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A $7 Billion Gas Bill Sees Developing Asian Nations Sour on LNG

Summarized by NextFin AI
  • 中东战争导致霍尔木兹海峡运输受阻,卡塔尔LNG出口量同比下降超60%,约1280万吨/年出口产能闲置3至5年,全球LNG供应前景削减多达3500万吨。
  • 亚洲LNG价格飙升至三年多来最高水平,JKM基准价跳涨51%至每百万英热单位16.02美元,亚洲LNG价格自2月28日战争爆发以来累计上涨143%。
  • 巴基斯坦、孟加拉国、泰国和越南等进口依赖型买家面临约70亿美元的额外成本,被迫在燃烧更多煤炭或削减电力之间做出选择,暴露了LNG作为过渡燃料的脆弱性。
  • 亚太动力煤需求预计在2026年增加约7000万吨,主要由现有燃煤电厂利用率提高驱动,韩国和日本5月煤炭进口同比已分别增长超50%和20%,能源转型时间表可能推迟十年以上。

NextFin News - Developing Asia's bet on liquefied natural gas as a cleaner "bridge fuel" is colliding with a $7 billion reality check. A war in the Middle East that erupted in late February has choked the Strait of Hormuz, knocked a large share of Qatari LNG output offline, and sent Asian gas prices to their highest levels in more than three years — leaving the region's poorest, most import-dependent buyers to absorb the bill.

The price shock is doing more than straining budgets. It is forcing a choice that energy ministers across the region hoped they had left behind: burn more coal, or cut power. And in choosing coal, countries from Bangladesh to Thailand are revealing how fragile the LNG bridge-fuel thesis really is.

The $7 Billion Bill: How a War Became an Energy Invoice

The trigger was geopolitical, but the invoice is denominated in energy. Since U.S. and Israeli strikes on Iran began on Feb. 28, fewer than 100 vessels — mostly Indian, Pakistani and Chinese-flagged — have crossed the Strait of Hormuz, the narrow waterway that normally carries about one-fifth of global LNG trade. Qatar, the world's second-largest LNG exporter and the dominant supplier to South Asia, saw its LNG flows fall by more than 60% from a year earlier, according to shipping data tracked by Kpler. Damage to Qatar's liquefaction trains has sidelined about 12.8 million tons per year of export capacity for three to five years, consultancies including S&P Global Energy, ICIS, Kpler and Rystad Energy estimate — cutting the global LNG supply outlook by as much as 35 million tons.

The price response was immediate and severe. Asia's benchmark Japan-Korea Marker jumped 51% in the weeks after the conflict began, reaching $16.02 per million British thermal units by the week ending April 24. The Institute for Energy Economics and Financial Analysis calculated that LNG prices rose 77% and crude oil 51% between Feb. 27 and March 9 — the second major gas spike in four years, after Russia's invasion of Ukraine. Across the region, Asian LNG prices have jumped 143% since the war began on Feb. 28, according to S&P Global Energy analyst Lucien Mulberg.

For buyers with long-term contracts, the pain is muted. For those reliant on the spot market, it is existential. Developing Asian nations — led by Pakistan, Bangladesh, Thailand and Vietnam — are now facing an estimated $7 billion in added costs as they scramble to replace Qatari cargoes with pricier Atlantic Basin supply or simply go without. The figure captures both the premium paid on replacement spot cargoes and the repricing of contracts tied to global benchmarks.

"Basically, when there's less supply in the market, that means demand will need to come down," said Daniel Toleman, a research director for global LNG at Wood Mackenzie. "Countries really have to choose between the energy costs and effectively paying to import high-priced LNG or slowing the economy and cutting gas demand."

The exposure is concentrated where diversification was weakest. Qatar and the United Arab Emirates together account for 99% of Pakistan's LNG imports, 72% of Bangladesh's and 53% of India's, Kpler data shows. Thailand generates more than half of its electricity from LNG, roughly 40% of which comes from the Middle East. Vietnam's LNG-fired capacity is only about 2% of installed generation, but its gas-fired plants are priced off international benchmarks, so the pass-through to power prices is nearly automatic.

The Bridge Fuel Breaks: Why This Time Is Different

LNG was sold to Asia as the answer to a dilemma: coal is cheap but dirty, renewables are clean but intermittent. Gas was supposed to be both reliable and transitional — a fuel that could power rapid growth while emissions plateaued. The 2026 shock exposes the flaw in that promise: LNG is only "secure" when the sea lanes stay open and the supplier stays friendly.

