Occidental Petroleum Corporation (OXY): Business Model Canvas [June-2026 Updated]

This ready-made Business Model Canvas of Occidental Petroleum Corporation gives you a clear, research-based view of how the company creates and captures value through Permian oil and gas production, midstream and marketing, and carbon capture work like direct air capture and sequestration. You'll see the main partners, key assets such as the Permian Basin, Gulf of Mexico portfolio, and 16.5 billion boe resource base, plus the core customers, channels, revenue streams, and cost drivers behind crude oil, natural gas, NGL sales, carbon removal credits, and low-carbon project revenues.

Occidental Petroleum Corporation - Canvas Business Model: Key Partnerships

Berkshire Hathaway is Occidental Petroleum Corporation's most material disclosed strategic financial partner. In 2019, Berkshire provided $10 billion of preferred equity financing tied to Occidental Petroleum Corporation's Anadarko acquisition. The preferred stock carries an 8% annual dividend, equal to $800 million per year on the stated amount, and Berkshire also received warrants to buy up to 80 million common shares at $62.50 per share.

This partnership matters because it reduced financing pressure during a large acquisition and kept a long-term aligned capital provider in the structure. It also creates a fixed dividend obligation that affects cash flow, capital allocation, and the pace at which Occidental Petroleum Corporation can return cash to common shareholders.

Item	Number	Business effect
Preferred investment	$10 billion	Large capital injection for acquisition financing
Dividend rate	8%	Annual fixed cash obligation
Annual preferred dividend	$800 million	Reduces free cash flow available to common equity
Warrants	80 million shares	Potential dilution if exercised
Exercise price	$62.50	Sets Berkshire's potential equity entry point

BlackRock / 1PointFive JV has no publicly disclosed joint-venture structure, ownership split, or transaction amount in the information available here. For academic work, the key point is that BlackRock's role is best treated as a capital-market or asset-management relationship unless a specific filed deal document states otherwise. Without a disclosed amount, percentage, or closing date, you should not assign financial scale to this partnership.

• Publicly disclosed JV ownership: Not publicly disclosed
• Publicly disclosed transaction value: Not publicly disclosed
• Publicly disclosed project-level equity share: Not publicly disclosed
• Analytical use: treat as a financing or asset-management relationship only if backed by a filed agreement

Enterprise Products Partners is a key midstream counterpart for Occidental Petroleum Corporation because transport, storage, and terminal access are central to oil and gas operations. The partnership value lies in moving hydrocarbons from production areas to market and export points. Where Occidental Petroleum Corporation depends on third-party infrastructure, Enterprise Products Partners helps reduce bottlenecks and supports operating flexibility, but Occidental Petroleum Corporation has not publicly disclosed a partnership-specific contract value in the material used here.

The relevant business-model issue is cost and reliability. Midstream access affects realized pricing, shipment timing, and basis differentials. For a producer, that can matter as much as production volume because lower transport friction can improve netback economics, which is the sales price received after transport and other deductions.

• Partnership contract value: Not publicly disclosed
• Occidental Petroleum Corporation ownership stake: Not publicly disclosed
• Operational role: pipeline, storage, and transport access

Bain & Company appears to be a consulting and advisory relationship rather than a capital partnership. No public contract value, fee amount, or project budget is available in the material used here. In a Business Model Canvas analysis, Bain & Company belongs in the category of external expertise that supports operating efficiency, strategy, or organizational change, but the financial size of the relationship cannot be stated without a disclosed filing or press release.

• Consulting fee: Not publicly disclosed
• Contract term: Not publicly disclosed
• Equity ownership: 0 publicly disclosed

AI tech partners like Collide should be treated as technology-enablement relationships. No public financial amount, equity stake, or contract size is available in the material used here. In a late-2025 Business Model Canvas, these partners matter because AI tools can affect data analysis, asset optimization, maintenance scheduling, and workflow automation, but you should not attach numbers unless Occidental Petroleum Corporation or the counterparty has publicly disclosed them.

Partner	Publicly disclosed numbers	Role in the business model
Berkshire Hathaway	$10 billion, 8%, $800 million, 80 million, $62.50	Financing and long-term capital support
BlackRock / 1PointFive JV	Not publicly disclosed	Capital or project relationship, if any disclosed document exists
Enterprise Products Partners	Not publicly disclosed	Midstream transport and storage access
Bain & Company	Not publicly disclosed	Strategy and operating advisory
AI tech partners like Collide	Not publicly disclosed	Digital tools and operational support

In the Business Model Canvas, these partnerships support Occidental Petroleum Corporation's access to capital, infrastructure, expertise, and digital capability. The only disclosed hard financial terms in this chapter are the Berkshire Hathaway figures: $10 billion, 8%, $800 million, 80 million, and $62.50.

Occidental Petroleum Corporation - Canvas Business Model: Key Activities

Occidental Petroleum Corporation's key activities center on Permian Basin oil and gas production, CO2 transport and marketing, carbon capture, digital drilling optimization, and balance sheet repair. The company's business model depends on producing barrels at low cost, moving molecules through owned infrastructure, and funding growth while reducing debt.

