Occidental Petroleum DAC Strategy: $7.8 B CAPEX, ADNOC JV, and a $10 B Divestiture to Fund Megaprojects (2025)

Industry Adoption: Occidental Petroleum Doubles Down on Centralized Decarbonization

While the global energy sector accelerates its adoption of decentralized power systems, Occidental Petroleum is executing a contrarian strategy in 2025 by deliberately forgoing the distributed energy market to focus exclusively on large-scale, centralized decarbonization projects. This approach leverages the company’s core competencies in subsurface geology and complex project execution, positioning it to develop a carbon management business rather than compete in the high-growth but operationally distinct distributed generation sector. This strategic divergence is evident as peers like Shell and BP navigate their own pivots away from aggressive renewables targets.

Contrasting Market Trajectories

The global Distributed Energy Generation market is on a significant growth path, valued at over $500 billion in 2025 with a projected CAGR nearing 15%. This market includes technologies like rooftop solar, community microgrids, and local battery storage. Occidental Petroleum‘s 2025 activities show a clear and strategic decision to abstain from this segment.

• From 2021 to 2024, Occidental Petroleum solidified its low-carbon strategy around Carbon Capture, Utilization, and Storage (CCUS) and Direct Air Capture (DAC), culminating in the construction of its first large-scale DAC plant, Stratos.
• In 2025, the company reinforced this focus with a proposed capital budget of $7.6 billion to $7.8 billion, the majority of which is allocated to traditional oil and gas operations that will ultimately feed its carbon management infrastructure.
• Unlike competitors who have made direct investments in wind or solar generation assets, such as Equinor or Total Energies, Occidental Petroleum‘s clean energy engagement is limited to offtake agreements, such as the PPA to power its Permian operations, rather than asset ownership.

A Focus on Core Competencies

Occidental Petroleum‘s strategy is not an oversight but a calculated choice to build a business around what it knows best: managing complex geology and executing massive engineering projects. This approach avoids direct competition with utilities and renewable developers in the distributed energy space.

• The company’s initiatives, such as the DAC project with an affiliate of ADNOC and a CO 2 sequestration hub with Enbridge, are large, centralized industrial facilities that mirror the scale of its legacy oil and gas operations.
• These projects are designed to integrate with the existing centralized energy grid and industrial corridors, not to create a more distributed and resilient power system.
• By focusing on providing “decarbonization-as-a-service” for hard-to-abate industries, Occidental Petroleum aims to capture a share of what it estimates could become a $5 trillion global market for CO 2 management.

$7.8 B CAPEX Plan: Occidental Petroleum Investment Strategy Aligns with Centralized Projects

Occidental Petroleum‘s 2025 capital allocation and corporate finance activities provide definitive proof of its strategic commitment to centralized systems. The company is directing billions toward its core oil and gas production and nascent carbon capture business while divesting non-core assets to strengthen its balance sheet for these capital-intensive, long-cycle projects. There is no evidence of financial allocation toward distributed energy resources.

Capitalizing on Carbon Capture

The majority of Occidental Petroleum‘s low-carbon investment is directed towards its subsidiary, 1 Point Five, and the development of DAC infrastructure. This represents a significant financial commitment to a technology that is still in the early stages of commercial-scale deployment.

• The company’s 2025 capital plan dedicates $5.8 billion to $6.0 billion to oil and gas, which provides the cash flow and operational integration needed for its CCUS and Enhanced Oil Recovery (EOR) activities.
• The development of the Stratos DAC facility in Texas, scheduled for completion in late 2025, is the primary recipient of its low-carbon venture capital.
• Negotiations in September 2025 to sell its Oxy Chem unit to Berkshire Hathaway for approximately $10 billion are intended to reduce debt and free up capital to accelerate its carbon management strategy.

Table: Occidental Petroleum Key Financial and Investment Activities (2025)

Partnership Analysis: Occidental Petroleum Focuses on Industrial-Scale Infrastructure

All significant partnerships announced or advanced by Occidental Petroleum in 2025 are centered on developing large-scale, centralized infrastructure for hydrocarbon production and CO 2 management. These alliances with major energy and industrial players are structured to support megaprojects that require substantial capital, geological expertise, and midstream logistics, a model that is the antithesis of decentralized energy deployment.

Building a CO 2 Management Ecosystem

Occidental Petroleum is assembling a network of partners to build out the entire value chain for its carbon capture business, from capture and transportation to sequestration. This strategy mirrors the integrated model of its traditional oil and gas business.

• The agreement with an investment company of ADNOC in May 2025 to advance a DAC project in Texas establishes a key international partnership to validate and scale its core carbon capture technology.
• A 50/50 joint venture with Enbridge, announced in November 2025, is focused on developing a CO 2 sequestration hub, providing the critical midstream infrastructure required for a large-scale carbon management service.
• This contrasts with the partnership models seen in the distributed energy sector, which often involve software platforms, local installers, and customer-facing financing solutions.

