Occidental DAC Projects, $500 M ADNOC JV, and 4 Carbon Agreements, Bypassing the $19 B BESS Market (2025)

DAC Over BESS: Occidental’s Strategic Focus on Carbon Management

Occidental Petroleum’s 2025 strategy confirms a decisive pivot away from the rapidly expanding battery energy storage market toward building a large-scale carbon management business, leveraging its core competencies in subsurface geology. While the global energy storage market surpassed $19.74 billion in 2025, Occidental made no significant investments in battery initiatives, instead channeling capital and partnerships into Direct Air Capture (DAC) and Carbon Capture, Utilization, and Storage (CCUS) infrastructure.

• Between 2021 and 2024, Occidental began laying the groundwork for its low-carbon ventures business, primarily through the acquisition of Carbon Engineering and initial plans for its STRATOS DAC plant. This period established carbon management, not battery storage, as its primary energy transition pathway.
• In 2025, this strategy accelerated with multiple high-value partnerships and project milestones. The company secured a joint venture evaluation with ADNOC for a potential $500 million investment in a Texas DAC hub and formed another JV with Enbridge for CO 2 transport and storage, solidifying its focus on the carbon value chain.
• This contrasts sharply with the broader U.S. energy sector, which saw projections for 15 GW / 49 GWh of new energy storage capacity in 2025, driven by falling battery costs and robust policy support that Occidental chose not to pursue directly.
• The strategic choice indicates Occidental sees a greater competitive advantage and long-term value in creating a market for large-scale carbon removal, monetizing its five decades of CO 2 handling experience rather than entering the crowded battery technology and deployment field.

$1 B Free Cash Flow, Occidental’s Investment in DAC Ventures

Occidental’s 2025 financial commitments are squarely aimed at capitalizing its carbon capture business, with no disclosed capital allocated to battery or energy storage projects. The company is funding the development of a new industrial sector centered on CO 2 removal, underwritten by federal incentives and long-term offtake agreements.

• Occidental projects that its non-oil and gas ventures, primarily its DAC and CCUS projects, will generate a $1 billion improvement in free cash flow by 2026 as initial capital expenditures roll off.
• A key financial event in 2025 was the agreement with ADNOC’s XRG to evaluate a joint venture for a South Texas DAC hub, which includes a potential $500 million investment from XRG to develop a facility capable of capturing 500, 000 tonnes per year.
• In May 2025, Occidental also acquired the DAC startup Holocene, signaling a strategy of acquiring technology and talent to reduce its DAC cost from a current range of $400-$600 per ton to a target below $200 per ton.
• The financial viability of these investments is heavily dependent on the Section 45 Q tax credit, which was enhanced to provide up to $180 per tonne for CO₂ captured via DAC and permanently sequestered.

Cleantech Venture Investment Cools From 2022 Peak

This section highlights Occidental’s significant $1B investment in DAC. The chart provides crucial context, showing that this investment is happening despite a broader cooling in cleantech venture funding, emphasizing the company’s strong commitment.

(Source: Cleantech Group)

Table: Occidental Strategic Investments and Market Context

CO2 EOR Market to Reach $8.13B by 2035

The section is a table providing market context for Occidental’s investments. Since Occidental is a leader in CO2 Enhanced Oil Recovery (EOR), this chart directly quantifies the market opportunity and financial context for its carbon capture utilization strategy.

(Source: Future Market Insights)

Occidental 4 Carbon-Focused Partnerships with Enbridge and ADNOC (2025)

In 2025, Occidental’s partnership activity was exclusively dedicated to building an ecosystem for its carbon management business, with no collaborations announced in the battery or energy storage sectors. These alliances are structured to de-risk large-scale infrastructure development and secure offtake for its carbon removal services.

• In November 2025, Occidental’s subsidiary 1 Point Five formed a 50/50 joint venture with Enbridge to develop the Pelican Sequestration Hub, where Enbridge will manage CO 2 pipelines and Occidental will oversee geological storage.
• The May 2025 agreement with ADNOC’s XRG to evaluate a DAC joint venture in South Texas serves to bring in international partners and significant capital for scaling up its technology.
• In April 2025, Occidental secured a critical 25-year CO 2 offtake agreement with CF Industries to sequester emissions from a planned $4 billion low-carbon ammonia facility, creating a long-term revenue stream.
• The company also built on its existing carbon removal credit agreements with corporate buyers like Microsoft, which validates the commercial market for credits generated from DAC technology.

Cleantech Projects Face Cancellations and Bankruptcies

This section focuses on Occidental’s partnerships. The chart illustrates the high-risk environment in the cleantech sector, explaining the strategic imperative behind forming partnerships to mitigate risk, share costs, and improve project viability.

(Source: Cleantech Group)

Table: Occidental Carbon Management Partnerships

Texas and Louisiana: Occidental’s Carbon Infrastructure Hubs

Occidental’s geographical strategy is concentrated on the U.S. Gulf Coast, specifically Texas and Louisiana, where favorable geology for CO 2 sequestration combines with established industrial infrastructure. This targeted approach contrasts with the more distributed deployment of battery storage projects across the U.S.