Key activity	Real-life numbers tied to the activity	Business model impact
Permian oil and gas production	2024 CrownRock acquisition price: $12 billion	Expanded Permian scale and inventory
Direct air capture	STRATOS first phase designed for 500,000 metric tons of CO2 per year	Builds a lower-carbon revenue stream
Debt reduction	Berkshire Hathaway preferred investment: $10 billion	Supported liquidity and capital structure repair
Carbon sequestration	Existing CO2 business uses long-distance pipeline and storage infrastructure	Connects emissions management to oil recovery and carbon services

Permian oil and gas production is the core operating activity. Occidental's strategy in the Permian Basin is to drill high-return wells, grow production with a small surface footprint, and keep lifting costs low through long laterals, pad drilling, and infrastructure reuse. The $12 billion CrownRock acquisition in 2024 added more Permian inventory and strengthened the company's scale in the basin. This matters because the Permian gives Occidental its most important source of cash flow, and cash flow funds both capital spending and debt reduction.

• Horizontal drilling in stacked shale benches.
• Pad development to drill multiple wells from one site.
• Water handling, gathering, and field infrastructure tied to production volumes.
• Reservoir and well-performance monitoring to improve recovery rates.

Midstream and marketing are critical because Occidental does not just produce hydrocarbons; it also moves, processes, and sells them through infrastructure and commercial contracts. Midstream work includes gathering, treating, transportation, storage, and marketing crude oil, natural gas, and CO2. The economic logic is simple: control more of the chain, reduce bottlenecks, and capture more margin between production and sale price. For a capital-intensive producer, this also lowers operating risk because the company is less dependent on third-party bottlenecks and third-party pricing power.

• Gathering and transportation of crude oil and natural gas.
• CO2 pipeline transport for enhanced oil recovery.
• Commodity marketing and offtake management.
• Storage and flow assurance for field operations.

Direct air capture and carbon sequestration have become a visible part of Occidental's model through 1PointFive. The company's STRATOS project in Texas is designed for an initial capture capacity of 500,000 metric tons of CO2 per year. That is not a side project; it is a strategic activity that connects carbon removal to industrial-scale infrastructure and long-duration contracts. Carbon sequestration also supports Occidental's broader CO2 handling business, where captured CO2 can be transported and stored underground. In business-model terms, this creates a second value engine beyond oil production: selling carbon management capacity and services.

Carbon activity	Number	Why it matters
STRATOS first phase capture capacity	500,000 metric tons of CO2 per year	Sets the scale for commercial DAC operations
Berkshire Hathaway preferred investment linked to capital structure support	$10 billion	Helped fund balance sheet resilience

AI-driven drilling and subsurface modeling support Occidental's production efficiency. In plain English, this means using machine learning, advanced geoscience software, and data from wells, logs, and seismic surveys to make better drilling decisions. The goal is to pick better landing zones, reduce dry holes, improve well spacing, and lower nonproductive time. For a shale producer, even small efficiency gains matter because thousands of drilling and completion decisions shape total cash flow. The activity also links directly to capital discipline: better models should reduce wasted capital per well and raise the return on each invested dollar.

• Geologic interpretation of subsurface rock layers.
• Well placement and completion optimization.
• Performance analytics from drilling and production data.
• Predictive modeling for reservoir behavior and recovery.

Debt reduction and capital discipline are a core activity, not just a finance task. Occidental has spent years prioritizing debt paydown because upstream oil and gas cash flows can swing sharply with commodity prices. Capital discipline means spending only where expected returns justify the risk, then using free cash flow to strengthen the balance sheet. The company's $10 billion Berkshire Hathaway preferred financing in 2019 and the later $12 billion CrownRock transaction show how large the capital needs are in this business. Every major investment has to be judged against debt levels, interest costs, and future cash generation.

• Use free cash flow to reduce debt before expanding aggressively.
• Prioritize high-return Permian wells over lower-return growth.
• Match capital spending to commodity price cycles.
• Use asset sales and portfolio reshaping to improve leverage.

Capital discipline item	Real-life amount	Interpretation
Berkshire Hathaway preferred investment	$10 billion	Large-scale external capital used during a stressed period
CrownRock acquisition price	$12 billion	Significant growth spend that must be offset by cash flow discipline

Occidental Petroleum Corporation - Canvas Business Model: Key Resources

16.5 billion boe is the clearest disclosed company-wide resource figure tied to Occidental Petroleum Corporation's upstream and lower-carbon resource base.

Key resource	Real-life number or amount	Business model role
Resource base	16.5 billion boe	Long-duration inventory for upstream production and capital allocation
Stratos DAC design capacity	500,000 metric tons of CO2 per year	Lower-carbon sequestration and carbon management platform
Permian Basin focus	Large-scale unconventional asset base	Core oil and gas production engine
Gulf of Mexico portfolio	Offshore producing and development assets	Cash-generating diversified upstream resource

Permian Basin assets are the main physical resource behind Occidental Petroleum Corporation's upstream model. The company's position in the basin matters because the Permian supports repeatable drilling, infrastructure reuse, and lower full-cycle cost per barrel than many offshore or international plays. In a business model canvas, this resource underpins both the value proposition and the cost structure. It supports continuous production, reserve replacement, and capital efficiency.

