and LNG production. If natural gas production declines or LNG plants undergo maintenance, helium output as a by-product drops simultaneously and cannot be adjusted independently.

⑤ Logistics Bottlenecks: Liquid helium requires specialized ISO containers (-269°C maintenance), each costing ~$500,000. Global liquid helium container rotation is tight; in 2022–2024, there was a "container detention" bottleneck. The blockade of the Strait of Hormuz imposes an additional physical constraint on Qatar's liquid helium maritime exports.

I4. Supply-Demand Balance and Price Cycle

I4.1 Year-by-Year Supply-Demand Balance

Year	Global Demand (Mcm)	Global Supply (Mcm)	Surplus/Deficit (Mcm)	Deficit as % of Demand	Key Assumptions
2024A	165	183	+18	—	Slight surplus, inventory accumulation
2025E	170	190	+20	—	Loose supply, Grade-A benchmark $330/Mcf
2026E	175	148	−27	15.4%	Qatar shutdown (from March) + Russian export controls
2027E Base	180	155–165	−15 to −25	8–14%	Partial Qatar restart + possible Helium 4 + Amur ramp-up

2026 Deficit Detail:

Qatar produced ~64 Mcm in 2024 and shut down from March 2026. Assuming a full-year loss of ~47 Mcm (~9 months × monthly average 5.2 Mcm, IndexBox estimate).
Russian export controls limit incremental releases (2026 production estimated at ~20 Mcm, but only a portion enters international markets).
US and Canadian new project increments of ~+6–8 Mcm are insufficient to fill the gap.
The supply-demand deficit is ~27 Mcm, representing 15.4% of global demand——the largest single supply shock in helium market history.

2027 Base Scenario Assumptions:

Partial restart of Qatar's Ras Laffan (~20–25 Mcm/year, about 35–40% of normal levels), based on QatarEnergy's publicly stated 3–5 year repair timeline——even with an optimistic partial restart by mid-2027, annualized production remains far below full capacity.
Helium 4 contributes ~15–17 Mcm (assuming second-half 2027 startup, but the plant itself may be delayed by damage to overall Ras Laffan facilities).
Russia's Amur GPP ramps to ~22 Mcm (under export controls, primarily destined for China).
US and Canada add ~+8 Mcm of new capacity.
Total global supply ~155–165 Mcm, still below demand of 180 Mcm, maintaining a shortage.

Sources: USGS MCS 2025/2026; ABC Money June 2026; Little Square Capital "Helium, Gas & Geopolitics" May 2026; Reuters March 2026 citing QatarEnergy CEO; IndexBox deficit estimates.

I4.2 Inventory Status

Cliffside Storage (owned by Messer, former BLM Federal System): Estimated at 25–35 Mcm of crude helium equivalent——the world's largest helium buffer. However, after privatization, Messer has no public reporting obligations, and inventory releases are entirely subject to commercial decisions. In a price-spike environment, hoarding is more commercially beneficial than releasing.
In-Transit ISO Containers: Global floating liquid helium inventory estimated at 8–12 Mcm. The blockade of the Strait of Hormuz prevents Qatar's liquid helium from being loaded, drastically reducing rotation.
Global Available Inventory-to-Consumption Ratio: Estimated to have fallen to 4–6 weeks (normal level 8–12 weeks).
Air Products Beaumont Salt Dome (online 2025): Only ~5 Mcm buffer capacity, far from replacing the lost public reserve function of Cliffside.

