Gulf Energy Pain Map: Above-Ground Chokepoints in the Iran Conflict

1. Executive Overview

This assessment focuses on public, system-level exposure and market consequences rather than tactical vulnerability. The relevant analytical frame is not a map of reservoirs but a map of above-ground chokepoints. Iran’s publicly reported arsenal includes ballistic systems up to 2,000 km, cruise systems up to 3,000 km, and long-range drones with public estimates up to approximately 2,500 km. That places virtually all Gulf core oil, gas, LNG, refining, export, and pipeline infrastructure within nominal reach — including the Saudi Red Sea bypass corridor and much of the eastern Mediterranean gas system.

Current market stress already validates the exposure. The Strait of Hormuz has been effectively shut; approximately 20% of global oil and LNG flows normally pass through it. Brent has surged and European gas prices have jumped sharply after direct hits on regional energy infrastructure. These are not theoretical scenarios — they are observable market signals already being priced by producers, shippers, and end-market importers across Europe and Asia.

The highest systemic exposures are not the largest underground resources. They are the dense surface nodes that concentrate processing, stabilization, storage, marine loading, and bypass optionality. Damage to a field can sometimes be managed if export and processing systems survive. Damage to LNG trains, crude stabilization plants, gas processing hubs, export terminals, or bypass pipelines forces immediate shut-ins, saturates storage, and creates direct revenue loss even if the reservoir is untouched.

The Above-Ground Chokepoint Thesis

Conventional analysis often leads with reservoir size: proved reserves, plateau production rates, field lifespans. That framing understates risk in a conflict scenario because it focuses on assets Iran cannot easily destroy rather than the ones it can. The above-ground chokepoint thesis inverts the priority: it asks which surface infrastructure, if damaged, would immediately strand the most production and disrupt the most export capacity. The answer systematically points to a small number of industrial complexes rather than any particular field.

This logic is visible already in Iraq, where southern export disruption cut output from approximately 4.2–4.3 mb/d to approximately 1.2–1.3 mb/d. The fields themselves were not destroyed — production fell because tankers could not move through Hormuz, storage filled, and producers had nowhere to send crude. In Qatar, 17% of LNG export capacity was disabled even though the North Field resource itself was not destroyed. Two above-ground train facilities at Ras Laffan removed 12.8 mtpa of export capacity for an expected 3–5 years.

Strike Capability and Coverage

• Ballistic missiles: publicly reported range up to 2,000 km; covers the entire Arabian Peninsula, all Gulf states, and extends into the eastern Mediterranean
• Cruise missiles: publicly reported range up to 3,000 km; extends the coverage to Egypt’s Suez corridor, the Red Sea, and the Levant
• Long-range drones: public estimates up to approximately 2,500 km; complements cruise coverage with lower-cost, higher-volume, harder-to-intercept delivery
• Coverage implication: virtually all Gulf core energy infrastructure — Qatar LNG, Saudi Arabian processing and export, UAE bypass, Kuwait downstream, and Iraqi Basra terminals — lies within nominal reach of all three systems

Current Market Validation

The market has already begun pricing the above-ground chokepoint thesis. Key indicators:

• The Strait of Hormuz has been effectively shut, removing approximately 20% of global oil and LNG supply from normal transit
• Brent crude has surged on Hormuz disruption and direct infrastructure strikes
• European gas prices jumped as much as 35% following the Ras Laffan strike
• Force majeure declarations are already active on LNG contracts into Italy, Belgium, South Korea, and China
• Iraq’s southern output fell approximately 70% — from 4.2–4.3 mb/d to 1.2–1.3 mb/d — not from field destruction but from export system impairment

The key investment implication is that this is not a tail-risk scenario anymore. It is already in the data. The analytical question is no longer whether Gulf energy infrastructure is vulnerable but which additional nodes matter most and how durable each disruption is likely to be.