• Large land position in a basin with multi-zone development potential
• Shared infrastructure across wells, gathering systems, and processing facilities
• Shorter-cycle drilling relative to offshore projects
• Higher drilling density, which can support better capital reuse

Gulf of Mexico offshore portfolio adds a different kind of resource base. Offshore assets typically require higher upfront capital, more complex engineering, and longer project timelines than onshore shale. That makes the Gulf of Mexico important as a mix and balance resource rather than only a growth engine. It can support production diversification, reserve life, and exposure to higher-margin barrels when project execution stays strong.

• Offshore production assets
• Development opportunities with long lead times
• Engineering, subsea, and logistics capability requirements
• Portfolio diversification away from a single onshore basin

16.5 billion boe is the key scale number for Occidental Petroleum Corporation's total resource base. Boe means barrels of oil equivalent, a standard measure that converts natural gas into oil-equivalent units so you can compare mixed hydrocarbon volumes on one basis. This matters because a large resource base gives the company more drilling inventory, more optionality on capital timing, and more flexibility across oil, natural gas, and related liquids.

Resource metric	Value	Why it matters
Total resource base	16.5 billion boe	Long inventory runway for development and reserve conversion
Lower-carbon infrastructure	500,000 metric tons of CO2 per year	Supports carbon management and sequestration economics

Stratos DAC and sequestration permits are a strategic resource because they are hard to replicate. Direct air capture, or DAC, is a technology that removes carbon dioxide from ambient air. The Stratos project is designed for 500,000 metric tons of CO2 per year of capture capacity, which places it among the largest planned DAC facilities. The related sequestration permits are valuable because they connect capture capacity to storage capacity, which is necessary for the model to work at commercial scale.

• 500,000 metric tons of CO2 per year design capacity
• Permitting position for subsurface storage
• Engineering know-how for capture, compression, transport, and injection
• Exposure to federal carbon-removal incentives and industrial decarbonization demand

AI-enabled subsurface and drilling systems are a technical resource because they improve how Occidental Petroleum Corporation uses geology, drilling data, and field operations. In practical terms, AI helps process large volumes of seismic, well-log, pressure, and production data faster than manual workflows. That can improve well placement, reduce non-productive time, and lower drilling risk. The value is not the software alone; it is the combination of data, operating history, and field execution discipline.

• Subsurface data sets from long-running basin operations
• Well performance histories across large drilling inventories
• Operational data from drilling, completion, and production systems
• Analytical tools for targeting, spacing, and well design

For a business model canvas, these resources support three numbers that matter most: 16.5 billion boe of resource base, 500,000 metric tons of CO2 per year of DAC capacity, and basin-scale onshore and offshore asset concentration. Those figures show how Occidental Petroleum Corporation ties hydrocarbon production and carbon management to the same asset base.

Resource category	Specific asset or capability	Numeric disclosure	Strategic use
Onshore oil and gas	Permian Basin assets	Company-scale basin position	Core production and reserve conversion
Offshore oil and gas	Gulf of Mexico portfolio	Offshore producing assets	Diversification and cash generation
Hydrocarbon inventory	Total resource base	16.5 billion boe	Long-term development runway
Carbon management	Stratos DAC and sequestration	500,000 metric tons of CO2 per year	Lower-carbon growth option
Digital operations	AI-enabled subsurface and drilling systems	Data-driven field optimization	Efficiency, precision, and lower operating risk

Occidental Petroleum Corporation - Canvas Business Model: Value Propositions

Short-cycle oil and gas supply is built around U.S. shale and other quick-response assets. The economic point is speed: wells can be drilled, completed, and brought on stream much faster than long-cycle offshore or LNG projects, so capital can turn into barrels sooner.

Value proposition	Real-life number	Business meaning
U.S. short-cycle inventory expansion	$12 billion	Cash-and-stock purchase price for CrownRock, a major Permian Basin shale position
Production optionality	1 basin-focused operating model	Permian Basin shale gives faster capital recycling than long-cycle projects

• Short-cycle supply matters when oil prices move fast.
• It lets Company Name shift rigs, completion activity, and maintenance spending faster than deepwater peers.
• That flexibility reduces the risk of locking capital into projects that need many years to pay back.

Flexible production tied to price signals is a core part of the business model. When prices improve, Company Name can push more activity into higher-return wells. When prices weaken, it can slow the pace and protect cash flow.

That strategy is built for capital discipline. In practice, flexible production means the company does not need to keep every asset running at maximum output if returns fall below its hurdle rate. A hurdle rate is the minimum return needed to justify spending.

Price-sensitive lever	Why it matters
Drilling pace	Changes near-term production and capital spending
Completion timing	Lets Company Name defer or accelerate new barrels
Asset mix	Prioritizes higher-return acreage and improves cash conversion

Carbon removal credits and sequestration services create a second revenue path outside traditional hydrocarbons. Under U.S. federal rules, the Section 45Q credit is $85 per metric ton of carbon dioxide permanently stored in geologic formations and $180 per metric ton for direct air capture with geologic storage.

Those numbers matter because they turn carbon management into a monetizable service. Instead of only selling oil and gas, Company Name can also sell the handling, transport, injection, and permanent storage of carbon dioxide.

• $85 per metric ton supports point-source carbon capture economics.
• $180 per metric ton supports direct air capture economics.
• 500,000 metric tons per year is the first-phase capacity announced for the Stratos direct air capture facility in Texas.

Low-carbon power with carbon capture for AI data centers links energy supply with the need for firm 24/7 electricity. Data centers need continuous power, not intermittent output, so the value proposition is dispatchable generation paired with carbon capture to lower emissions intensity.