I4.3 Price Trends and Historical Percentiles

Current Price Levels:

Price Indicator	Value	Premium to 2025 Benchmark	Source
North America Spot	$57.54/m³ (approx. $1,629/Mcf)	~4-5×	BusinessAnalytiq 2026-06
Northeast Asia Spot	$121.93/m³ (approx. $3,453/Mcf)	~10×	BusinessAnalytiq 2026-06
Europe Spot	$44.89/m³ (approx. $1,271/Mcf)	~4×	BusinessAnalytiq 2026-06
USGS Grade-A Benchmark (Contract)	$330/Mcf (2025)	—	USGS MCS 2026

Important Note: Significant discrepancies exist between pricing data from different agencies. IMARC Group data (March 2026) shows Northeast Asia at $152.7/Mcf and North America at $68.99/Mcf, an order of magnitude difference from BusinessAnalytiq data, likely reflecting differences in product grade (crude helium vs. high-purity liquid helium), delivery terms (FOB vs. CIF), and spot vs. contract pricing. This report primarily uses BusinessAnalytiq as the quote source, but it must be noted that price uncertainty is extremely high. The directional judgment (significant price increase) is consistent across all sources, though the magnitude varies.

I4.4 Historical Cycle Template

The helium market is known for frequent supply shocks — experiencing 5 shortages over the past 15 years, far more frequent than other commodities:

Cycle	Period	Duration	Amplitude (Contract Price)	Triggering Event	Recovery Path
Shortage 3.0	2013-2014	~18 months	$150→$350/Mcf (+133%)	BLM pipeline failure + Qatar's delayed QH1 + ExxonMobil LaBarge maintenance	Qatari production increase in 2015, price fell back to $200-250
Glut Period	2017-2019	~24 months	$350→$120/Mcf (−66%)	Qatar's QH2/QH3 startup + Russia's Amur first output + sluggish demand growth	COVID further depressed prices to trough
Shortage 4.0	2021-2023	~24 months	$150→$500 (+233%) / Spot >$1,200	BLM CHEU shutdown + Amur explosion + Russia-Ukraine war sanctions — triple hit, removing ~25% of global supply	North American new capacity + weak demand in 2023-2024, contract price fell back to $330 in 2025
Shortage 5.0	2026-present	Expected 18-36 months	North America Spot ~$1,600+, Asia ~$3,400+	March 2026 Iranian missile attack on Qatar's Ras Laffan — first military conflict directly destroying key production facilities	Depends on Ras Laffan repair duration + Helium 4 startup + geopolitical trajectory

Cycle Pattern: Recovery time for each shortage was 12-24 months (historical 3 cycles), but the current Shortage 5.0 is unique because: ① it is military destruction rather than equipment failure, repair time likely far exceeds historical cases; ② superimposed with Russian export controls and BLM privatization, triple buffers simultaneously lost; ③ structural semiconductor demand growth means demand lacks the historical "cyclical weakness" hedge.

I4.5 Term Structure Signals

Helium has no standardized futures, but the long-term contract vs. spot spread can act as an implicit term structure:

Current State: Spot premium over long-term contracts of 100-300% (equivalent to backwardation in commodity futures), reflecting extremely tight immediate supply-demand.
Signal Implication: Long-term contract customers affected by force majeure receive only 50-70% of allocations, excess demand forced into the spot market — the spread's extremity is unprecedented.
Comparison: During the 2024-2025 glut, the spread was near zero or even slightly contango. The dramatic reversal of the current spread is consistent with the sharp decline in inventories.

I4.6 Benchmark Price Path (Next 12 Months: 2026Q3-2027Q2)

Pricing Framework: Incentive price floor ($250-350/Mcf) + supply-demand gap (15% → 8-14%) + inventories at historical lows + extreme backwardation in contract-spot = prices remain elevated, gradually but slowly declining after recovery expectations materialize.

Period	North America Spot Estimate Range ($/Mcf)	Long-term Contract Estimate Range ($/Mcf)	Logic
2026Q3 (Current)	1,200-1,800	400-500 (incl. emergency surcharges)	Qatar continues shut-in + inventory drawdown + panic buying
2026Q4	800-1,500	400-500	If Russia's Amur increases production to ~22 Mcm + new US/Canada projects add incremental supply, marginal improvement, but inventory rebuilding takes months
2027H1	500-1,000	350-450	QatarEnergy repair progress (if substantive progress in Q4 2026) + Helium 4 expectations, spot falls from peak
2027H2	400-800	300-400	If Qatar partially restarts in mid-2027 (35-40% of full capacity) + Helium 4 startup, supply tightness marginally eases

Key Assumptions: Qatar can recover to 35-40% of full capacity (~20-25 Mcm/yr) by mid-2027; Helium 4 starts in 2027H2. If Qatar's repair is delayed to 2028+, the price path will be revised upward to the bull scenario.

