What the LNG forward curve is pricing that equity markets aren't.

The LNG forward curve is one of the most information-dense signals in global energy markets and one of the most underused in macro investing. Unlike oil futures, where financial positioning and speculative flows can dominate price action for months at a time, LNG forward markets are still overwhelmingly populated by actual producers, buyers, and infrastructure operators with real physical exposure. The prices they agree to for forward delivery reflect genuine supply-demand expectations, not sentiment.

That distinction matters. When an oil trader buys December Brent, they might be expressing a macro view, hedging a correlation, or running a statistical arb against WTI. When a Japanese utility locks in a JKM forward contract for delivery in Q1 2027, they are telling you exactly what they expect to pay for physical gas in twelve months. They are not speculating. They are planning. And the price they accept reveals something the equity market has not yet priced.

Three benchmarks, three stories

The global LNG market is priced against three major benchmarks, and the relationships between them tell you where energy stress is building before it shows up in inflation data or earnings calls.

Henry Hub (HH) is the US domestic natural gas benchmark. It reflects the massive shale gas supply base in the Permian, Haynesville, and Appalachian basins. Henry Hub has been structurally cheap for years, trading between $2 and $4 per MMBtu through most of 2023-2025, because US supply is abundant and pipeline infrastructure is well-developed. Henry Hub tells you about the US domestic gas market. It does not, on its own, tell you about global LNG tightness.

TTF (Title Transfer Facility) is the European benchmark, based on Dutch hub pricing. Since Russia cut pipeline gas to Europe in 2022, TTF has become the de facto price for European gas supply, most of which is now LNG imported by sea. TTF spiked to $70/MMBtu equivalent during the 2022 energy crisis, then declined to the $8-12 range as Europe managed through demand destruction, coal switching, and aggressive LNG import buildout. TTF tells you about European energy cost pressure.

JKM (Japan Korea Marker) is the Asian LNG benchmark, published by S&P Global Platts. It represents the price of spot LNG cargo delivered to Northeast Asia. JKM is the marginal price for the world's largest LNG importing region, Japan, South Korea, China, and increasingly India. JKM tells you about global LNG demand, because when Asian buyers are willing to pay more, they pull cargoes away from European terminals.

What the JKM-Henry Hub spread actually tells you

The spread between JKM and Henry Hub is the single most important number in LNG economics. It determines whether US LNG export facilities run at full capacity or idle. It determines whether European buyers face cargo competition from Asian buyers. And it determines whether the next wave of LNG liquefaction investment gets financed.

Here is the logic. A US LNG exporter buys gas at Henry Hub, liquefies it at a Gulf Coast terminal (Sabine Pass, Cameron, Freeport, etc.), loads it onto a tanker, and ships it to Asia or Europe. The cost of liquefaction is roughly $2.50-3.50/MMBtu. Shipping to Asia adds $1-2/MMBtu depending on route and tanker rates. So the total delivered cost to Asia from a US terminal is roughly Henry Hub + $4-5.50/MMBtu.

When JKM is at $12 and Henry Hub is at $3, the spread is $9. Subtract the $5 of liquefaction and shipping, and the exporter earns roughly $4/MMBtu margin. That is very profitable. Every US terminal runs at maximum throughput. Cargoes flow east.

When JKM drops to $8 and Henry Hub stays at $3, the spread is $5. After costs, the margin compresses to near zero. Some cargoes become uneconomic. US export volumes decline. European buyers get more cargo availability because fewer ships are heading to Asia. The market loosens.

The forward curve for this spread, looking out 6, 12, 18 months, tells you what physical market participants expect the supply-demand balance to be. And right now, the forward curve is telling a story that the equity market has been slow to internalise.

What the forward curve says right now

As of early 2026, the JKM forward curve shows a notable steepening beyond winter 2026-27. Spot JKM has been trading in the $10-13 range through this winter, moderate by post-2022 standards. But forward contracts for delivery in Q4 2026 and Q1 2027 are pricing at $14-16, with some winter peak months above $17. That is a significant premium to the spot price.

When the forward curve is in contango, forward prices above spot, it signals that the market expects future supply to be tighter than current supply. Buyers are willing to pay more for guaranteed future delivery, which means they are worried about availability. Sellers are willing to lock in elevated forward prices, which means they do not expect the spot market to get cheap enough to make those forward sales look expensive.

The contango in Asian LNG forwards is currently wider than it was at the same point in 2024. That is notable because two major factors have changed since then. First, new US liquefaction capacity (Golden Pass, Plaquemines Phase 1) is coming online in 2025-2026, which should in theory add supply and compress forward premiums. Second, European storage levels entering winter 2025-26 were above the five-year average, which should reduce panic-buying pressure.