• Between 2021 and 2024, Occidental focused its site selection and initial development activities in the Permian Basin of Texas, leveraging its extensive operational history and geological data from decades of Enhanced Oil Recovery (EOR).
• In 2025, this strategy solidified with the advancement of the STRATOS DAC plant in the Permian Basin and a new JV evaluation for a second major hub in South Texas, reinforcing Texas as the epicenter of its DAC ambitions.
• The company also expanded its footprint into Louisiana in 2025 through the Pelican Sequestration Hub JV with Enbridge and a major CO 2 offtake agreement with CF Industries’ planned Louisiana ammonia plant.
• This regional focus allows Occidental to create integrated carbon management hubs, connecting capture sites with transport and storage infrastructure, aiming for economies of scale that are central to its business model.

US & Europe Cleantech Investment Paths Diverge

This section discusses Occidental’s infrastructure hubs in Texas and Louisiana. The chart, showing diverging investment trends between the US and Europe, suggests a more favorable policy and investment climate in the US, justifying the geographic focus of Occidental’s hubs.

(Source: Cleantech Group)

Technology Readiness: Occidental Scales DAC from Pilot to Commercial

Occidental’s technological focus in 2025 was on scaling Direct Air Capture from demonstration to full commercial operation, a stark contrast to the mature and rapidly commoditizing battery storage market. The company is positioning itself as a first-mover in industrial-scale atmospheric CO 2 removal.

• From 2021 to 2024, Occidental’s efforts, primarily through its subsidiary 1 Point Five and the acquired Carbon Engineering technology, were centered on moving DAC from a pilot-level concept toward a bankable, large-scale project design.
• The year 2025 marked a critical validation point with construction advancing on the STRATOS DAC plant, designed to capture 500, 000 metric tons of CO 2 per year, and plans for a future facility targeting 1 million tonnes per year.
• While DAC technology is still on a cost-reduction journey, with current costs between $400-$600 per ton, the broader energy storage market in 2025 benefited from battery prices projected to fall below $100/k Wh, driving widespread adoption.
• Occidental’s acquisition of the DAC startup Holocene in May 2025 underscores its strategy to accelerate technological maturity and drive down costs through a combination of internal development and targeted M&A.

Carbon Capture Market Projects 27.4% Growth

The section covers the scaling of DAC technology from pilot to commercial. The chart’s projection of strong market growth provides the clear commercial incentive and market pull for investing in and scaling up this technology.

(Source: Evolvance Market Research)

SWOT Analysis: Occidental’s Carbon Capture Strategy

Occidental’s strategic decision to prioritize carbon capture over battery storage presents a distinct set of strengths tied to its core business, but also introduces significant risks related to market creation and policy dependence. This analysis reflects the company’s position as of 2025, building on activities from previous years.

IEA Projects Record Global Oil Surplus

This section presents a SWOT analysis. The projected global oil surplus represents a major ‘Threat’ to Occidental’s core oil and gas business, providing the primary strategic motivation for its diversification into carbon capture and management.

(Source: EnergyNow.com)

Table: SWOT Analysis for Occidental’s Carbon Capture Strategy

Occidental’s Next Move: Powering DAC with BESS?

The critical factor to watch is how Occidental will secure the immense, low-carbon power required for its energy-intensive DAC operations. This necessity could force Occidental to become a major player in the energy storage market, not as a technology supplier, but as a large-scale developer and procurer to support its core carbon business.

• If this happens: Occidental begins announcing large-scale power purchase agreements for solar or wind farms paired with battery storage, or direct investments in dedicated renewable-plus-storage projects to power its DAC hubs.
• Watch this: Announcements of partnerships with renewable energy developers or utilities specifically for powering the STRATOS and future South Texas DAC facilities. This would signal a strategic pivot to vertically integrate its energy supply.
• This could be happening: Initial feasibility studies or smaller-scale pilot projects pairing solar and BESS with DAC operations to test the economics and operational reliability, laying the groundwork for gigawatt-scale procurement in the future.

Venture Investment in Battery Materials Cools

This section speculates on using BESS to power DAC. The cooling investment trend in battery materials highlights potential market or technological headwinds, explaining why this is framed as a future possibility or question rather than a definite plan.

(Source: Cleantech Group)

The questions your competitors are already asking

This report covers one angle of Occidental’s strategic choice to build a carbon management business instead of entering the battery storage market. The questions that matter most depend on your work.

• Which companies are gaining or losing ground by choosing carbon management over battery storage as their primary energy transition pathway?
• What is actually happening with the Occidental-ADNOC DAC hub since the $500 million joint venture evaluation was announced?
• Is Occidental a good investment, given its pivot to carbon capture over the booming battery storage market?
• What are the opportunities for CO2 transport and storage infrastructure, following the Occidental-Enbridge joint venture?

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

Your question, your angle, your framework. SWOT, PESTL, scenario modelling. The same niche depth, built around the decision your work actually depends on.

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