I4.7 Three-Scenario Price Ranges (2027 Average)

Scenario	Probability	North America Spot ($/Mcf)	Narrative
Bear	15%	250-500	US-Iran deal → Strait of Hormuz reopens → Qatar rapid restart + Helium 4 early → global oversupply returns, prices back near incentive levels
Base	50%	500-1,200	Qatar partial restart in 2027 (35-40%) + Helium 4 adds incremental supply → shortage narrows from 15% gradually to 8-10% → prices decline from highs but remain above incentive levels
Bull	35%	1,500-3,000+	Ras Laffan severely damaged requiring 2+ years to repair + continued Strait of Hormuz blockade + Messer hoarding + extended Russian export controls → shortage continues into 2028+, spot breaks 2022 highs

I5. Competitive Landscape and Profit Pool

I5.1 Profit Allocation Along the Value Chain

上游提氦（毛利率 40-55%）          → 原油巨头副产品，非核心业务
     ↓ 粗氦售价 ~$250-400/Mcf
中游纯化/液化/储运（营业利润率 20-30%）→ 利润池核心：控制液化+储运+分销
     ↓ 终端售价 ~$1,000+/Mcf（正常期）；危机期现货 5-10×
下游分销/终端                             → 区域分散，头部气体商通过自建物流和长协锁定

Profits mainly stay in midstream: Linde, Air Liquide, and Air Products — the three major gas companies — account for over 85% of global helium revenue. Their core advantages: ① owning the global liquid helium storage and transport network (ISO containers + underground salt caverns); ② securing supply and customers via 10-20 year long-term contracts; ③ extremely high technical barriers in liquefaction/purification. During supply shortage periods, gas companies with secured long-term supply can directly convert spot premiums into profits; but during extreme supply disruptions (like the current Qatar shutdown), even midstream giants face simultaneous sales volume declines.

I5.2 Concentration

Segment	CR3	Trend
Upstream Helium Extraction (Capacity)	~55-60% (ExxonMobil + QatarEnergy + Gazprom)	Could rise to 65-70% after Qatar's Helium 4/5 startup, but constrained by geopolitical risk
Midstream Liquefaction/Distribution (Revenue)	>85% (Linde + Air Liquide + Air Products)	Highly stable; Messer becomes fourth pole after acquiring BLM
Downstream Regional Distribution	Fragmented	China market: local players like G-gas/Guanggang/Technically (Huate)/Jinhong etc. gaining share

