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ILTB · Jul 21, 2026

Matthew Smith — Natural Gas: The Next Bottleneck

🎙 Patrick O'Shaughnessy · Matthew Smith
36 claims8 predictions20 facts6 notable quotes raw JSON ↗

Matthew Smith, founder and CIO of Chronometer Partners, presents 18 months of well-level modeling concluding that the US is headed into a historic natural gas supply deficit starting around 2028 — driven not primarily by AI, but by a decade-long LNG export buildout (from about 15 to 35 BCF/day by 2030) that was already tightly matched against achievable production before AI compute entered the picture. He argues the binding constraint is deliverability, not resource scarcity: known basins can support roughly 128-132 BCF/day of maximum output, but processing, gathering, and especially interstate pipeline construction haven't kept pace, and the market remains complacent because 2026-2027 is well-supplied and forward curves are flat. By his math, US working gas storage (about 4 TCF) will draw down to unprecedented lows between 2028 and 2030, making the price risk to natural gas — and therefore electricity — 'unbounded and convex,' with the US consumer as the ultimate loser. He names Expand Energy, Range Resources, and utility-scale and residential solar as winners, gas-turbine and fuel-cell manufacturers (Caterpillar, Bloom Energy) as losers, and argues large-scale nuclear (Westinghouse's AP1000, benefiting Cameco and BWXT) — not SMRs — is the only viable long-term fix, alongside reinvigorated residential solar incentives and new Canadian pipeline capacity.

SEGMENTS

2:02
The headline conclusion: a historic natural gas deficit

Patrick introduces Matthew Smith, founder/CIO of Chronometer Partners, whose 18-month well-level study concludes the US is headed into a historic natural gas supply deficit starting in 2028, with unbounded and convex upside risk to prices.

5:07
How the deficit was set in motion before AI

Smith traces the story from the 2010s shale boom through the buildout of LNG export capacity from about 15 to a planned 35 BCF/day by 2030, arguing exports — not AI — have been the dominant incremental demand driver and were already tightly matched against new production.

8:08
Quantifying AI compute's incremental gas demand

Smith explains Chronometer's probability-weighted P50 base case of about 5 BCF/day of AI-driven demand, versus a P30/P0 downside where unmitigated demand could reach 12-15 BCF/day by the early 2030s, partly via distributed fuel-cell generation like Bloom Energy.

9:55
Why the US can't simply stop exporting LNG

Smith argues shutting off exports isn't simple: binding contract law, project financing, and the fact the US will supply roughly a third of global gas make allies dependent on continued exports.

12:38
Resource in the ground vs. deliverability

Smith distinguishes the stock question (how much gas exists) from the flow question (how fast it can be produced); major basins are well-mapped, supporting a maximum deliverability of about 128-132 BCF/day, but known economic inventory is being depleted within four to five years.

19:11
Midstream bottlenecks: processing, gathering, and pipelines

Smith walks through the physical rate-limiters after the wellhead — processing capacity, small-diameter gathering lines, and the scarcity of new interstate pipelines (only Mountain Valley Pipeline built in over a decade) — each requiring years of lead time.

22:21
The 2028-2030 storage drawdown and price scenario

Smith describes a complacent market with flat forward curves that he expects to break in 2028, drawing the roughly 4 TCF of US working gas storage to unprecedented lows by 2029-2030, with historical price analogs (Russia/Ukraine, the 2022 polar vortex) suggesting spikes well beyond past transitory episodes.

26:43
Winners and losers: producers, solar, nuclear, and gas-generation makers

Smith names Expand Energy and Range Resources as top producer winners, utility-scale and residential solar as beneficiaries of rising marginal power prices, large-scale nuclear (Westinghouse AP1000, Cameco, BWXT) over SMRs as the long-term fix, and the US consumer plus gas-turbine/fuel-cell manufacturers (Caterpillar, Bloom Energy) as losers.

37:41
Stress-testing the thesis: DRAM analogy, Permian pushback, and battery disruption

Smith likens the setup to the DRAM memory shortage (slow, then all at once), then addresses the strongest pushback — that Permian associated gas or a battery breakthrough could solve the problem — arguing neither currently does.

44:11
Prescriptions, global implications, and closing advice to CEOs

As 'czar for a day,' Smith would fund two to four AP1000 reactors, reinvigorate residential solar incentives, and build new Canadian pipeline capacity; he closes on the global stakes of curtailed US LNG exports and urges CEOs to secure physical gas supply and understand counterparty risk.