The fact that forward prices are elevated despite these positive supply factors tells you that the market is pricing in demand growth that outpaces the new supply. The demand sources are identifiable: China's structural shift from coal to gas continues. India's LNG imports are growing at 12-15% annually as the government pushes city gas distribution networks and industrial gas switching. Southeast Asian demand from Vietnam, Thailand, and the Philippines is accelerating. Data centre power demand is adding a new structural buyer in markets like Japan and Singapore.

The European squeeze nobody is talking about

Europe's energy crisis of 2022 is treated as a resolved problem. Russian gas was replaced. Storage was filled. The lights stayed on. Crisis over. This narrative is largely accurate for the period 2023-2025. It may not hold beyond 2027.

Here is the structural problem Europe faces. Pre-2022, roughly 40% of European gas came from Russian pipelines at long-term contract prices well below global LNG spot. That supply was effectively captive, Russia could not easily redirect pipeline gas to Asia, and Europe benefited from the infrastructure lock-in. When that supply disappeared, Europe replaced it with LNG bought on global spot markets at whatever price was necessary to attract cargoes away from Asian buyers.

That means Europe's gas cost is now structurally linked to global LNG dynamics. European utilities compete directly with Japanese, Korean, Chinese, and Indian buyers for the same cargoes. When Asian demand is strong and willing to pay $15-16/MMBtu, European buyers must either match that price or lose the cargo. There is no captive pipeline supply to fall back on.

The TTF forward curve reflects this. Winter 2026-27 TTF forwards are pricing at $13-15/MMBtu equivalent, above the $10-11 that European industrial planners were using as a base case assumption. If Asian demand continues to pull cargoes east, European spot gas prices could spike during any cold weather event or supply disruption.

The equity market implications are material and underappreciated. European chemical companies, BASF, Evonik, Lanxess, have already begun shifting capacity to the US Gulf Coast, where gas is $3 instead of $12. European fertiliser producers face a permanent cost disadvantage against US and Middle Eastern competitors. European glass and ceramics manufacturers, Schott, Saint-Gobain's European operations, are exposed to energy cost volatility that their US competitors do not face.

These are not short-term earnings headwinds. They are structural competitiveness shifts driven by the permanent change in Europe's energy sourcing. And the LNG forward curve is the real-time pricing mechanism for that shift. When the curve steepens, European industrial margins compress. The equity analysts covering these companies model energy costs. But how many of them check the JKM-TTF forward spread before updating their assumptions?

The India angle

India imported roughly 25 million tonnes of LNG in 2025, making it the world's fourth-largest LNG importer after China, Japan, and South Korea. That number is growing at 12-15% annually, driven by government policy (the National Gas Grid, city gas distribution expansion) and by industrial switching away from coal and naphtha in sectors like fertiliser, petrochemicals, and power generation.

India's LNG imports are overwhelmingly priced against JKM on a spot or short-term basis. Only about 40% of Indian LNG is under long-term contract with oil-indexed pricing. The rest is spot-market exposed, which means India pays whatever the global market charges at the time of delivery.

When the JKM forward curve steepens, India's future energy import bill rises. For a country that already imports 85% of its oil, adding a growing and price-volatile LNG import dependency creates a second pressure point on the current account. Every $1/MMBtu increase in LNG spot adds roughly $800 million to India's annual energy import bill. If JKM moves from $11 to $16, that is an incremental $4 billion in annual outflows, enough to move the INR and widen the current account deficit by 0.1-0.2% of GDP.

This is why I track LNG forwards alongside crude, DXY, and India 10Y yields. They are all connected through the current account. A Brent spike plus an LNG spike plus a strong dollar is the triple threat for Indian macro, and the LNG component is the one that most India-focused equity analysts underweight because they focus on crude.

How I use it

I check the JKM-TTF-Henry Hub spread relationship monthly. The specific data points are available through S&P Global Platts (JKM), ICE (TTF), and NYMEX/CME (Henry Hub). I am looking for three things.

Is the JKM forward curve in contango or backwardation? Contango means the market expects tighter supply ahead. Backwardation means current supply stress that the market expects to ease. The shape of the curve is more informative than the spot price level.

Is the JKM-HH spread widening or narrowing? A widening spread means US export economics are improving and Asian demand is pulling harder. This is bullish for US LNG exporters (Cheniere, Tellurian, New Fortress) and bearish for Asian and European gas-intensive manufacturers.

Is the TTF-JKM spread narrowing? When TTF approaches JKM, it means Europe is competing aggressively with Asia for cargoes. This is a stress signal for European energy security and a warning for European industrial equities.

None of these are trading signals by themselves. They are inputs into a broader macro framework, the same framework I described in How I Research: Macro to Micro. But they are inputs that most equity investors ignore, which is precisely why they are valuable. The LNG forward curve is priced by the people with the most at stake, the utilities buying the gas, the producers selling it, the infrastructure operators moving it. Those are not speculators. They are participants whose livelihood depends on getting the supply-demand balance right.

When they collectively price the forward curve in steep contango, it is worth asking what they know that the equity market does not.