This is not a cyclical price spike that will mean-revert once cargoes start flowing again. Three structural breaks underlie it.

First, the supply map has changed permanently. Before the war, forecasters expected an LNG glut in 2026 as new export capacity came online, with global supply seen rising as much as 10% this year to between 460 million and 484 million metric tons. That surplus narrative has been erased. With Qatari output curtailed and Hormuz transit unreliable, the market has flipped from surplus to deficit — and buyers can no longer assume the cheapest molecule will arrive on schedule.

Second, the price mechanism itself has changed. LNG import costs are tied to global benchmarks like JKM, not to the buyer's creditworthiness or energy policy. As the Institute for Energy Economics and Financial Analysis noted in its assessment of Japan's diversification strategy, buying from more suppliers does not remove exposure to global price shocks — it merely changes the flag on the tanker. A country that built regasification terminals to escape coal dependence has not escaped volatility; it has swapped one commodity risk for another.

Third, and most consequential, the response is sticky. When Japan, South Korea and Southeast Asian utilities fire up coal plants to fill the gas gap, those plants do not get switched off when prices normalize. Wood Mackenzie estimates South Korea's coal fleet alone can cover its entire gas shortfall through the summer. Once the capital and operating routines are in place, the political and economic cost of reversing course rises sharply.

The data already shows the pivot. Rystad Energy estimates that Asia-Pacific thermal coal demand will rise by about 70 million tonnes in 2026 under a tight-gas scenario, driven by an LNG shortfall of roughly 35 million tonnes. The increase is coming mainly from higher utilization of existing coal-fired plants, not new capacity — which makes it harder to track, and easier to let slide into permanence. South Korean and Japanese coal imports were already more than 50% and 20% higher year on year in May.

"The concern is not just the decision itself. It is the precedent it sets," said Joojin Kim of Solutions for Our Climate, referring to Seoul's decision to allow more coal use when air pollution is low and LNG is short. South Korea has pledged to retire most coal plants by 2040, but over the past 11 years it committed $127 billion to fossil fuels — 13 times more than it spent on renewables.

The Second-Order Shock: Transition Plans, Subsidies and Growth

The first-order effect of the LNG shock is higher power prices. The second-order effect is what it does to everything built on top of cheap, clean-ish power: energy-transition roadmaps, fiscal balances, and growth forecasts.

Consider the fiscal arithmetic. Bangladesh has imported more than BDT 2.18 trillion of LNG over the past seven years and channeled roughly BDT 360 billion in subsidies to the gas sector — a policy its own energy experts now describe as self-defeating. Every spike in JKM widens that subsidy hole or forces it onto consumers through load-shedding. Pakistan faces the same trap: with nearly all its LNG from Qatar and the UAE, it has almost no bargaining power when the Gulf is at war.

The macroeconomic stakes are regional. The Asian Development Bank has warned that a prolonged Mideast conflict could cut 1.3 percentage points from developing Asia's growth, with the region's expansion slowing to 4.7% in 2026 and inflation rising to 5.6% if disruptions persist. The International Energy Agency projects Southeast Asia's energy import bill could reach $160 billion this year and climb to $400 billion by mid-century — equivalent to around 5% of the region's economy. These are not line items; they are growth rates.

And the climate math moves backward. LNG was the centerpiece of Asia's emissions story — the fuel that would let the region keep growing while bending the carbon curve. If gas proves too expensive and too unreliable, and coal becomes the default backup, the region's transition timeline slips by a decade or more. "It sends a signal that switching to gas is not as easy as it sounds," said Adhiguna, an energy analyst quoted in coverage of Indonesia's coal response. Julia Skorupska of the Powering Past Coal Alliance put it more bluntly: continued reliance on coal "exposes Asia to future shocks."

The irony is sharp. The countries most damaged by this shock are the ones that did the least to cause it — and the ones with the thinnest buffers. As Michael Williamson of the United Nations Economic and Social Commission for Asia and the Pacific noted, the economies exposed to the Hormuz disruption "are actually really in the Asia region," not Europe or the Americas. Ramnath Iyer of the Institute for Energy Economics and Financial Analysis warned of "cascading impacts into all economic activities."