NOTABLE QUOTES

“the upside risk, the price of natural gas, is both unbounded and convex.”
Matthew Smith · 3:51 — The thesis in one line — the coming deficit makes natural gas price risk explosive rather than merely elevated.
“gas has lulled everybody to sleep.”
Matthew Smith · 22:21 — Names the market's core blind spot — 15 years of abundance has bred complacency right up to the edge of a structural break.
“Slowly at first and then all at once.”
Matthew Smith · 37:41 — The DRAM-shortage analogy in one line — underinvestment in gas capacity is setting up the same slow-then-sudden dynamic.
“Many of the SMRs are still science experiments.”
Matthew Smith · 32:23 — Cuts through the SMR hype, explaining why Chronometer bets on large-scale AP1000 nuclear instead.
“Make sure when your assets are deployed, that you understand exactly what the source of your natural gas will be.”
Matthew Smith · 52:46 — The closing, actionable challenge to any CEO whose business runs on cheap, assumed-abundant natural gas.
“the biggest losers of this would be the US consumer.”
Matthew Smith · 34:07 — Identifies who ultimately bears the cost of the export-vs-AI-vs-consumer trade-off.

PREDICTIONS ON THE RECORD

Dated and falsifiable — full record at /api/episode/<id>.

Matthew Smith · by the early 2030s · 9:22
In an unmitigated (P30/P0) scenario, AI-driven incremental natural gas demand could more than double to 12-15 BCF/day by the early 2030s.
“that number can more than double and be 12 to 15 BCF a day by the early 2030s if unmitigated.”
Matthew Smith · 2028 through 2030 · 22:21
Starting in the middle of 2028, the US will draw down its working natural gas storage in a historic way; by 2029 storage will drop below all known historical levels, and by 2030 it will approach critically low levels.
“By 2029, we drop below all known historical storage evidence. By 2030, we get pretty close to where we think Ceteris Paribus, gas storage looks very, very low.”
Matthew Smith · 2028-2030 · 3:51
The natural gas price risk becomes unbounded and convex as the structural deficit takes hold in the back half of the decade, felt most acutely in electricity prices in 2028-2030.
“So where you will feel at the most acutely will be electricity prices in 28, 29, and 2030 based on our work.”
Matthew Smith · unspecified / ongoing through the decade · 26:43
Residential solar adoption will grow exponentially from here, even without federal tax incentives, as households seek protection from rising peak electricity prices.
“So we think residential solar grows exponentially from here, even without tax incentives for the first time.”
Matthew Smith · by 2033-2034 · 31:58
New large-scale nuclear reactors (AP1000 units) will need to come online by 2033-2034 — the earliest realistic timeline — to address the structural gas and electricity deficit as it worsens into the early 2030s.
“which would mean it needs to come on in 2033 or 2034, which is as soon as it can come on.”
Matthew Smith · 2026 onward, materializing by 2029-2030 · 36:12
Orders for new large-scale natural gas power generation could slow very meaningfully as 2026 progresses, since it may not make sense to build new gas plants past 2029-2030 without secured, deliverable gas supply.
“We could see orders slow very meaningfully for natural gas generating assets, even at large scale as 26 progresses”
Matthew Smith · by 2029 · 37:41
By 2029, natural gas could rise to 20-30% of hyperscalers' cost of compute, up from about 10% today, as gas prices double or triple structurally.
“it could end up being 20 or 30 percent of the cost of compute by 2029”
Matthew Smith · within the next six to twelve months, ahead of 2028 · 49:20
As utilities and gas generators begin hedging and contracting physical gas supply for 2028, a 'knife fight' to secure natural gas will emerge that hasn't been seen before, finally moving the currently flat forward curve.
“you're going to start to see a knife fight to secure natural gas physical in 28, like we really haven't seen before.”

WHO CLAIMED WHAT

Every position taken in the episode, attributed to its holder, with conviction (0–1) and the verbatim receipt.