The business logic is simple. AI workloads raise electricity demand, and power buyers want reliability plus lower-carbon sourcing. Company Name can combine natural gas supply, power generation, and carbon capture infrastructure to serve that need. The value is not only the power sold, but also the carbon management layer attached to it.

Power proposition	Numeric anchor	Why it matters
Carbon removal scale	500,000 metric tons per year	Shows the industrial scale needed for low-carbon power ecosystems
Carbon capture credit value	$180 per metric ton	Improves economics for low-carbon electricity projects

Capital-efficient execution and shareholder returns is the financial promise behind the operating model. The company has emphasized spending discipline, faster payback, and returning excess cash after core balance sheet goals are met.

A key capital target was reducing debt to $15 billion. That matters because lower debt lowers interest expense, improves financial flexibility, and leaves more cash for dividends and buybacks.

Capital return metric	Real-life number	Interpretation
Debt reduction target	$15 billion	Balance sheet threshold tied to future shareholder distributions
Major acquisition price	$12 billion	Scale of investment used to add high-return shale inventory
45Q point-source credit	$85 per metric ton	Creates added project economics beyond oil and gas cash flow
45Q DAC credit	$180 per metric ton	Supports a separate carbon-removal revenue stream

The value proposition is strongest when you see the pieces together: short-cycle barrels, price-responsive output, carbon services, and capital returns. That mix gives Company Name more than one way to make money from the same asset base.

Occidental Petroleum Corporation - Canvas Business Model: Customer Relationships

$10 billion of preferred equity from Berkshire Hathaway in 2019 anchors one of Occidental Petroleum Corporation's most important long-term strategic relationships.

Relationship type	Counterparty	Disclosed amount	Commercial relevance
Preferred equity investment	Berkshire Hathaway	$10 billion	Long-term balance sheet support and strategic alignment
Annual dividend on preferred stock	Berkshire Hathaway	8%	Fixed cost tied to capital structure
Common stock warrants	Berkshire Hathaway	80 million shares at $62.50 per share	Potential equity conversion linked to long-term ownership
Direct air capture project design capacity	STRATOS project	500,000 metric tons of CO2 per year	Foundation for long-term carbon credit relationships
Federal carbon storage credit rate	45Q geologic storage	$180 per metric ton	Supports long-duration carbon removal contracts
Federal carbon utilization credit rate	45Q EOR-related storage	$130 per metric ton	Supports contractual CO2 transport and sequestration economics
Point-source geologic storage credit rate	45Q	$85 per metric ton	Supports industrial CO2 capture and storage relationships
Point-source utilization credit rate	45Q EOR-related storage	$60 per metric ton	Supports commercial CO2 handling agreements

Long-term corporate carbon credit contracts are tied to Occidental Petroleum Corporation's direct air capture platform and carbon management business. The key relationship feature is duration: buyers are not purchasing a one-time physical product, but multi-year carbon removal or storage capacity measured in metric tons of CO2. The most important disclosed project-level number is 500,000 metric tons of CO2 per year for STRATOS. That scale matters because it turns carbon removal from a pilot activity into an industrial contract model, where revenue depends on committed tonnage, delivery timing, and verified storage.

The economics of these contracts are shaped by the federal 45Q tax credit regime, which sets concrete value per metric ton of CO2. For geologic storage, the credit is $180 per metric ton for direct air capture; for direct air capture used in enhanced oil recovery with secure storage, it is $130 per metric ton. For point-source capture, the figures are $85 and $60 per metric ton. These amounts matter because they help determine the minimum contract value required to support long-duration carbon customer relationships.

• 500,000 metric tons per year is the disclosed STRATOS design capacity.
• $180 per metric ton is the highest disclosed 45Q rate tied to direct air capture and geologic storage.
• $130 per metric ton applies to direct air capture paired with EOR and storage.
• $85 and $60 per metric ton apply to point-source capture, depending on storage pathway.

Direct commercial sales of hydrocarbons rely on commodity buyers rather than a small number of named customers. Occidental Petroleum Corporation sells oil, natural gas, and natural gas liquids into industrial and commercial markets where the buyer relationship is usually short-cycle, price-based, and operationally driven. In this model, customer relationships are less about branding and more about reliability, logistics, quality specifications, and settlement terms. The business logic is simple: buyers need steady supply, and Occidental Petroleum Corporation needs continuous offtake to convert production into cash flow.

This relationship model is important because hydrocarbons are fungible commodities. That means customer stickiness is lower than in subscription businesses, but switching costs still exist through transport, delivery schedules, blending requirements, and contract execution. The company's customer base therefore depends more on market access and dependable volumes than on consumer loyalty. Because the company does not disclose a single dominant retail customer relationship in the way a consumer company would, the relevant number is the scale of production sold into market channels rather than named account concentration.

• Commodity sales depend on price, quality, and logistics.
• Buyer relationships are built around repeat deliveries, not brand loyalty.
• Market access matters because transport and processing capacity shape realized pricing.

Project-based partnerships with industrial customers are central to Occidental Petroleum Corporation's carbon management strategy. These relationships are structured around specific projects, measured volumes, and verified storage outcomes. The commercial logic is closer to infrastructure contracting than to ordinary product sales. A customer commits to a project because it needs a defined amount of carbon removal or sequestration capacity, often with compliance, decarbonization, or scope 3 emissions goals in mind. The project itself becomes the service interface.

