U.S. Crude Output Hits Record 13.6 Million Barrels as Permian Basin Dominates Global Supply
EIA data published Thursday confirmed 2025 as a fresh production high, with the Permian Basin accounting for nearly half of American output while geothermal district networks push regulators toward new utility frameworks.
American crude oil production averaged 13.6 million barrels per day in 2025, according to EIA International Energy Statistics data published Thursday (2026-07-09), breaking the previous U.S. and global record of 13.2 million barrels per day set just one year earlier. The United States has now led global crude output every year since 2018, when it overtook Russia.2
The Permian Basin in Texas and New Mexico drove most of the gain. Output rose from 6.3 million barrels per day in 2024 to 6.6 million barrels per day in 2025, accounting for 48% of total U.S. production. Saudi Arabia, by comparison, produced 9.6 million barrels per day — an increase from 9.2 million in 2024, but still well short of America's total. Russia averaged 9.9 million barrels per day in both years, constrained by voluntary OPEC+ cuts and the effects of the conflict with Ukraine.2
The U.S. output advantage over the next two largest producers ran at approximately 40% in 2025. That margin makes American tight oil the swing variable in the global supply picture far more than any OPEC+ meeting agenda, and it limits how much price support Saudi Arabia can generate through unilateral cuts.2
The EIA's latest Short-Term Energy Outlook projects U.S. production at 13.7 million barrels per day for 2026, rising to 14.2 million barrels per day in 2027, with the Permian continuing as the primary growth engine. ICE Brent crude front-month traded at $75.45 on Friday (2026-07-10), down 0.93% on the session. NYMEX Henry Hub front-month fell to $2.97, off 1.33%. Neither price level reflects supply stress.2
The conventional U.S. energy picture — dominated by oil basins like the Permian and the Bakken Formation in North Dakota — contrasts with a parallel debate taking shape in the electricity sector. As neighborhood-scale geothermal networks come online in states from Massachusetts outward, advocates and utilities are pressing state regulators to create a legal framework that does not yet exist.1
A geothermal district network that came online in Framingham, Massachusetts roughly two years ago became one of the first of its kind. The system, owned and operated by Eversource Energy, moves heat between the ground and buildings via buried pipes, replacing gas furnaces and electric resistance heaters with a single shared thermal loop for entire streets. Its existence depends on a regulatory tariff that was designed for the pilot, not for expansion.1
That gap is the problem. Geothermal heating networks do not fit cleanly into existing utility categories — they are not electric utilities, not gas distribution companies, and not HVAC contractors. Without a permanent regulatory category, utilities cannot recover capital investment through rate cases the way they do for poles and wires, and developers cannot raise long-term financing on standard terms. Advocates are pressing state public utility commissions to create a new class of licensed thermal utility with its own return structure.1
The political economy differs sharply by state. In states where oil and gas production funds public services, the case for a geothermal utility framework sits lower in the priority queue. Texas and North Dakota both collect royalties and severance taxes from Permian and Bakken output that dwarf what a neighborhood thermal network could generate. A new utility model, if it scales, will do so first in states with limited fossil endowment and high heating costs — not in the basins producing the record barrels.2
The catalyst to watch is Massachusetts's ongoing regulatory review of thermal utility licensing. Other northeastern states are tracking the tariff structure that emerges, since the financing model matters more than the technology for determining whether geothermal district heating can move past the pilot stage.1