Gas Pipeline Rights of Way Gain Premium as US Data Center Boom Strains Gas Infrastructure

Gas Pipeline Rights of Way Gain Premium as US Data Center Boom Strains Gas Infrastructure Rising AI power demand is pushing gas infrastructure values above production costs, as producers, utilities, and data center operators compete for limited pipeline access. EQT Corporation laid out a strategy on July 28 (2026-07-28) centered not on growing production volumes but on securing pipeline access, offtake agreements tied to power plants, and LNG exposure, as the Appalachian producer attempts to convert accelerating electricity demand from AI infrastructure into contracted gas supply.⁶ NYMEX Henry Hub front-month gas sat at $2.75/MMBtu early on Monday (2026-08-03), a price that reflects an oversupplied basin rather than tightening infrastructure. But production prices and transportation value are increasingly moving in opposite directions. A Bloomberg Intelligence analysis of Microsoft and Chevron's 20-year power deal in Texas identified stranded gas as a symptom of that divergence: so much natural gas exists in producing regions that it cannot be evacuated, overwhelming pipeline capacity before reaching end markets.¹ Data center demand is accelerating this squeeze. By late July 2026 (2026-07-24), BloombergNEF analysts had already revised their US data center power demand estimate to nearly double the figure they published in December, according to Canary Media. The firm's analysts also said the power grid cannot accommodate the volumes technology companies want to connect.⁵ The underlying scale makes that constraint visible. Goldman Sachs has forecast data-center power demand rising 175% by 2030 against 2023 levels; a separate agency estimate put absolute annual consumption at roughly 945 TWh by 2030. Meeting either number from gas-fired generation requires expanded gas transportation infrastructure, and that infrastructure is seldom priced into public utility cost estimates upfront.² Wisconsin provides a concrete example. A GridLab analysis published in early July 2026 (2026-07-02) found that $1.5 billion in new gas generation approved in utility proceedings carried an additional $668 million in pipeline and storage costs not included in the original capacity filings, pushing the true buildout cost roughly 30% above the headline figure presented to regulators, according to Utility Dive.³ Gas itself is abundant. EIA data show US LNG exports grew from 0.5 billion cubic feet per day in 2016 to 15 billion cubic feet per day in 2025, a jump that absorbed significant new pipeline construction but still left Appalachian and Permian volumes stranded at below-market prices. Shell estimates feedgas for LNG export could represent 23% of total US gas production by 2035. Layering data-center-driven domestic demand on top of that LNG growth path is what is tightening rights of way.⁴ That tightening shows up in how producers are positioning. EQT's strategy asks investors to evaluate the company through pipeline access rather than production growth, suggesting contracted transportation capacity may carry increasing value relative to spot production at current Henry Hub levels. The timeline math is also constraining options: bringing a large-scale power source online at the scale data centers require can take up to seven years, meaning infrastructure decisions made now will set supply limits well into the early 2030s.^6,2 PJM capacity auction results have shown gas dominating new capacity additions, according to Utility Dive reporting from early July 2026 (2026-07-02), yet GridLab's Cassady Craighill cautioned that auction prices understate the multi-decade fuel liabilities attached to those plants. When pipeline and storage costs are included, a 30% premium to stated capital outlays is common in state regulatory proceedings.³ For producers and pipeline operators, the data center boom is becoming a geography story as much as a demand story. Assets already sitting on gas infrastructure adjacent to power-load corridors or LNG export terminals hold embedded value that spot production at $2.75/MMBtu does not capture. Power procurement contracts, utility regulatory filings, and technology company site decisions over the next 12 to 18 months will reveal how accurately the industry has priced that gap.^6,1,4