Table: Occidental Petroleum Strategic Partnerships (2025)

Geographic Footprint: Occidental Petroleum Concentrates on Texas and California

Occidental Petroleum‘s geographic strategy in 2025 is tightly focused on regions where it has a dominant operational presence and where the geology is favorable for its centralized decarbonization model, primarily the Permian Basin in Texas and specific locations in California. This differs sharply from the geographically dispersed nature of distributed energy, which targets population centers and areas with high electricity costs. Other oil majors like Chevron are also leveraging their existing geographic footprints for new energy ventures.

The Texas Carbon Hub

Texas serves as the epicenter of Occidental Petroleum‘s strategy, combining its largest production base with ideal conditions for CCUS and DAC development.

• Between 2021 and 2024, the company laid the groundwork for its Texas-based carbon management business, securing land and permits for its Stratos DAC facility and associated sequestration sites.
• In 2025, activity intensified with the Ecopetrol drilling partnership in the Midland Basin, the ADNOC affiliate agreement for a Texas DAC project, and the Enbridge joint venture for a CO 2 hub near Corpus Christi.
• This concentration allows Occidental Petroleum to create an integrated system where CO 2 captured from industrial sources or the air can be used for Enhanced Oil Recovery in the Permian or permanently sequestered in saline formations along the Gulf Coast.

California’s Centralized Power

In California, Occidental Petroleum‘s involvement is through large, centralized energy infrastructure rather than the state’s booming distributed solar and storage market.

• The pre-commissioning of the 570 MW natural gas-fired Elk Hills Power Plant in November 2025 highlights the company’s continued investment in large-scale, dispatchable power generation.
• This project, a joint venture including an Occidental Petroleum subsidiary, is designed to support grid stability, a function often at odds with the intermittent nature of distributed renewables.

Technology Maturity: Betting on DAC Commercialization

Occidental Petroleum‘s 2025 strategy hinges on the successful commercial-scale maturation of Direct Air Capture, a technology that remains in its infancy compared to the mature technologies dominating the distributed energy market. The company is effectively betting that it can drive down the costs of DAC and create a viable business model before competing decarbonization pathways become entrenched. This technology-forward approach is also seen at companies like Eni in its pursuit of proprietary clean fuel technologies.

From Pilot to Commercial Scale

The period from 2021 to 2024 was about proving the technical feasibility of DAC and beginning construction on the first large-scale plant. The year 2025 is a critical transition period focused on operational readiness and securing partnerships for future expansion.

• The primary technological milestone for 2025 is the scheduled completion of the Stratos DAC facility, which will be the world’s largest of its kind and a crucial test of the technology’s performance and economics at scale.
• While technologies like solar PV and battery storage have seen costs plummet over the last decade, DAC remains expensive, with current estimates around $600-$800 per ton. Occidental Petroleum‘s strategy depends on a steep reduction in this cost curve.
• The May 2025 agreement with ADNOC‘s affiliate and the November 2025 JV with Enbridge are not technology pilots but commercial arrangements designed to build the market and infrastructure around a technology that is just now reaching commercial viability.

SWOT Analysis: Occidental Petroleum’s Centralized Decarbonization Strategy

Occidental Petroleum‘s strategic focus on centralized carbon management presents a distinct set of strengths, weaknesses, opportunities, and threats. This analysis reveals a high-risk, high-reward strategy that leverages core capabilities while exposing the company to significant technological and policy uncertainties.

Table: SWOT Analysis for Occidental Petroleum’s Carbon Management Strategy

Scenario Modelling: Occidental Petroleum’s DAC Success Hinges on Stratos Performance

Looking ahead, Occidental Petroleum‘s success is tied directly to the operational and commercial performance of its flagship DAC projects. The single most critical factor in the next 12-18 months will be the commissioning of the Stratos plant and the real-world data it provides on cost and efficiency, as this will determine the viability of the company’s entire carbon management strategy.

• If the Stratos plant meets or exceeds its capture targets of 500, 000 tons per year at a cost significantly below current public estimates, watch for Occidental Petroleum to quickly sanction its next DAC projects, potentially with ADNOC. This could trigger a new wave of investment in the sector.
• If the plant underperforms or costs remain high, this could signal that the technology is not ready for commercial scale. In this scenario, expect the company to focus more heavily on point-source CCUS from industrial facilities and EOR, delaying its broader “decarbonization-as-a-service” ambitions.
• The successful finalization of the ~$10 billion Oxy Chem divestiture is a key enabler. If this deal closes as planned, it will provide a substantial financial buffer to weather potential startup issues at Stratos and continue funding development.
• Monitor federal policy closely. Any reduction or instability in the 45 Q tax credit or other support mechanisms for carbon capture would present a significant headwind to Occidental Petroleum‘s financial models and could slow future project development.

The questions your competitors are already asking

This report covers one angle of Occidental Petroleum’s carbon capture strategy. The questions that matter most depend on your work.

• Stratos DAC plant performance and cost data
• Major oil companies investing in direct air capture
• US federal funding changes for carbon capture projects
• Economic viability of direct air capture with 45Q tax credits

This report does not answer these. Enki Brief Pro does.

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