The most important project number in this relationship set is 500,000 metric tons of CO2 per year for STRATOS. At that scale, project partnerships can support long-term tonnage commitments and multi-party coordination across capture, transport, and sequestration. The relationship is not only with the buyer of carbon credits, but also with the industrial ecosystem that must verify measurement, reporting, and storage integrity.

Project relationship element	Disclosed number	Why it matters
STRATOS capacity	500,000 metric tons per year	Defines the contractable output base
45Q geologic DAC credit	$180 per metric ton	Supports project economics for carbon removal customers
45Q DAC with EOR and storage	$130 per metric ton	Supports alternate contract structures
Point-source geologic storage credit	$85 per metric ton	Relevant for industrial capture partnerships
Point-source EOR-related credit	$60 per metric ton	Relevant for lower-value contract pathways

Strategic investor alignment with Berkshire Hathaway is one of the clearest examples of a non-operating but economically material relationship in Occidental Petroleum Corporation's business model. In 2019, Berkshire Hathaway provided $10 billion of preferred equity to help finance Occidental Petroleum Corporation's acquisition strategy. The preferred stock carries an 8% dividend, and Berkshire also received warrants to buy up to 80 million shares at $62.50 per share. Those numbers matter because they show the relationship is contractual, long-dated, and financially embedded.

This relationship affects customer-style economics even though Berkshire Hathaway is not a buyer of oil or carbon credits. It signals confidence to other counterparties, supports capital access, and lowers perceived financing risk in large infrastructure and transition projects. For academic analysis, this is useful because it shows that customer relationships in Occidental Petroleum Corporation's model extend beyond product buyers to capital partners whose contracts influence execution capacity.

Contractual CO2 transport and sequestration relationships depend on industrial infrastructure, storage rights, and verified permanence. The key commercial unit is not barrels or cubic feet, but metric tons of CO2 delivered, transported, and stored. The disclosed credit values of $180, $130, $85, and $60 per metric ton show why these relationships are structured around measurement and legal certainty. Customers need proof that the CO2 has been handled as contracted, and Occidental Petroleum Corporation needs contractual control over transport and sequestration pathways.

The relationship design matters because transport and storage are the bottlenecks in carbon markets. If storage is not available, the contract fails. If permanence cannot be verified, the buyer cannot count the reduction. That is why capacity numbers and per-ton economics are the core relationship variables. In this model, the value is created by linking a buyer's emissions obligation to a fixed, auditable storage service.

• 500,000 metric tons per year is the scale of the core DAC project relationship.
• $180 per metric ton is the highest disclosed storage-linked incentive amount.
• 80 million warrants at $62.50 per share show the scale of strategic financial alignment.
• 8% preferred dividend makes the Berkshire Hathaway relationship recurring and contractual.

Occidental Petroleum Corporation - Canvas Business Model: Channels

3 reportable segments frame the main channel structure: Oil and Gas, Chemical, and Midstream and Marketing.

Channel	Real-life number or amount	Channel use
Commodity sales and marketing network	3 reportable segments	Oil and gas sales, chemical sales, and midstream and marketing activity
Direct enterprise carbon credit contracts	500,000 metric tons of CO2 per year	First-phase direct air capture capacity at STRATOS
Midstream CO2 transport partnerships	$1.1 billion	Carbon Engineering acquisition value in 2023
Project development agreements	1 large-scale direct air capture project in development at STRATOS	Project commercialization channel for low-carbon products and services
Institutional investor communications	4 quarterly earnings releases	Recurring disclosure channel for equity and debt investors

Commodity sales and marketing network uses 3 operating segments to move hydrocarbons and chemicals into established buyer markets. For academic work, this matters because it shows that the company does not rely on one sales route; it uses multiple product streams and multiple customer groups. The channel is built around physical sales of oil, natural gas, natural gas liquids, and chemical products, with marketing activity connected to the company's midstream and trading functions.

• 3 reportable segments support market access across more than one product line.
• 1 integrated structure combines production, processing, and marketing.
• $1.1 billion acquisition cost for Carbon Engineering widened the low-carbon channel base.

Direct enterprise carbon credit contracts are tied to the 500,000-metric-ton-per-year first phase of STRATOS. That capacity is the clearest numeric indicator of how the company can sell carbon removal as a contracted service rather than as a conventional commodity. For channel analysis, the number matters because it shows the scale at which the company can negotiate offtake or credit-sale agreements.

Midstream CO2 transport partnerships depend on the company's carbon capture and transport buildout rather than on a single retail-style sales network. The most relevant disclosed number is the 500,000-metric-ton-per-year STRATOS first phase, because transport and sequestration capacity are part of the same delivery chain. The $1.1 billion Carbon Engineering purchase in 2023 also matters because it gave the company a technology and project pipeline for CO2-related channels.

Project development agreements are the bridge between engineering and sales. In this channel, the company converts a project into a contracted asset, then into future revenue. The clearest project number is the 500,000-metric-ton-per-year phase-one design at STRATOS, which is the scale used to frame development, funding, and customer commitments.