The Counter-Thesis: This Is a Cyclical Spike, Not a Regime Change

The strongest argument against the structural-break reading is that energy markets have seen this movie before — and prices came down. After Russia's invasion of Ukraine in 2022, European gas prices peaked at 345 euros per megawatt-hour in August of that year before collapsing as new LNG terminals came online and demand fell. The same adjustment is available now: the United States has approved additional LNG export authorizations, flexible cargoes are already being redirected toward Asia, and demand destruction in price-sensitive buyers will eventually clear the market.

There is truth to this. LNG is a globally traded commodity, and high prices are the cure for high prices. If the Hormuz route reopens and Qatari output recovers within months, JKM could fall back toward its pre-war range, and the coal switch could prove temporary — a seasonal bridge over a summer of shortages rather than a permanent U-turn.

But this counter-thesis rests on two assumptions that the 2026 shock has weakened. First, it assumes the disruption is short. The conflict has already lasted months, with repeated attacks on energy infrastructure — including strikes on LNG tankers in the strait and drone hits on regasification terminals in Egypt. Each escalation resets the clock on "normalization."

Second, it assumes buyers will switch back to gas once prices fall. That ignores the political economy of energy security. After 2022, Europe spent tens of billions on LNG import terminals it may never fully use — a hedge, not an optimization. Asian governments are likely to make the same calculation in reverse: after being burned by import dependence, they will treat domestic coal and renewables as security assets, even when imported gas is marginally cheaper. Energy security, once questioned, is not easily reassured.

The falsifying signal is clear: if Asian LNG imports rebound to their pre-2026 growth trajectory within 12 months of the Hormuz route normalizing, and coal utilization falls back in step, then the bridge-fuel thesis survives and this was a cyclical spike. If instead coal capacity utilization stays elevated and new regasification projects are delayed or cancelled, the structural-break call is confirmed.

What Comes Next: Winners, Losers and the Watchlist

In the short term, the beneficiaries are visible: coal producers in Indonesia and Australia, and LNG exporters outside the Gulf — the United States, and eventually projects in Alaska and East Africa that the shock has suddenly made more attractive. Interest in the Alaska LNG export project has already spiked, with its developer Glenfarne Group aiming to sign binding offtake agreements and advance final investment decisions into late 2026 and early 2027, company executives said. Losers are the spot-reliant importers: Pakistan, Bangladesh, Thailand, Vietnam — and their consumers, who will face higher bills or blackouts.

Over the medium term, the split widens. Countries with fiscal room to subsidize gas — or with domestic production — will hold the line. Those without will let coal fill the gap and watch their transition pledges slip. Renewables gain a powerful new argument: analysis of Asian energy data in 2026 found that solar-plus-battery electricity is now more cost-effective than fossil fuels across much of Asia, and cheaper than LNG in many regions, with a universal cost advantage projected by 2030. The transition that gas was supposed to bridge may now be leapfrogged entirely.

In the long term, the question is whether the 2026 shock becomes the region's energy-security turning point — the moment import dependence was recognized as a strategic vulnerability rather than a procurement detail. If it does, the $7 billion bill will look cheap: the price of learning that a bridge fuel is only as strong as the sea lane it crosses.

The watchlist for investors and policymakers is narrow and quantifiable. Watch JKM: a sustained break back below $12 per MMBtu would signal the price shock is fading. Watch Hormuz transit volumes: normalization requires steady, unimpeded tanker traffic, not a handful of escorted passages. Watch coal utilization rates in Japan, South Korea and Southeast Asia — if they stay elevated after gas prices fall, the structural shift is real. And watch new regasification final investment decisions: cancellations would confirm that developing Asia is souring on LNG for good.

For now, the lesson is unwelcome but clear. Developing Asia did not just buy expensive gas. It bought proof that the bridge it built its energy future on can be closed at gunpoint — and that coal, for all its costs, is at least domestic.

Explore more exclusive insights at nextfin.ai.

Insights

What is LNG bridge fuel thesis?

Why did Hormuz war spike gas prices?

How much is Asia's added LNG cost?

Which nations face highest gas bills?

Why are Asian nations choosing coal?

How did Qatar LNG output fall?

What sets Asia gas benchmark prices?

Is LNG shock cyclical or structural?

How does coal use become sticky?

How does conflict impact Asia growth?

Who benefits from the LNG price shock?

Will renewables leapfrog natural gas?

What signals confirm structural shift?

How does subsidy policy fail buyers?

Why is Hormuz transit vital for LNG?

What is the $7 billion invoice detail?

How does energy security change plans?

Will new regasification projects stop?

Is the gas price spike temporary?

How does climate math move backward?

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