2. Qatar — Ras Laffan and the North Field

Qatar is the single most globally consequential gas exposure in the region. Ras Laffan Industrial City is the world’s largest LNG complex and the surface expression of the North Field — the largest single natural gas reservoir in the world. The complex hosts 14 LNG trains and 77 mtpa of nameplate liquefaction capacity. EIA data show Qatar was the 2nd-largest LNG exporter globally in 2024 and accounted for nearly 20% of global LNG exports. Ras Laffan also supplies approximately 0.8 Tcf of pipeline gas per year to the UAE and Oman through the Dolphin pipeline, making it both an LNG export hub and a regional gas-security asset.

The March 2026 strike removed 2 of 14 LNG trains and damaged 1 of 2 GTL facilities at Ras Laffan, representing the largest single disruption to global LNG supply in history. Critically, these are above-ground industrial structures — cryogenic trains, compressors, and turbines — not underground reservoirs. The North Field itself remains intact. The damage is entirely at the surface processing and liquefaction layer where gas becomes LNG and where condensate, LPG, helium, naphtha, and sulphur are separated and processed.

Why Ras Laffan Is the Highest-Convexity Gas Asset

Ras Laffan matters not merely because of its size but because of its multi-commodity structure. Most LNG terminals export LNG and receive payment. Ras Laffan operates as a petrochemical, industrial gas, and feedstock superhub where LNG is one of several co-products from the same North Field gas streams. When trains are taken offline, the loss cascades across LNG, condensate, LPG, helium, naphtha, and sulphur simultaneously. No single replacement node can replicate that configuration. Qatar is not fungible.

Repair timelines make this particularly painful. Cryogenic liquefaction equipment — the cold boxes, compressors, heat exchangers, and associated turbomachinery — is manufactured by a small number of specialized suppliers globally. Lead times for replacement components are long even in normal conditions. A 3–5 year outage assumption is conservative but realistic. The global LNG market will not see those 12.8 mtpa replaced by new supply before 2029 at the earliest, assuming new projects start construction immediately.

Dolphin Pipeline and Regional Gas Security

The Dolphin pipeline carries approximately 0.8 Tcf per year of Qatari gas to the UAE and Oman. It is not an LNG trade — it is pipeline gas that underpins UAE and Oman domestic power and industrial supply. Any disruption to Dolphin gas flows would tighten UAE domestic gas availability, put pressure on ADNOC gas supply commitments, and require UAE to increase its own gas production or curtail power generation. The pipeline runs through the Gulf seabed, which adds an additional vulnerability dimension to Qatari gas geopolitics.

3. Saudi Arabia — Oil Processing and Export

Saudi Arabia is the largest oil-consequence set in the region. Its highest-value nodes are not its largest fields but the processing, stabilization, and export infrastructure that converts produced crude into saleable barrels. Saudi exported 7.0 mb/d of crude in 2023, and 42% of the crude transiting Hormuz that year was Saudi. Any sustained impairment of Saudi processing or export infrastructure has immediate global oil market consequences.

Abqaiq: The World’s Most Critical Oil Processing Node

Abqaiq is the world’s largest crude oil stabilization and gas-oil separation plant. It provides around 5% of global oil supply and stabilizes approximately 50% of Saudi daily oil production. The plant processes Arab Light, Arab Extra Light, Arab Super Light, and condensate streams, removing dissolved gases and hydrogen sulfide to produce exportable crude grades. A sustained Abqaiq outage would be more damaging than damage at most individual fields because it sits at the irreplaceable conversion point between produced crude and exportable crude. Multiple fields feed into Abqaiq; if the plant cannot process their output, those fields cannot export regardless of their own operational status.

Abqaiq was attacked by drones and cruise missiles in September 2019. That attack briefly halted approximately 5.7 mb/d of production — about 5% of global supply at the time. Saudi Arabia managed to restore output faster than initially expected through redundant systems and emergency response. In a sustained conflict scenario, repeated attacks on Abqaiq with no restoration window would produce far more severe and prolonged consequences.