Institutional investor communications are a separate channel because they shape access to capital. The company uses 4 quarterly earnings releases each year, along with annual reporting and investor presentations, to communicate operating results and capital plans. This matters because institutional investors typically price the company on production, cash flow, and capital discipline rather than on unit sales alone.

• 4 quarterly earnings releases per year
• 1 annual report per year
• 1 proxy statement per year
• 500,000 metric tons of CO2 per year at STRATOS phase one

Commodity sales and marketing also sit inside a broader capital structure that included a $1.1 billion acquisition in 2023. That number matters in channel analysis because it shows the company is building a second route to market through carbon-related services, not only through upstream commodity barrels and molecules.

Channel element	Number	Why it matters
Operating segments	3	Multiple sales and distribution paths
STRATOS phase-one capacity	500,000 metric tons per year	Defines carbon credit supply scale
Carbon Engineering acquisition	$1.1 billion	Signals channel expansion into low-carbon project development
Quarterly investor updates	4 per year	Supports capital access and valuation communication

Occidental Petroleum Corporation - Canvas Business Model: Customer Segments

Occidental Petroleum Corporation serves five clear customer groups in its business model: buyers of oil and gas, industrial emitters, corporate carbon dioxide removal buyers, AI data center operators, and institutional investors. The first three are tied to physical products and carbon management services; the last two are tied to capital access and long-duration infrastructure demand.

Customer segment	What they buy	Relevant real-world numbers	Why it matters
Oil and gas buyers	Crude oil, natural gas, natural gas liquids	Oil and gas remain the core output of the upstream business	These buyers generate the bulk of commodity-linked cash flow
Industrial emitters	Carbon capture, transport, and storage services	Direct air capture plant design capacity of 500,000 metric tons of CO2 per year for the first Stratos facility	They create demand for carbon management infrastructure
Corporate CDR credit buyers	Carbon dioxide removal credits	Credits are sold in metric tons of CO2 removed	They convert sequestration capacity into recurring revenue
AI data center operators	Reliable power, natural gas feedstock, low-carbon energy solutions	Data centers are among the largest new power-load categories in the US	They increase demand for gas supply and energy infrastructure
Institutional investors	Equity ownership and debt financing	Large-cap energy companies are typically funded through public equity and bond markets	They affect capital cost, valuation, and investment capacity

Oil and gas buyers are the most important customer segment by revenue scale. Occidental Petroleum Corporation sells into the global commodity market, so the buyer base is broad rather than contract-limited. That includes refiners, petrochemical plants, utilities, traders, and industrial end users that purchase crude oil, natural gas, and NGLs. The business depends on volume, realized prices, and transport access, not on a single end customer. This matters because commodity buyers are price-sensitive, and revenue can move sharply with benchmark prices.

• Crude oil buyers
• Natural gas buyers
• Natural gas liquids buyers
• Refiners and traders
• Industrial end users

Industrial emitters are the main customers for carbon capture and storage services. These are companies that must reduce emissions from cement, steel, refining, chemicals, power, and other heavy industries. The commercial logic is measured in metric tons of CO2. Occidental Petroleum Corporation's carbon management platform is built around permanent storage capacity, and the first Stratos direct air capture plant is designed for 500,000 metric tons of CO2 per year. That number matters because it defines the scale of the addressable market and the size of each contract.

Corporate CDR credit buyers buy carbon dioxide removal credits to meet voluntary climate targets, net-zero commitments, or supply-chain rules. CDR means carbon dioxide removal, which is the purchase of a verified reduction or removal measured in metric tons of CO2. These buyers are usually large corporations with long planning horizons and a willingness to pay for durable removals rather than short-term offsets. This segment is important because it can create higher-margin, non-commodity revenue tied to environmental performance instead of oil and gas prices.

• Voluntary carbon market buyers
• Net-zero buyers
• Supply-chain decarbonization buyers
• Long-duration removal credit buyers

AI data center operators are an emerging customer segment because artificial intelligence workloads require large amounts of power and very high uptime. These operators need electricity, gas supply, pipeline access, and in some cases lower-carbon energy options to support permitting, reliability, and emissions goals. For Occidental Petroleum Corporation, this segment is strategically relevant because it links upstream gas supply and carbon management to a new source of industrial energy demand. The customer value proposition is not consumer-facing; it is baseload reliability, scale, and energy security.

Institutional investors are not end users of the company's physical products, but they are still a customer segment in the Business Model Canvas because they supply capital. These include asset managers, pension funds, insurance companies, sovereign wealth funds, and large private holders. Their role matters because Occidental Petroleum Corporation is capital-intensive and depends on equity valuation, debt markets, and financing terms to fund drilling, carbon capture, and infrastructure. A large institutional base can lower financing friction, but it also raises pressure on capital discipline, free cash flow, and returns.

Segment	Demand driver	Revenue type	Risk profile
Oil and gas buyers	Global energy use	Commodity sales	Price volatility
Industrial emitters	Emissions reduction mandates	Service and storage fees	Policy and project execution
Corporate CDR credit buyers	Net-zero commitments	Credit sales	Verification and demand depth
AI data center operators	Electricity demand growth	Energy supply and infrastructure value	Power-market competition
Institutional investors	Capital allocation decisions	Equity and debt financing	Cost of capital and valuation pressure

For academic work, the customer-segment structure shows that Occidental Petroleum Corporation is not a single-market company. It is a hybrid energy and carbon management business with commodity buyers, regulated-emissions buyers, voluntary carbon buyers, power-demand buyers, and capital-market buyers.

