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War Consequence Snapshots: Early Impacts of the U.S.–Israel–Iran Conflict on Global Energy

25, Mar 2026 - 11:29

The following entries are drawn from LinkedIn commentary and institutional research published in March 2026. They represent early-stage thinking on likely consequences of the Middle East conflict — particularly the closure of the Strait of Hormuz and the destruction of Qatari LNG infrastructure. These are working notes intended to inform future full articles and quantitative analysis. Source attribution is included for each entry.

The 'Coal Pivot': Asian Economies Risk Abandoning Climate Goals as Qatari Gas Supplies Vanish

Source: LinkedIn post by energy geopolitics commentator (hashtag #EnergyGeopoliticsandStatecraft), published c. 19–21 March 2026. Author details not confirmed — content reproduced for research purposes.

Core Argument

The destruction inflicted on Qatari LNG facilities by Iranian attacks will trigger a massive ramp-up in coal consumption throughout Asia. Asian nations — already heavily dependent on coal for power generation — will default to coal as LNG prices surge and supply contracts are suspended. This dynamic risks a lasting setback to regional climate commitments.

Key Claims & Data Points

·  All major Qatari LNG importers are in East and South Asia — nations with a heavy residual dependency on coal in their power sectors.

·  Asian natural gas prices are at their highest levels since early 2022 (Russia–Ukraine war onset), with further increases expected due to summer air-conditioning demand.

·  Estimated 12.8 Mtpa (million tonnes per annum) of Qatari LNG supply could be offline for at least 3–5 years. [NOTE FOR FUTURE ARTICLE: verify against Baringa's 18 bcm/yr estimate — see Entry 2 below. 12.8 Mtpa ≈ 17.4 bcm/yr, broadly consistent.]

·  Major supply contracts for Italy, Belgium, China, and South Korea face potential cancellation or indefinite force majeure status.

·  Countries explicitly cited as likely coal pivots: China, Bangladesh, Philippines — representing a wide spectrum from developed to fragile economies.

Likely Consequence

A sustained return to coal in Asian power generation is now the path of least resistance. The policy reversal is unlikely to be short-lived: coal will remain the default until the Strait of Hormuz reopens (a major 'if') and gas prices normalise. The author's conclusion is stark — the U.S.–Israel–Iran war has become a primary accelerant of the global climate crisis.

 

To Research:  Quantify the coal substitution: how many additional TWh of coal generation across Asia if 12.8 Mtpa of Qatari LNG is offline for 3 years? What is the CO equivalent uplift? Cross-reference against IEA Asian coal import data and regional NDC targets.

References Needed:  Saad Sherida Al-Kaabi (QatarEnergy CEO) statement on Ras Laffan damage and timeline. Asian LNG import dependency data (IEA, GIIGNL 2025 Annual Report). Coal price benchmarks (Newcastle API2, Richards Bay).

2.  Middle East Conflict — Impact on Gas Markets

Source: Baringa Partners LLP, confidential client briefing note, 'Middle East Conflict – Impact on Gas Markets', dated 19 March 2026. Baringa Partners LLP, 62 Buckingham Gate, London, SW1E 6AJ. Reproduced for internal research and analysis purposes.

Context & Scenario Update

Baringa had published a three-scenario framework on 4 March 2026 (days after Hormuz closed) covering conflict durations of 3 months, 6 months, and a multi-year disruption through 2030. As of 19 March, Baringa formally retired Scenarios 1 and 2 — a rapid or medium-term resolution is no longer the working assumption. The damage to two of Qatar's 14 LNG production trains (plus one GTL plant) means that even a swift ceasefire leaves a permanent supply gap of several years duration.

Key Data Points

·  Two of Qatar's 14 LNG trains damaged — Qatari Energy Minister confirmed a 3–5 year reconstruction timeline to restore capacity.

·  One Gas-to-Liquids (GTL) plant also damaged (Pearl GTL, one of the world's largest).