Matthew Smith — 36 claims

assertionconviction 0.853:51
The US is headed into a historic natural gas supply deficit with serious consequences, and natural gas will imminently become the country's most important fuel, overtaking petroleum.
“We are headed into a place where we see an historic deficit in natural gas supply available in the United States, which does pretend some pretty serious consequences.”
assertionconviction 0.855:07
The setup for today's gas deficit was cast well before AI compute arrived — LNG export growth, not AI, has been the primary incremental demand driver of the last decade and will remain so for the next five years.
“The dye was cast long before AI Compute came to the scene.”
assertionconviction 0.85:07
Because LNG projects require years of permitting, siting, and project financing, the buildout from about 15 to 35 BCF/day of US export capacity by 2030 is already mostly locked in.
“Most of these projects that get you from 15 or 16 BCF a day to day nameplate to 35, are well on their way.”
opinionconviction 0.758:08
There isn't enough available gas to fuel widescale fuel-cell deployment (like Bloom Energy's) at the capacity levels the market is pricing in, unless that gas is diverted from other uses.
“There isn't a gas for that unless you take it from something else.”
assertionconviction 0.89:55
Simply shutting off LNG exports to solve the domestic price problem is not realistic, because of binding contract law and project financing, and because the US will supply roughly a third of global gas, making allies dependent on continued exports.
“It's more complicated than that contract law.”
opinionconviction 0.710:37
Slowing AI compute growth is a legitimate lever to reduce strain on the gas system, but it's not a popular solution to propose because compute demand is essentially insatiable.
“which is one of the solution which we're not really willing to propose because we know that there's insatiable demand.”
assertionconviction 0.8512:38
The real problem is not that the US is literally running out of gas resources in the ground — the major basins are well-mapped and no major new shale find is expected — the binding constraint is deliverability: how fast gas can be produced, processed, and moved to market.
“The resource in the ground, we're fairly far along in understanding it. We've accounted for all of the major productive basins in the country, and I do not think we're likely to be surprised by some new major shell find.”
opinionconviction 0.712:38
A number of gas producers describe themselves as having far more drillable well inventory than the facts — exact engineered locations, surface infrastructure, and financial capacity to invest — can actually justify.
“A number of companies describe themselves as having a lot more inventory of wells to drill than we can justify with the facts, and I'll just leave it at that.”
assertionconviction 0.814:22
Existing producers are advanced in depleting their known, economically drillable inventory and will get through most of it within the next four to five years.
“We get through most of the existing captured inventory of companies in the next four or five years.”
assertionconviction 0.819:11
Processing capacity is the first major midstream constraint on growing gas production, and current buildout won't be enough to hit even the assumed 20 BCF/day of incremental production without significant new investment starting now.
“So processing is the first major constraint.”
assertionconviction 0.820:31
Interstate gas pipeline construction has become the hardest infrastructure constraint of all — only one major new interstate pipeline (Mountain Valley Pipeline) has been built in the last 10-12 years due to permitting and regulatory barriers.
“In the last 10 or 12 years, we've really built one Interstate Gas Pipeline. That was Mountain Valley Pipeline, connecting Appalachia to Mid-Atlantic.”
opinionconviction 0.822:21
The market is complacent about the coming gas deficit — no one is investing in new supply (EQT is even shutting in gas) because 2026-2027 is well-supplied, which perpetuates a false belief that gas is abundant.
“In fact, EKT is shutting in natural gas right now because they think it'll be more valuable later.”
assertionconviction 0.822:21
This isn't a repeat of past transitory gas-price spikes (Russia/Ukraine, the 2022 polar vortex) — the coming shortage is structural, driven by demand permanently outrunning known supply, making the price risk far more severe and durable.
“But those have been transitory. And what we're talking about are structural drivers of demand against a known possible production of gas, and they don't match up.”
opinionconviction 0.722:21
Semi-analysis and similar research does excellent work modeling power and compute load forecasts but stops short of assessing where the underlying natural gas supply will actually come from — a blind spot in how the market currently understands this risk.
“They do everything up to the point where they don't assess where the gas will come from.”
opinionconviction 0.725:50
At sustained prices of $8-10/MCF, the US would likely start curtailing spot LNG cargoes, but that alone can't resolve the deficit — meaningfully closing the gap would require cutting contracted cargoes, which is unlikely given foreign counterparties (e.g., Japanese utilities) who depend on them.
“the spot cargos alone can't solve this. You would have to get into shutting off contracted cargos, leaving our border via LNG, to really start to mitigate some of this.”
opinionconviction 0.826:43
Expand Energy is the biggest winner among gas producers — it controls about 70% of remaining core Haynesville wells, and its stock (trading at roughly 4x EBITDA) has fallen even though the underlying assets haven't changed.
“So Xpand, we think is far and away the biggest winner.”
opinionconviction 0.7526:43
Range Resources is the highest-quality upstream company in Appalachia, with significant room to grow both production and investor returns.
“Highest quality upstream company in Appalachia is probably Range.”
opinionconviction 0.7526:43
Utility-scale solar owners like XPLR Infrastructure and Clearway Energy stand to benefit from a windfall because rising gas-set marginal electricity prices let them mark existing power purchase agreements to market with no incremental capital spend.
“They have a windfall coming in the latter part of the decade because they mark their PPAs to market at much higher values without any capex.”
opinionconviction 0.7526:43