Occidental Petroleum Corporation - Canvas Business Model: Cost Structure

$10B of preferred equity remains a major fixed cost item in the capital structure, and the associated dividend burden is $800M per year at the 8% rate on the original investment.

Cost structure item	Real-life disclosed amount	Cost impact
Preferred equity issued to Berkshire Hathaway	$10B	Permanent capital cost
Annual preferred dividend at 8%	$800M	Fixed cash outflow
Stratos direct air capture first-phase nameplate capacity	500,000 metric tons of CO2 per year	Buildout and operating cost base

Upstream operating costs sit at the core of the cost structure because Occidental Petroleum Corporation still earns most of its cash from oil and gas production. The main drivers are lifting costs, workovers, gathering and processing, transportation, and production taxes. These costs move with volumes, well performance, and service pricing, so they fall when production efficiency improves and rise when drilling activity increases.

The upstream model also carries depletion, depreciation, and amortization, which is the accounting charge that spreads the cost of reserves and wells over time. That matters because it reduces reported earnings even when cash spending is lower. For a capital-intensive producer, this makes unit costs and maintenance spending more important than headline revenue alone.

• Lifted barrel costs are tied to field productivity and service inflation.
• Workover and recompletion spending rises when older wells need intervention.
• Transportation and processing costs depend on pipeline access and regional differentials.
• Production taxes scale with realized commodity prices and volumes.

Capital expenditures for drilling and projects are another large cost block because Occidental Petroleum Corporation has to keep replacing declines in mature fields while funding growth in core basins. In a reserve-based business, drilling capital is not optional; it is the cost of keeping production flat or growing. That makes capex a strategic expense, not just a discretionary one.

The biggest spend areas are drilling and completions, lease equipment, facilities, and infrastructure tied to long-cycle projects. In academic work, this cost line is useful because it links directly to reserve replacement, production growth, and free cash flow. Free cash flow is cash left after capital expenditures, so high capex can reduce near-term distributable cash even when operating cash flow is strong.

Stratos and other carbon capture buildout costs add a separate capital burden. Stratos is designed for 500,000 metric tons of CO2 per year in its first phase, which makes it one of the largest direct air capture buildouts in the market. That kind of project is capital heavy because it requires specialized capture units, compression, transport, storage, and site infrastructure.

This cost bucket matters because it is not a standard upstream drilling expense. It is a technology and infrastructure investment with long payback timing, and it can consume cash before revenue or credit monetization fully scales. For an academic case study, this is a clear example of diversification increasing both strategic optionality and near-term funding needs.

• 500,000 metric tons per year: first-phase Stratos capacity.
• $10B: preferred equity capital base that also funds non-upstream growth.
• $800M: annual preferred dividend cash burden.

Debt servicing and preferred equity obligations are a fixed-claims cost structure element that sits ahead of common equity holders. The preferred stock issued to Berkshire Hathaway carries an 8% annual dividend, which equals $800M on $10B of capital. That cash requirement is contractual, so it reduces flexibility in weak commodity-price environments.

Debt servicing is the other fixed financing cost. Occidental Petroleum Corporation has spent several years reducing leverage after the Anadarko transaction, so interest expense is lower than it was at the peak of the post-deal balance sheet. Even after deleveraging, debt service still matters because it competes with buybacks, growth capex, and carbon capture spending for the same pool of cash.

Financing item	Amount	Why it matters
Preferred equity principal	$10B	Permanent capital in the structure
Preferred dividend rate	8%	Fixed annual cash claim
Annual preferred dividend	$800M	Required cash payment

Environmental remediation liabilities are a recurring cost because Occidental Petroleum Corporation operates legacy industrial and oil and gas assets with cleanup, closure, and site restoration obligations. These liabilities include environmental remediation work, plugging and abandonment, and asset retirement obligations. In cost structure terms, this is a long-tail expense that does not disappear when production slows.

These liabilities matter because they consume capital that cannot be redeployed into drilling, buybacks, or carbon capture. They also create uncertainty in long-duration planning because the timing of remediation spending can stretch over many years. For academic analysis, this is a useful example of how a resource company carries both operating costs and legacy obligations at the same time.

• Upstream operating costs are variable and tied to volumes.
• Drilling capex is required to maintain reserve life.
• Carbon capture buildout costs are front-loaded and infrastructure heavy.
• $800M annual preferred dividends are fixed.
• Environmental remediation spending is long-duration and obligation driven.

Occidental Petroleum Corporation - Canvas Business Model: Revenue Streams

Occidental Petroleum Corporation reports its largest revenue stream from oil and gas sales, with additional revenue tied to midstream and marketing activity. Its low-carbon revenue base is still small in reported financial terms, while carbon management is more visible in operating metrics than in disclosed revenue.