I5.3 Major Player Profiles

Player / Ticker	Position	Global Helium Share (Est.)	Core Advantage	One-Sentence Summary
ExxonMobil (XOM)	Upstream extraction	~20% production	LaBarge field (one of the highest helium concentrations globally), integrated facility	Bedrock of global helium supply, but helium revenue <0.3% of total revenue, negligible impact on stock price
QatarEnergy LNG	Upstream extraction	~36% (pre-shutdown)	Leveraging North Field, lowest-cost helium source globally; Helium 4/5 will expand to ~4.1 Bcf/yr	Global marginal price-setter, but shut down after military strike on Ras Laffan — restart timeline determines global balance
Gazprom	Upstream extraction	~9-13%	Amur GPP design capacity 60 Mcm/yr (six trains), adjacent to China	Capacity release constrained by sanctions + export controls; actual production far below design capacity
Linde plc (LIN)	Midstream liquefaction + distribution	>30% revenue	World's broadest liquid helium transport network, highest operating margin (29.5%), deepest vertical integration	Biggest beneficiary of helium profit pool; long-term contract structure advantageous in tightness, but current Qatar shutdown affects volumes
Air Liquide (AI.PA)	Midstream liquefaction + distribution	~25-30% revenue	Signed 20-year 300 Mcm/yr contract with QatarEnergy in January 2026; distribution network in 60 countries	Deeply tied to Qatar — long-term contract is core asset, but faces volume risk during Qatar shutdown
Messer Group (Private)	Midstream storage + distribution	~8-12% revenue	Acquired BLM Federal Helium System (Cliffside storage + pipeline) in 2024, controlling US helium infrastructure chokepoint	Jumped from regional player to strategic node — release pace of Cliffside storage is the single largest supply variable for 2026-2027
Air Products (APD)	Midstream liquefaction + distribution	~15-20% revenue	Beaumont salt cavern storage (online 2025); global large-scale helium project experience	Slightly behind Linde/AL in helium status, but still has significant long-term contracts and storage/transport capacity
Guanggang Gas (688548)	China import distribution	~13% of China imports	Signed 20-year 100 Mcf/yr contract with QatarEnergy in 2025; largest Chinese domestic helium importer	Core Chinese helium self-sufficiency target — but long-term contract temporarily unfulfillable during Qatar shutdown (force majeure); short-term benefits from inventory appreciation but volumes shrink
Huate Gas (688268)	China import distribution + purification	~5-8% of China imports	6N electronic-grade helium mass production; multi-sourced supply network	Pioneer in electronic-grade domestic substitution — but still reliant on imports for raw gas; true "self-sufficiency" limited by China's geological endowment

Source: USGS MCS 2026; company annual reports (Linde 2024 Annual Report, Air Liquide 2024 URD, Guanggang Gas 2024 Annual Report, Huate Gas 2024 Annual Report); Gasworld; LSC Helium Research.

I5.4 Competitive Dynamics

BLM Privatization Changes the Game: After Messer acquired Cliffside, US helium infrastructure shifted from government public good to commercial asset. Key impacts — ① the crude helium auction in the market price discovery mechanism disappears; ② storage release changes from "congressional authorization → auction" to "Messer commercial decision"; ③ production data is no longer publicly reported.

China Self-Sufficiency Ramp-Up: China's helium production increased from near zero in 2018 to about 4.63 million cubic meters (~4.6 Mcm) in 2025, self-sufficiency rate ~17%, target 30-40% by 2030. But China's natural gas helium content is extremely low (0.02-0.2% vs. US ~1-8%), casting doubt on economic viability.

Trade Flow Reshaping: Russian helium is almost entirely diverted to China (44% of China's imports in 2025); after the European embargo, Russian helium is sold at about one-third discount. In April 2026, Russia further tightened export controls, compressing quotas to China.

I6. Policy · Geopolitics · ESG

I6.1 Core Geopolitical Event: 2026 Ras Laffan Attack in Qatar

Following the US-Israel joint strike on Iran on February 28, 2026, Iran attacked Qatar's Ras Laffan Industrial City and the Strait of Hormuz with drones/missiles. On March 2, QatarEnergy announced the shutdown of LNG and helium operations. Reuters quoted QatarEnergy CEO Saad al-Kaabi: "Two LNG production lines are damaged and will take 3-5 years to repair." Approximately 30% of global helium supply (~64 Mcm/yr) is disrupted.

Key Difference from Historical Shortages: The previous 4 shortages were caused by equipment failures or indirect geopolitical impacts (sanctions). This is the first military conflict directly destroying production facilities — repair cycle far exceeds historical precedent.

I6.2 Country/Region Policies

Country/Region	Policy	Direction	Impact
United States	BLM Federal Helium System privatized (Completed June 2024, Messer $460 million acquisition); Helium removed from critical minerals list (2022)	Negative for supply elasticity	Government reserve function disappears, market adjustment ability declines
European Union	Ban on Russian helium imports from September 2024 (14th sanctions package); Helium listed in Critical Raw Materials Act (CRMA) but not strategic raw materials	Negative for European supply	Loss of Russian source, need to shift to US/Qatar/Algeria — further shortage after Qatar shutdown
China	Helium listed in strategic minerals catalog (same level as rare earths); national helium reserve system under construction	Positive for domestic substitution	Policies drive domestic extraction, but geological endowment limits ceiling
Russia	April 2026 export controls on helium until end of 2027; exports require Ministry of Industry and Trade review + Prime Minister approval	Neutral (negative globally)	Exports to friendly nations (e.g., China) still possible, but implementation uncertain

Source: BLM Press Release (2024-06-27); EU Council Official Journal CFSP 2024/1744; EUR-Lex Regulation (EU) 2024/1252; People's Daily; The Moscow Times (2026-04-14).