Ras Tanura, Juaymah, and the Gulf Coast Export Belt

Saudi Arabia’s second key exposure is its Gulf coast export and NGL belt. Ras Tanura is the kingdom’s largest refinery at 550 kb/d and has already had to restart after a drone attack. Juaymah is among the world’s largest LPG export terminals and has suffered structural damage that halted exports. Together with their associated storage, loading arms, and marine infrastructure, Ras Tanura and Juaymah represent the primary mechanism by which Saudi crude and products reach Asian importers.

Asia is the dominant end-market: 75% of Saudi crude exports went to Asia in 2023. Juaymah LPG exports are concentrated in India, China, Japan, and South Korea. A durable impairment of Ras Tanura, Juaymah, associated storage, or loading systems would therefore hit crude, LPG, and refined-product availability simultaneously, with particular pain for Asian petrochemical and industrial supply chains.

East-West Pipeline: The Bypass Under Pressure

Saudi Arabia’s relief valve from Hormuz disruption is the East-West pipeline to Yanbu on the Red Sea. Public sources put nameplate capacity at 5 mb/d, temporarily expandable to 7 mb/d. After Hormuz disruption, flows surged to approximately 5.9 mb/d and were expected to reach full 7 mb/d utilization. Yanbu loading schedules were running around 3.8 mb/d in March 2026.

The strategic problem is that the bypass is now part of the target set. SAMREF in Yanbu has already been hit by a drone; a missile aimed at Yanbu was intercepted. This makes the East-West/Yanbu system disproportionately important and disproportionately at risk: damage there removes scarce bypass capacity rather than just another Gulf export point trapped behind Hormuz. There is no tertiary bypass. If Yanbu is meaningfully degraded while Hormuz remains shut, Saudi export capacity is severely constrained from both ends simultaneously.

Saudi Critical Infrastructure

Saudi Refining Capacity

EIA data put Saudi Arabia’s total domestic refining capacity at 3.291 mb/d, concentrated in a handful of very large coastal and inland sites. Damage to any single refinery primarily expresses itself through product cracks, petrochemical feedstock stress, and local fuel shortages. Damage to multiple coastal refineries simultaneously would be more serious because it would cut both processing capacity and product export capability. The strategic value of coastal refineries such as Ras Tanura and SATORP (Jubail) is greater than inland facilities because they are integrated with crude export infrastructure and serve as loading points for refined product exports to Asia.

Saudi Gas Processing: Domestic Risk

Saudi gas processing is a less visible but still critical vulnerability. Aramco reports gas processing capacity reached approximately 19.6 bscfd by end-2025. Key facilities include Tanajib, Berri, Fadhili, Haradh, Hawiyah, Khursaniyah, Midyan, Shedgum, Shaybah, Uthamaniyah, and Wasit, plus unconventional development at Jafurah — the kingdom’s largest unconventional gas field with 229 Tcf of reserves and a late-2025 start-up. Hawiyah alone has capacity of approximately 3.6 bcf/d. Disruption to Saudi gas processing would not primarily hit global gas balances through exports — Saudi Arabia is not a significant gas exporter. It would hit Saudi domestic power generation, seawater desalination, industrial feedstock supply, and the substitution balance between gas and direct crude burn, the last of which is the critical metric for how much crude Aramco can export versus consume domestically.

4. United Arab Emirates — Fujairah and Habshan

The UAE’s highest-value assets in this context are those that sit outside Hormuz or feed non-Hormuz outlets. The Habshan-Fujairah chain is strategically equivalent to Saudi Arabia’s East-West pipeline: it is the bypass mechanism that allows UAE crude to reach global markets without transiting Hormuz. In a conflict scenario, bypass infrastructure is disproportionately valuable precisely because it is scarce.

