Stratos Turns Thin Air Into Permian Gold

Occidental’s Stratos plant prepares for a 2026 launch, turning captured atmospheric carbon into a high-tech tool for Texas oil recovery

16 Apr 2026

Occidental Petroleum is entering the final stages of construction for Stratos, a direct air capture (DAC) facility in Ector County, Texas. The project, managed through its subsidiary 1PointFive, is scheduled to begin operations in the second quarter of 2026. Once fully commissioned, the plant is designed to extract 500,000 metric tons of carbon dioxide from the atmosphere annually.

The captured gas will be integrated into Occidental’s enhanced oil recovery (EOR) operations in the Permian Basin. By injecting CO2 into mature reservoirs, the company can extract crude from wells that have ceased to produce through conventional methods. Occidental refers to the resulting product as "net-zero oil," on the basis that the carbon used for extraction is sourced from the atmosphere.

The commercial viability of the project relies on a dual-revenue model: the sale of carbon removal credits and the increased yields from its oilfields. The company currently manages the largest CO2 pipeline network in the United States, which will transport the gas from the Stratos facility to its injection sites. Preliminary tests in the Permian have shown that CO2 injection can increase oil output by more than 45% in specific reservoirs.

Federal policy remains a significant tailwind for the development. The 45Q tax credit provides up to $180 per metric ton for carbon that is captured and permanently stored. As the North American EOR market accounts for nearly 40% of a $50bn global industry, the ability to secure a consistent, modular supply of CO2 addresses a primary logistical constraint for the sector.

However, the project faces scrutiny regarding its long-term environmental impact. Industry observers have noted that while the extraction process utilizes atmospheric carbon, the eventual combustion of the produced oil generates new emissions. The future of the DAC-to-EOR model likely depends on how international regulators and carbon markets define "net-zero" production and whether they continue to incentivize carbon-intensive recovery methods.