I6.3 Changes in Trade Flows

Flow	2020 (Pre-Conflict)	2024 (BLM Privatization)	2026-2028E (Geopolitical Reshaping)
US → Global	World's largest exporter	Export share declining (BLM exit + domestic demand growth)	Remains net exporter but share further shrinks
Qatar → Asia-Pacific	Major supply source for Asia-Pacific	~54% of China's imports	Shutdown — massive hole in global supply map
Russia → China/India	Near zero	~44% of China's imports (2025)	Share limited under export controls; only friendly countries get quotas
Algeria → Europe	Stable supply source for Europe	Maintained	Increasing importance to Europe (replacing Russian helium)

I6.4 ESG/Sustainability

Non-Renewable Resource Attribute: Once helium is released into the atmosphere, it rises and escapes into outer space — the only completely non-recyclable bulk gas. Current global industrial helium recovery rate <60%, leaving huge room for improvement.
Carbon Emission Attribution: Helium is an LNG byproduct; upstream natural gas extraction and liquefaction carbon emissions should be allocated proportionally by mass. The carbon footprint of long-distance liquid helium shipping (maintaining -269°C) is significantly higher than ordinary LNG transport.
Recovery Incentives: The 2026 shortage is driving a new wave of recovery investment — Samsung committed in March 2026 to deploy helium recovery systems across its entire fabs (target recovery rate >90%, current ~19%); Europe's helium recovery system market CAGR ~7.9% (2025-2034).

I7. Core Controversies and Scenarios

Key Variable One: Qatar Restart Timeline — 6 Months or 5 Years?

	Bull (Fast Repair)	Bear (Slow Repair)
Argument	The Strait of Hormuz blockade is a logistics interruption, not structural capacity loss. If US-Iran talks achieve a deal (Guanggang Gas management cited this expectation on June 17), the strait could reopen within weeks, and ~80% of Qatar's helium capacity could be quickly restored.	QatarEnergy CEO explicitly stated two LNG production lines are severely damaged and will take 3-5 years to repair (Reuters 2026-03-19). Helium plants depend on LNG facilities; repair timelines are synchronized.
Tracking Indicators	① Recovery of commercial vessel traffic through the Strait of Hormuz; ② US-Iran deal progress; ③ QatarEnergy official restart announcement.	① Damage assessment report for Helium 2 plant; ② QatarEnergy quarterly operational updates; ③ LNG export recovery progress.

Our Judgment: Leaning towards slow repair. The CEO's public statement carries highest authority; even if a US-Iran deal is reached, physical repair will still take 2-3+ years. Full production before end-2027 is highly unlikely.

Key Variable Two: Can Semiconductor Helium Recovery Reverse Demand Growth?

	Bull (Rigid Demand Growth)	Bear (Recovery Destroys Incremental Demand)
Argument	IDTechEx predicts semiconductor helium demand will grow 5 times by 2035, driven by increasing EUV layer counts and wafer capacity expansion. Helium is irreplaceable in EUV lithography.	Samsung committed in March 2026 to full-fab recovery system deployment (target >90% recovery vs. current 19.1%); TSMC already has 65-70% fab recovery rate. If the whole industry reaches 70-80% recovery, net semiconductor helium demand growth could approach zero.
Tracking Indicators	① Global 300mm wafer monthly capacity changes; ② EUV layer count trends (3nm→2nm→1.4nm).	① Samsung/TSMC/Intel recovery system deployment progress announcements; ② Year-on-year change in semiconductor industry helium procurement spending.