Fujairah: Scarce Exit Point

Fujairah exported more than 1.7 mb/d of crude and refined fuels in 2025, equal to approximately 1.7% of global demand. The port has 18 million cubic meters of storage, making it one of the largest oil storage hubs in the world outside of the United States. It ranked as the 4th-largest bunker hub globally in 2025, with 7.4 million cubic meters of marine fuels sold. ADNOC suspended crude loadings at Fujairah after drone attacks, and it is a critical exit point for approximately 1 mb/d of Murban crude. From a market perspective, Fujairah is not just a port. It is one of the few places in the Gulf region where crude can exit to the open ocean without passing through a contested strait.

UAE Key Assets

UAE Refining and Downstream

ADNOC Refining operates facilities that jointly refine nearly 1 mb/d of crude and condensates. The Shah gas field supplies at least 500 mmcf/d to the domestic grid. Das Island adds 6 mtpa of LNG export capacity to ADNOC’s portfolio. Damage to Habshan, Ruwais, Das Island, or Shah would simultaneously hit export logistics, domestic gas security, refining throughput, and the growth trajectory of ADNOC’s LNG ambitions. The UAE’s strategic positioning as a non-Hormuz exit point — which has made it disproportionately valuable in the current crisis — would be substantially degraded if Fujairah and Habshan were both meaningfully impaired at the same time.

5. Kuwait — Southern Belt Concentration

Kuwait’s exposure is defined by extreme downstream concentration in its southern coastal belt. Unlike Saudi Arabia, which has some geographic spread in its energy infrastructure, Kuwait’s processing, refining, and export systems are packed into a relatively compact coastal geography. This concentration is a function of Kuwait’s small physical size and is essentially irreducible without a wholesale restructuring of its energy system that would take decades.

Downstream Concentration Risk

KNPC states that Mina Al-Ahmadi and Mina Abdullah have combined refining capacity of 800 kb/d. KIPIC’s Al-Zour refinery has reached 615 kb/d, making it one of the largest refineries built in the last decade. That places approximately 1.415 mb/d of refining capacity in a relatively compact coastal corridor. This is the core of Kuwait’s ability to monetize crude: it refines domestically, exports products, and uses domestic gas for power and feedstock.

Mina Al-Ahmadi also houses major gas processing infrastructure with 5 trains and stated capacity of 3.1 billion standard cubic feet of gas plus condensate handling. Al-Zour includes an LNG import terminal with 22 mtpa of regas capacity and 1.8 million cubic meters of storage. The LNG import terminal is critical because Kuwait does not produce enough natural gas to meet domestic demand, particularly for power generation in summer, and relies on LNG imports to bridge the gap. If the Al-Zour regas terminal is damaged, Kuwait’s domestic gas supply is directly threatened, which then threatens the power sector and the desalination plants on which a water-stressed population depends.

Ongoing Attacks and Greater Burgan

Operational units at Mina Al-Ahmadi and Mina Abdullah have already been targeted by drones, and repeated fires have been reported at Mina Al-Ahmadi. These are not speculative risks. Kuwait’s southern belt is already under active engagement. The fires and shutdowns at Mina Al-Ahmadi represent the initial phase of what could be a sustained campaign against Kuwait’s most concentrated energy infrastructure.

Update (March 20, 2026): Kuwait’s Mina Al-Ahmadi refinery was struck by Iranian drones again on March 20, sparking fires in several units, according to KPC via Kuwait state media. No casualties were initially reported, but the attack — the latest in a series — reinforces that Iran’s targeting of Kuwait’s southern refining belt is not a one-off event but an ongoing campaign. Repeated disruption at Mina Al-Ahmadi increases the probability of cumulative damage that could impair processing capacity for an extended period, even if each individual attack is contained.