Residential solar is one of the only ways households can protect themselves from spiking daytime (10am-6pm) electricity prices once gas gets tight, especially when paired with batteries.
“Residential solar assets are really one of the only ways to protect yourself from what's going to happen during the time of 10 AM to 6 PM once gas gets really tight in the electricity markets, what you pay for electricity at your house.”
assertionconviction 0.7529:56
There is no bridge fuel between now and new nuclear other than solar and wind, because natural gas is currently the only flexible fuel available at scale.
“there's no bridge fuel other than solar and wind because currently natural gas is the only flex fuel to get us to when we can bring on nuclear.”
opinionconviction 0.829:56
Large-scale nuclear reactors (the Westinghouse AP1000 design) are the only long-term solution that makes sense, rather than small modular reactors.
“To us, large scale nukes are the only solution that makes sense, which point us primarily to the AP1000 Westinghouse units”
opinionconviction 0.7532:23
Most small modular reactor (SMR) companies are still effectively science experiments, not set up to manufacture and scale to the tens of gigawatts the 2030s problem requires.
“Many of the SMRs are still science experiments.”
opinionconviction 0.7532:23
Cameco, which owns 49% of Westinghouse, is deeply undervalued given the coming nuclear buildout cycle.
“the Westinghouse comes public and it's deeply undervalued within Cameco today.”
opinionconviction 0.7532:23
BWXT, as the primary US Navy nuclear supplier with heavy AP1000 dollar content, will significantly benefit from the coming nuclear cycle.
“They significantly benefit from the coming nuclear cycle as well, and lots of dollar content in the AP-1000s.”
opinionconviction 0.834:07
The biggest loser in this scenario is the US consumer, who will face an awful trade-off as electricity prices rise between exporting gas, powering AI compute, and keeping household bills down.
“Well, sadly, the biggest losers of this would be the US consumer.”
opinionconviction 0.7534:07
Government-favored 'bring your own generation' (BYOG) solutions actually increase gas consumption rather than solve the shortage, despite being framed as part of the fix.
“That's what the hyperscalers are being asked to do, to site their data center in a certain lat and long. Well, that means more gas, not less.”
opinionconviction 0.7536:12
Gas turbine and distributed-generation manufacturers like Caterpillar and Bloom Energy are more poorly positioned than investors appreciate, because they are expanding capacity just as gas scarcity should curb new orders for gas-fired generation.
“So those are two manufacturers of distributed generation or BTM generation that we think are probably more poorly positioned than investors appreciate.”
opinionconviction 0.7536:12
Chronometer doesn't believe Bloom Energy's fuel-cell fleet, even at two gigawatts or more, will be able to secure enough natural gas to compete with all the other assets that will be drawing on scarce gas supply.
“we don't think that Bloom Energy's assets at two gigawatts or more will be able to get natural gas in competition with all of the other assets that are being deployed that will consume gas given the scarcity that we see.”
opinionconviction 0.737:41
The natural gas-for-AI-power situation is best understood through the DRAM memory-shortage analogy — underinvestment in capacity builds slowly and then hits all at once.
“When we think about the way this plays out and other analogs, that's probably the best one.”
assertionconviction 0.7539:44
Greater Permian associated-gas production cannot solve the deficit, because meaningfully expanding it requires sustained, much higher oil prices to incentivize more drilling — incentives that don't currently exist.
“In order to produce a lot more Permian gas than even these 7 plus BCF pipelines being built that we're already modeling, you'd need much, much higher oil for longer, which only exacerbates this consumer crisis that we are concerned about.”
opinionconviction 0.6539:44
Only a step-function battery technology breakthrough beyond current lithium-ion deployment could meaningfully change the winners-and-losers picture, and such a breakthrough would be a welcome way to defuse the gas-scarcity problem.
“It would be a watershed moment that I would welcome because it would solve a problem that we're pretty concerned about.”
assertionconviction 0.7546:31
Canada is not currently set up to supply the US with natural gas year-round because its own storage capacity is limited (about a quarter of US storage) and its exports to the US are mostly seasonal, concentrated in winter.
“But we're not really set up to take from Canada year-round.”
opinionconviction 0.7547:30
If the US curtails LNG exports to manage domestic electricity prices, it would strain important allies — especially in Europe and Asia — who depend on US gas, at a moment when the US wants those alliances intact.
“We potentially hurt important allies at a time where we really want them to be allies.”
opinionconviction 0.7549:20
Companies chasing AI compute revenue have made short-sighted capital investments (like inefficient distributed gas gensets) without ever questioning whether there will be enough gas or what it will cost, exposing an inconsistency between market capital allocation and physical reality.
“We really haven't seen anybody, including firms we really respect, question at any point whether there will be enough gas and what the cost will be when the time comes.”
opinionconviction 0.7552:46
Understanding physical natural gas supply and counterparty risk is now critical for anyone deploying AI infrastructure assets — comparable to unknowingly being short memory 18 months before the current DRAM shortage.
“imagine being short memory a year ago or 18 months ago, and finding out all of a sudden you're short memory. That is what this natural gas market looks like to us, not two years out, but six plus months out.”
opinionconviction 0.752:46
Engineering and construction firms trading at historically high multiples because they build natural gas plants should proactively diversify their business via M&A, since gas-plant buildout may not make sense past 2029-2030.
“your main business is building natural gas plants. And we may not be able to build or deploy more gas plants at a certain point in 2029, 2030 because gas is much more expensive and you may have regulators asking questions.”

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