Matthew Smith — How America Runs Out of Natural Gas by 2030 - [Invest Like the Best, EP.483]
Summary
This episode centers on Matthew Smith’s thesis that the U.S. natural gas system is heading toward a structural supply-demand squeeze beginning around 2028. He argues that LNG exports and AI data center power demand will grow faster than the country’s ability to produce, process, and move gas through infrastructure. A key point is that the issue is not a lack of gas underground, but a shortage of deliverability due to bottlenecks in processing, gathering, and pipelines. Smith also discusses how gas is becoming the default fuel for AI power needs, why LNG exports are difficult to curtail, and which sectors could benefit from higher gas prices. The conversation ends with his view that large-scale nuclear is the only durable long-term solution, while SMRs and rooftop solar play more limited roles.
Key Takeaways
- 1The U.S. may face a natural gas supply-demand deficit starting around 2028, with storage potentially under severe pressure by 2030.
- 2LNG export growth is a major structural demand force, and much of the capacity increase is already effectively locked in.
- 3The main constraint is deliverability, not the size of the underground resource base.
- 4Natural gas is becoming the default fuel for AI power needs, but many gas-based solutions may be better viewed as temporary backup than permanent baseload.
- 5Large-scale nuclear is presented as the only long-term solution, while SMRs are not yet ready at the necessary scale.
- 6A higher-gas-price environment could create clear winners across producers, infrastructure, and some power alternatives.
Notable Quotes
""Starting in 2028, AI data centers and LNG exports will need more gas than the country can produce and deliver. By his math, the US could exhaust its working natural gas storage by 2030.""
""We will start to eat into our working gas storage, which is the next layer of supply and demand in the country. I think we will come to the conclusion that the upside risk to the price of natural gas is both unbounded and convex.""
""We have spent about 16 plus months to start to model almost every asset at the atomic level.""
""Our base case model already accounts for these seven plus billion cubic feet of pipelines that are already being built or developed that come on between 26 and 2030.""
Episode questions
Why does Smith think the gas shortage becomes acute around 2028?
He believes LNG exports and AI-related power demand will outgrow the system’s ability to produce, process, and deliver gas. Once that happens, working storage starts getting depleted, which creates a rapid tightening effect.
Is the issue that the U.S. is literally running out of natural gas underground?
No. Smith says the resource base is still there, but the limiting factors are infrastructure, decline rates, permitting, and the speed at which gas can be moved to market.
What are the biggest physical bottlenecks besides drilling new wells?
Processing is the first major constraint, followed by gathering systems and interstate pipelines. He says these pieces take years to build and are heavily constrained by regulation and existing capacity.
Who does Smith think wins in a higher-gas-price world?
He points to upstream producers like Expand Energy and Range, as well as utility-scale solar and some residential solar players. He also sees nuclear-related companies like Westinghouse-linked businesses as beneficiaries.