Kuwait’s main upstream asset remains Greater Burgan, the historic foundation of its oil sector and still the core of its mature production base. KPC identifies Burgan as the starting point of Kuwait’s commercial oil industry, and EIA notes that much of Kuwait’s long-term production decline has occurred in the large, mature Burgan field. From a market-consequence perspective, however, Kuwait’s coastal refining, gas processing, and LNG import infrastructure is more fragile and more important in the near term than direct field damage. Burgan’s production is relatively stable; its monetization depends on downstream infrastructure remaining functional. If Hormuz disruption persists and storage fills, Kuwait could be forced to curtail output from Burgan not because of any damage to the field but because there is nowhere to send the crude — the same dynamic that already cut Iraq’s southern output by 70%.

6. Iraq — Basra Export Dependency

Iraq is the clearest and most advanced case of export dependency dominating field size. The Iraqi state is not just exposed to energy disruption — it is almost entirely dependent on it. Oil accounts for approximately 60% of Iraq’s GDP, 90% of government revenue, and 95% of export earnings. Iraq’s southern oil system is therefore not just an energy asset base. It is the fiscal foundation of the state.

Southern Output Collapse

Southern output has already fallen by approximately 70% — from roughly 4.2–4.3 mb/d to roughly 1.2–1.3 mb/d — because storage filled and tankers could not move through Hormuz. Southern exports had been above 3.3 mb/d as recently as February 2026. That collapse was not driven by field destruction. It was driven by the inability to export: once storage fills, production must be shut in to avoid reservoir damage. The fields themselves remain physically intact.

This is the defining case study for the above-ground chokepoint thesis. Iraq’s largest fields — Rumaila, West Qurna 2, Zubair, Majnoon — are some of the most prolific in the world. But they are economically inert without functioning export terminals, single-point moorings, gathering pipelines, and gas handling infrastructure. The Basra concentration is the operational hub that connects those reservoirs to global markets, and it is uniquely vulnerable.

Iraqi Production Cuts by Field and Facility

Fiscal and Sovereign Implications

Iraq’s fiscal dependency on oil is more extreme than any other Gulf state. With oil revenues constituting 90% of government revenues and 95% of export earnings, a prolonged export disruption is not an economic stress. It is an existential fiscal crisis. A sustained impairment of Iraq’s southern export capacity would quickly exhaust foreign exchange reserves, force cuts to government salaries and transfers that a fragile state budget relies on to maintain social stability, and potentially destabilize the political system in ways that compound the energy market disruption.

The key investment implication is that Iraq cannot easily diversify its fiscal base or its export routes. The Kurdish pipeline to Turkey via the KRG is shut due to longstanding disputes. The only functioning export route is southern Basra. There is no plan B. If the southern system remains impaired for an extended period, market analysts should expect Iraq to pressure for immediate conflict resolution or to request emergency international assistance — but neither is a short-term solution to the near-term fiscal gap.

7. Oman, Bahrain, and Eastern Mediterranean

Oman — Strategic Value Outside Hormuz

Oman’s volumes are smaller than those of Saudi Arabia, Qatar, or the UAE in normal conditions, but its assets are strategically overvalued in this crisis because they sit outside Hormuz. Oman faces the Arabian Sea, not the Persian Gulf. Its crude, LNG, and refined product exports do not require Hormuz transit, which makes Oman infrastructure a premium outlet at a time when all Hormuz-dependent alternatives are constrained.

The Qalhat/Sur LNG complex has enhanced nameplate capacity of approximately 11.4 mtpa across three trains, with Oman LNG and Qalhat LNG as its operating entities. Oman is a significant LNG supplier to Asia and Europe. Khazzan and Ghazeer fields in the interior produce approximately 1.5 bcf/d, forming the gas backbone for domestic supply and LNG feedstock. Duqm refining capacity is approximately 255 kb/d at the new refinery operated by OQ, with the Duqm Special Economic Zone positioned as a strategic industrial hub precisely because of its non-Hormuz location. Mina al-Fahal is Oman’s primary oil export terminal, exporting Omani crude to Asia under long-term contracts.