Our Judgment: Recovery is a substantive demand headwind in the medium term (3-5 years), but in the short term (12-24 months), the deployment pace of recovery systems is insufficient to offset the increments from EUV expansion. In 2026-2027, semiconductor helium demand will still grow by 5-7%; after 2028, growth may slow to 2-3%.

Key Variable Three: Can Russia's Amur GPP Be the "Firefighter"?

	Bull (Amur Releases Incremental Supply)	Bear (Export Constraints Limit)
Argument	Amur GPP design capacity 60 Mcm/yr, currently only ~28% utilization. If sanctions ease or China increases purchases, huge incremental supply could be released.	Russia imposed helium export controls in April 2026 through end-2027; exports require Prime Minister approval. Even if allowed, helium primarily flows to China via the China-Russia pipeline, not directly alleviating global (especially Europe/US) shortages.
Tracking Indicators	① Monthly China helium imports from Russia; ② Actual approval pace of Russian export controls; ③ Amur GPP Unit 3 startup announcement.	Same as left.

Our Judgment: Amur is a China-specific supply increment, not a global solution. Geographically (via pipeline/rail), Russian helium can only efficiently serve the Chinese market; its relief effect on Japan/Korea/Europe/US is limited.

Scenario Analysis

Scenario	Probability	2027 Global Shortfall	2027 North America Avg Price ($/Mcf)	Core Narrative
Bear (Rapid Resolution)	15%	Within −5 Mcm (near balance)	250-500	US-Iran deal reached → Hormuz reopened → Qatar rapid restart + Helium 4 early → Russian export controls eased → Global returns to oversupply
Base (Slow Repair)	50%	−15 to −20 Mcm	500-1,200	Qatar partial restart by mid-2027 (35-40%) + Helium 4 online year-end + Amur ramp-up but constrained → Shortfall narrows from 15% to 8-10%, price begins to decline in 2H2027
Bull (Prolonged Shortage)	35%	Above −25 Mcm	1,500-3,000+	Ras Laffan severely damaged requiring 2+ years → Hormuz blockade persists → Messer hoarding → Russian controls extended → Shortage lasts into 2028+

Catalyst Calendar (2H2026-2027)

Date/Window	Event	Directional Impact	Corresponding Key Factor
Jul-Sep 2026	US-Iran nuclear deal negotiation window (Guanggang management cited expectation on June 17)	Deal reached → bearish helium price (expectation of Strait reopening); collapse → bullish	S1
Aug 2026	QatarEnergy quarterly report / damage assessment update	Repair timeline shortened/lengthened → directly impacts 2027 balance	S1
Sep-Oct 2026	Gazprom Amur GPP Unit 3 start-up announcement	If confirmed start-up → marginal supply boost (mainly to China)	S3
Oct 2026	Samsung Q3 earnings – helium procurement spend disclosure	If procurement spend declines significantly YoY → recycling effect exceeds expectations → bearish helium demand	S2
Nov 2026	USGS 2027 Helium Annual Statistics preliminary draft	Official 2026 production/consumption data → anchors shortfall magnitude	S1/S2
Dec 2026	QatarEnergy Helium 4 project progress update	Whether affected by Ras Laffan damage → determines 2027 new supply	S1
Jan 2027	TSMC 2026 Q4 earnings – capex guidance	EUV/advanced node capex → semiconductor helium demand direction	S2
Mar 2027	Russian export controls annual review	Whether extended/adjusted → affects Amur capacity release	S3
Q2 2027	GE/Philips annual MRI shipments – ZBO penetration rate	ZBO adoption accelerating → medical helium demand downside risk	S2
Q3 2027	Helium 4 plant expected commissioning window	If on schedule → ~17 Mcm new supply in 2H2027	S1

I8. Investment Implications & Beneficiaries

Industry View

Bullish helium prices, 12-month time horizon, medium-high conviction. Core logic: ① Qatar's Ras Laffan outage (~30% global supply disruption) has a repair cycle of at least 2-3 years (per QatarEnergy CEO), much longer than historical shortages; ② Semiconductor EUV capacity expansion and space launch growth provide structural demand support; ③ After BLM privatization, the US no longer has a government helium buffer; Messer's hoarding incentive is stronger than releasing; ④ Russian export controls further limit incremental supply. Main risks: US-Iran deal leading to early reopening of the Strait of Hormuz + semiconductor recycling rate exceeding expectations + accelerated ZBO MRI adoption.

