Chevron’s second-quarter 2026 earnings call reinforced a clear shift in its U.S. shale strategy: the company is prioritizing capital efficiency, operating reliability and free cash flow over aggressive production growth.
Chevron’s combined shale and tight portfolio produces approximately 1.7 million barrels of oil equivalent per day. This includes roughly 1 million BOE/d from the Permian Basin, 400,000 BOE/d from the DJ Basin and 200,000 BOE/d from the Bakken.
Management said the Permian has produced more than 1 million BOE/d for five consecutive quarters. Although production continues to increase modestly, Chevron is managing the asset around a plateau, concentrating on generating more cash from its existing production base.
Permian capital requirements continue to decline
Chevron expects to spend less than $3.5 billion in the Permian during 2026. Capital spending per barrel is projected to be 25% lower than in 2025, supported by improvements in drilling, completions, artificial lift, facility optimization and maintenance.
The company is also managing its Permian, DJ Basin, Bakken and Argentina operations through a single shale and tight organization. This structure allows Chevron to transfer operating practices and technology more quickly between producing areas.
Chevron indicated it has the inventory and operating capacity to grow Permian production further. However, management wants to avoid returning to the industry’s previous growth-at-any-cost model, where most available cash was reinvested into additional drilling.
Chevron’s 2026 U.S. permitting supports its major shale positions
Chevron received 263 U.S. well permits in the dataset reviewed for 2026. Approximately 74% are located in the DJ, Delaware and Midland basins.
Play or basin 2026 permits Share DJ Basin 102 38.8% Delaware Basin 64 24.3% Williston Basin/Bakken 37 14.1% Midland Basin 28 10.6% San Joaquin Basin 26 9.9% Other areas 6 2.3% Total 263 100.0%
The DJ Basin represents Chevron’s largest permit concentration, followed by the Delaware Basin. The company’s 92 combined Delaware and Midland Basin permits demonstrate continued investment across both sides of the Permian.
Permian play County State Permit count Delaware Basin Eddy New Mexico 51 Delaware Basin Lea New Mexico 13 Midland Basin Upton Texas 18 Midland Basin Midland Texas 10 Total Permian 92
The Permian permits are concentrated in Eddy County, New Mexico, and Upton County, Texas, which together account for 69 permits. These locations provide a clear indication of where Chevron is maintaining its future drilling inventory.
Bakken efficiencies following the Hess acquisition
Chevron is also applying its broader shale operating practices to the Bakken assets acquired from Hess. The company is drilling laterals that are approximately 28% longer and maintaining similar production with one fewer rig.
Chevron recorded 37 Williston Basin permits across three North Dakota counties.
County Permit count Mountrail 18 McKenzie 13 Williams 6 Total 37
Management said it likes the quality of the Bakken assets as it gains operating experience with them, although Chevron is still evaluating its associated midstream position.
Large permitted inventory remains available
Of Chevron’s 263 permits, 246—or approximately 94%—do not yet have an Activity Date. Only 17 permits have an Activity Date indicating identified drilling or spud activity in the dataset.
Permit status Record count Share Activity Date recorded 17 6.5% No Activity Date recorded 246 93.5% Total 263 100.0%
This large unspud permit inventory gives Chevron flexibility to adjust drilling schedules without immediately increasing its rig count. It also supports management’s position that the company can maintain production, pursue efficiency improvements and preserve future growth options.
Industry impact
Chevron’s strategy suggests that high production does not necessarily translate into increased rig demand. For oilfield service companies and suppliers, opportunities may increasingly come from helping Chevron drill longer laterals, improve recovery, optimize artificial lift, apply advanced chemicals and increase facility reliability—rather than simply supporting a larger rig fleet.
Author: phinds