These assets matter less in normal times than larger Gulf hubs, but materially more in a crisis because they are scarce alternative outlets and supply sources when Gulf routes are constrained. Buyers who hold Oman supply contracts are better positioned than those holding Hormuz-routed supply in this scenario. Oman also maintains diplomatic relations with Iran, which has historically given its infrastructure a degree of protection that Saudi and Emirati assets do not have.

Bahrain — Coupling to Saudi Arabia

Bahrain is chiefly a domestic and regional security issue rather than a global oil-balance shock, but its infrastructure is still strategically exposed and its coupling to Saudi Arabia means that its risks are partially a proxy for Saudi risks. Bapco’s modernization program lifts Bahrain’s refining capacity from 267 kb/d to 400 kb/d — the Bapco Modernization Program is one of the largest refinery upgrades in the Middle East. Bahrain LNG’s Hidd terminal can regasify up to 800 mmscfd, and like Kuwait, Bahrain relies on LNG imports to supplement domestic gas.

The AB4 pipeline linking Sitra (Bahrain’s refinery complex) to Saudi Arabia’s Abqaiq processing plant has maximum nameplate capacity of 400 kb/d. This means Bahrain’s refining and gas systems are tightly coupled to Saudi supply. If Abqaiq is damaged or Saudi gas processing is disrupted, the feedstock to Bahrain’s refinery and the gas balance across the AB4 link would be impaired simultaneously. Damage to Bahrain would hit Bahrain hard even if the direct global market effect is limited, given the country’s size relative to Saudi Arabia and Qatar.

Eastern Mediterranean — Second-Order but Relevant

The eastern Mediterranean and Red Sea form a second-order but still relevant exposure layer within the nominal reach of Iran’s longest-range systems. Leviathan is Israel’s largest gas field, with current production of approximately 14 bcm per year and expansion planned toward 21 bcm by end-decade. Tamar has capacity around 1.1 bcf/d. Recent conflict has already shut Leviathan and Energean-linked offshore output. Prior Reuters reporting showed Israeli gas disruptions can remove 15%–20% of Egypt’s gas supply. These volumes are smaller than Qatar LNG, but they matter materially for Israeli power security, Egyptian gas balances, Jordanian imports, and East Mediterranean industry.

Saudi Arabia’s Red Sea corridor and Egypt’s transit and LNG assets are also relevant. Egypt’s Idku LNG capacity is 7.2 mtpa, Damietta is 4.9 mtpa, and the SUMED pipeline carries approximately 2.8 mb/d from the Red Sea to the Mediterranean. These assets matter not because they are primary production or export hubs, but because they shape the non-Gulf rerouting capacity available after Gulf disruption. If Saudi crude is rerouted via East-West to Yanbu and then northward through SUMED, any damage to Yanbu or SUMED compounds the supply disruption. Egyptian infrastructure, already stressed by its own economic situation, would become a critical transit vulnerability in a prolonged conflict scenario.

8. Economic Pain by Asset Type

The economic pain Iran can inflict varies sharply by asset type, repair cycle, and the degree to which each asset is irreplaceable in the near term. Understanding the pain taxonomy by category is essential for investment positioning: the market should not price all Gulf energy disruption as equivalent. An LNG train outage is a fundamentally different event from an oil terminal disruption, even if the headline barrel or molecule count is similar.

Additional Strategic Asset Categories

A further tier of strategic exposure sits in assets that crude-centric analysis often undervalues. These include LNG loading berths, single-point moorings, LPG terminals, condensate splitters, GTL plants, helium separation units, sulphur handling facilities, storage tank farms, pipeline pump stations, and gas-to-power feed networks. Juaymah, Pearl GTL, Ras Laffan helium, Habshan, Basrah Gas Company, Al-Zour LNG import, and Bahrain LNG fall into this category.