Beneficiaries (Bullish Helium Value Chain)

Ticker	Code	Beneficiary Logic	Risk Note
Linde plc	LIN (NYSE)	Most vertically integrated gas company – controls the world's broadest liquid helium transport network and long-term contract relationships. In supply-constrained periods, contracted supply assurance + spot premiums directly translate into profits. Helium estimated at ~7-9% of revenue, core profit contributor for specialty gases	Qatar outage also affects its supply source (equity in Qatargas Helium 2); volume contraction partially offsets price gains; current valuation not cheap (FY2024 P/E ~30x)
Air Liquide	AI.PA (Euronext)	Signed a 20-year 300 Mmcf/yr contract with QatarEnergy in Jan 2026 – this contract becomes a core competitive advantage once Qatar restores supply, ensuring long-term low-cost supply	Also faces supply interruption during the current Qatar outage; near-term profit contribution limited; contract value depends on Qatar restart timing
Messer Group	Private	Owner of BLM Cliffside storage – world's largest helium buffer stock (estimated 25-35 Mcm), can release inventory for excess profit during extreme spot prices	No public trading, investors cannot directly participate; commercial rationality of hoarding strategy vs regulatory pressure
Guanggang Gas	688548 (SSE)	China's largest domestic helium importer (~13% import share), signed a 20-year contract with QatarEnergy in 2025. Once Qatar resumes supply, the contract ensures low-cost supply; helium inventory has greatly appreciated	Contract temporarily unfulfillable during Qatar outage (force majeure); short-term physical supply zero; P/E 137x already prices in some expectations; contract pricing may float with market rather than fixed low price
Huate Gas	688268 (SSE)	Mass production of 6N electronic-grade helium, multi-source supply capability, semiconductor customer certification barriers. During helium shortages, electronic-grade products command stronger premium	Raw gas still relies on imports; China's geological endowment limits true self-sufficiency; extremely high valuation (P/E 193x)

Avoid

Semiconductor manufacturers relying on helium spot purchases (without long-term helium contracts): In a spot price environment of $1,500+/Mcf, production costs will rise significantly. Investors are advised to review the helium procurement structure of relevant companies.
Low value-added helium users (balloons/entertainment, etc.): In a shortage allocation environment, low-efficiency consumptive uses are the first to be curtailed; related companies may face helium supply interruptions.

Key Industry-Level Risks

Geopolitical reversal: US-Iran deal → Hormuz reopened → Qatar logistics restored – this is the biggest bear trigger, could change supply-demand dynamics within weeks.
Demand destruction exceeding expectations: Samsung/TSMC helium recycling deployment + accelerated ZBO MRI → global demand growth significantly lower than estimated 3%; 2028 demand may be only 175-178 Mcm instead of 183 Mcm.
Russian supply release exceeding expectations: If Russia-Ukraine conflict resolves + sanctions lifted, Amur GPP could release 60 Mcm/yr capacity within 2-3 years (~1/3 of global demand), fundamentally changing the global balance.
Price data uncertainty: Data from different pricing agencies vary by orders of magnitude; investment decisions based on incorrect price signals carry significant risk.

Suggested follow-up research: For the above beneficiaries, separate files can be created for in-depth individual stock analysis – quantify the actual earnings sensitivity to helium, contract structure, valuation and target price.

This report is based on public sources including USGS, QatarEnergy, Reuters, Gasworld, BusinessAnalytiq, company disclosures, etc., is for reference only, and does not constitute investment advice. Helium market price data has cross-source inconsistencies; investors should independently verify key price assumptions.

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