Revenue stream	Latest disclosed real-life number	Disclosure status
Crude oil sales	Not separately disclosed in a standalone revenue line item	Included in oil and gas sales revenue
Natural gas and NGL sales	Not separately disclosed in a standalone revenue line item	Included in oil and gas sales revenue
Carbon dioxide removal credit sales	Not separately disclosed as a revenue line item	Commercial activity reported through carbon management disclosures
Midstream and marketing revenues	Not separately disclosed in a standalone revenue line item	Reported within midstream and marketing operations
Potential low-carbon project revenues	Not separately disclosed as material revenue	Early-stage or pre-scale commercialization

Crude oil sales are the core cash-generating stream. Occidental's business model depends on turning produced barrels into revenue through sales of crude oil from the Permian Basin, Rockies, Gulf of Mexico, and international assets. Crude oil is the highest-value hydrocarbon in its mix, so the company's earnings are highly sensitive to realized oil prices, production volumes, and differentials between benchmark prices and the price it actually receives.

For academic work, this matters because crude oil sales explain most of Occidental's operating leverage. When oil prices rise, revenue typically expands faster than fixed costs. When prices fall, revenue drops quickly because the company cannot reprice output the way a software or subscription company can.

• Primary exposure: West Texas Intermediate-linked pricing and regional price differentials
• Key drivers: average realized price, daily production, commodity hedging, transportation costs
• Business effect: high-margin revenue when prices are strong, sharp pressure when prices weaken

Natural gas and NGL sales form the second major hydrocarbon stream. Natural gas sales add volume stability, while natural gas liquids, or NGLs, such as ethane, propane, butane, and pentane, add higher value than dry gas when market conditions are favorable. These revenues usually move with North American gas prices, petrochemical demand, and seasonal weather patterns.

In a revenue model, gas and NGL sales matter because they diversify the company away from pure oil exposure. They can soften revenue swings when oil prices weaken, but they also introduce exposure to gas basis risk and processing economics. For a student paper, this supports analysis of portfolio balance inside an upstream producer.

• Natural gas sales: dry gas used in power generation, heating, and industrial demand
• NGL sales: liquids recovered from gas streams and sold separately
• Revenue role: smaller than crude oil, but still material for cash flow

Carbon dioxide removal credit sales are tied to Occidental's carbon management strategy. The company has been building a commercial position around direct air capture and related carbon removal activity, with revenue potential linked to credits, sequestration services, and long-duration carbon storage. As of late 2025, this remains a developing revenue stream rather than a mature, scale revenue line.

The revenue logic is different from oil and gas. Instead of selling a physical hydrocarbon, Occidental can earn money by removing carbon dioxide from the atmosphere and storing it. That matters strategically because it creates a non-hydrocarbon income path, but the economics depend on policy, buyer demand, verification standards, and long-term contracts.

• Commercial model: carbon removal and storage credits
• Revenue driver: verified tons of carbon dioxide removed or stored
• Current role: early-stage and not yet a major reported revenue contributor

Midstream and marketing revenues come from gathering, processing, transportation, trading, and product optimization. This part of the model helps Occidental control how its production reaches end markets and how much value it keeps between the wellhead and the buyer. Midstream activity can also reduce bottlenecks and protect realized prices by improving access to pipelines, processing plants, and export channels.

For analysis, this revenue stream matters because it is not just support infrastructure. It can generate fee-based income and improve margins on produced barrels and gas volumes. It also reduces dependence on third parties, which can lower operational risk in constrained basins.

• Functions: gathering, processing, transportation, storage, marketing
• Economic role: fee income plus better pricing realization on produced volumes
• Strategic effect: tighter control over the full value chain

Potential low-carbon project revenues include earnings from direct air capture, carbon storage, low-carbon fuels, and other decarbonization projects. These revenues are strategically important because they can extend Occidental's business model beyond traditional upstream production. In financial terms, they are optionality: small now, potentially meaningful later if policy support, customer demand, and project economics align.

These revenues are not yet large enough to anchor the company's current financial profile. Their importance is forward-looking and should be treated as contingent rather than established. In academic work, that distinction matters because a revenue stream can be strategically significant even when it is not yet financially large.

Revenue source	Revenue type	Business model role	Late-2025 status
Crude oil sales	Commodity sales	Core cash generation	Mature
Natural gas sales	Commodity sales	Volume diversification	Mature
NGL sales	Commodity sales	Margin enhancement	Mature
Carbon dioxide removal credits	Environmental credit sales	Carbon monetization	Early-stage
Midstream and marketing	Fee and trading income	Value-chain optimization	Established
Low-carbon project revenues	Project-based income	Future growth option	Pre-scale

Revenue concentration is a major issue in this business model. Occidental's reported economics remain tied primarily to commodity prices, especially crude oil. That creates strong upside in high-price periods and strong downside in weak-price periods. A student can use this to discuss cyclical risk, capital allocation discipline, and the role of hedging in stabilizing cash flow.

Cash flow sensitivity is also central. Revenue in this model is not the same as profit. A higher sales number does not automatically mean higher earnings because lifting costs, transportation, taxes, royalties, and depreciation also move through the income statement. That is why oil and gas producers are often analyzed using revenue, EBITDA, and free cash flow together rather than revenue alone.

• Revenue sensitivity: oil and gas prices
• Margin sensitivity: lifting costs, royalties, transport, taxes
• Strategic implication: diversification into carbon and midstream can reduce dependence on one commodity cycle

Occidental Petroleum Corporation does not publicly present the late-2025 revenue mix as separate dollar lines for each of these five streams in a way that can be cleanly isolated without segment-note detail. The company's disclosed reporting still places the main financial weight on hydrocarbon sales, while carbon and low-carbon revenues remain smaller and less mature.