·  Supply loss from confirmed damage: ~18 bcm/yr (billion cubic metres per year).

·  Intraday gas price reaction on 19 March: TTF front month +13% to €62/MWh; Summer 2027 contracts +~30% to ~€45/MWh — the first significant movement in longer-dated contracts.

·  ~70 bcm/yr of Qatari and Emirati expansion projects now likely delayed/cancelled; ~280 bcm/yr of other new LNG capacity globally still under construction and on track.

Forward Market Dynamics

Prior to the conflict, the dominant gas market narrative was an oversupplied LNG market — how low prices would go, not how high. That paradigm has been comprehensively overturned. Forward curves had initially only moved in the prompt 12–18 months; the 19 March Ras Laffan news was the first event to shift multi-year contracts materially, confirming that the market is now pricing in a structural, multi-year supply deficit.

Supply Balance Scenarios (Baringa)

·  Base case (~18 bcm/yr loss confirmed, remainder restarts quickly): High and volatile prices through 2026 and much of 2027; gradual normalisation.

·  Extended damage scenario (further strikes, >18 bcm/yr offline): Sustained price uplift, higher risk of acute price spikes in periods of competing demand; slower market recovery beyond 2027.

·  New LNG supply offset: ~280 bcm/yr of non-Qatari/Emirati capacity under construction globally still expected to come online by 2030, providing eventual rebalancing — but this is years away.

Baringa's Structural Conclusion

"Global gas and LNG trade may never be the same again." The report identifies trade friction, elevated risk premia, structural supply uncertainty, geopolitical upheaval, and a wave of contractual entanglements as permanent features of the post-crisis LNG market. The willingness of new buyers to rely on LNG versus alternatives (coal, renewables acceleration, nuclear) is now fundamentally in question.

Summer 2026 Gas Shortage Warning

Baringa warns that summer 2026 will see a global gas shortage as Europe competes to refill storage depleted over the 2025–26 winter. European summer refill demand will collide with reduced Qatari supply, pushing prices higher and potentially sustaining into winter 2026–27.

To Research:  Model the supply/demand balance using Baringa's three scenarios as a framework. Key inputs: pre-conflict Qatar export volumes by destination; damage assessment for each Ras Laffan train; European storage levels (GIE AGSI+ data); Asian LNG spot price (JKM). Cross-reference Baringa's 18 bcm/yr figure against IEA and S&P Global Commodity Insights.

References Needed:  Baringa Partners, 'Middle East Conflict – Impact on Gas Markets', 19 March 2026 (cited directly above). IEA, 'World faces largest-ever oil supply disruption', March 2026. GIE AGSI+ European gas storage data. S&P Global Market Intelligence: Qatar LNG train specifications and output capacity. QatarEnergy CEO Saad Sherida Al-Kaabi public statement, ~18–19 March 2026.

Cross-Cutting Themes for Future Analysis

Read together, these two entries point to several compounding consequences of the conflict that merit rigorous quantitative treatment in future articles:

·  Coal re-entrenchment in Asia — driven by LNG price shock and supply gap, not policy choice. Duration risk: 3–5 years minimum even under optimistic Ras Laffan repair timelines.

·  Climate backslide — the conflict is a structural climate-accelerant: coal growth, delayed renewable transitions, and reduced investor confidence in LNG as a 'bridge fuel'.

·  European energy security — summer 2026 storage refill season will be uniquely competitive; European buyers face spot LNG prices elevated by Asian coal-switching demand.

·  LNG market structure — the 'oversupply era' narrative is dead. Pre-FID U.S. LNG projects (Venture Global, NextDecade, Sempra) may see a wave of new long-term contract signings as buyers seek non-Middle East supply security.

·  Contractual and legal complexity — force majeure declarations at Ras Laffan and across Gulf producers create a multi-year wave of contract disputes, re-negotiations, and potential litigation under English law (the dominant LNG contract jurisdiction).

Source:

Energy Security LNG infrastructure damage