Their loss may remove fewer headline crude barrels than a supergiant oil field, but can produce outsized dislocation in LPG, industrial gas, fertilizer, petrochemical, semiconductor, and medical supply chains. Helium disruption at Ras Laffan — 14% of Qatar’s capacity removed — is a direct input cost shock for semiconductor fabrication, MRI equipment manufacturing, fiber optic cable production, and scientific research. LPG disruption at Juaymah feeds directly into Indian and Chinese petrochemical margins and residential fuel costs.

9. Macro Transmission and Market Impact

The macro transmission channels from Gulf energy disruption are already visible in real-time market data and are tracking the paths that economic theory would predict. The key insight is that the effects do not remain contained to crude oil and LNG. They propagate through industrial gases, petrochemical feedstocks, refined products, shipping and insurance markets, fertilizer supply chains, and sovereign fiscal positions across both importing and exporting nations.

Reuters reporting shows European gas prices rose as much as 35% after the Ras Laffan strike. IMF analysis cited by Reuters indicates that every sustained 10% increase in oil prices adds approximately 40 basis points to global inflation and subtracts 0.1%–0.2% from global output. Asia is the most exposed end-market: 75% of Saudi crude exports went to Asia in 2023, Juaymah LPG exports are concentrated in India, China, Japan, and South Korea, and Reuters describes Asia as the most vulnerable region to Hormuz disruption.

Stagflation Risk and Global Output

The IMF’s standard oil-price transmission framework estimates that a sustained 10% increase in oil prices adds approximately 40 basis points to global inflation and subtracts 0.1%–0.2% from global output. The current Brent surge represents a shock substantially larger than 10%, and it is accompanied by a gas price shock and an LPG shock simultaneously. The stagflationary combination — energy-driven cost-push inflation hitting supply chains across multiple commodity chains at the same time — is materially more damaging to global output than a pure oil price shock would be in isolation.

Central banks in importing economies face an immediate policy dilemma: tighten into an inflationary supply shock and worsen the output decline, or accommodate and risk an embedded inflation spiral. The Gulf energy disruption scenario is precisely the kind of external shock that monetary policy cannot effectively offset. Fiscal policy responses (subsidies, strategic reserve releases, emergency procurement) can cushion the blow in the near term but cannot replace the physical molecules removed from the system by LNG train damage, terminal shutdowns, and export disruptions.

Asia: Most Exposed Region

Asia is the most exposed end-market across nearly every transmission channel. 75% of Saudi crude exports went to Asia in 2023. Juaymah LPG exports are concentrated in India, China, Japan, and South Korea. Qatar’s force majeure declarations cover South Korea and China. Hormuz handles a large share of total Asian energy imports. Asian economies are also disproportionately sensitive to energy cost inflation because energy intensity of GDP remains higher in many Asian markets than in developed economies, and because subsidy systems in South Asia (India, Pakistan, Bangladesh) create acute fiscal pressure when energy prices spike.

The shipping market amplifies the Asian exposure. Tankers rerouted away from Hormuz must travel further around Oman or carry higher war risk premiums. LNG cargoes diverting from Ras Laffan face not just supply loss but also freight cost increases on replacement cargoes from the US Gulf Coast or Australian Northwest Shelf, which are structurally further from Asian demand centers than Qatar. The effective delivered cost of replacement LNG to North Asia is therefore higher than spot price curves suggest, because freight rates and insurance premiums on replacement shipments will be elevated.

Potential mitigant: strategic petroleum reserves. The standard policy response to Gulf supply disruptions is an IEA-coordinated release from member nations’ strategic petroleum reserves. However, the U.S. SPR sits at approximately 350 million barrels, near its lowest level since the early 1980s after the 2022–2023 drawdowns, which limits the available cushion. A coordinated release could temporarily cap crude price upside, but it cannot replace the sustained loss of processing, LNG, LPG, helium, and refined-product supply that a prolonged Gulf disruption creates. SPR releases address crude availability; they do not address the downstream and gas-market dislocations that define the current crisis. The market should therefore treat SPR as a short-term price moderator, not a structural solution to the above-ground infrastructure damage catalogued in this note.