- Jul 07, 2026
- 15 min read
- Sirion
- A Production Sharing Agreement balances investment and resource ownership.
Governments retain ownership while contractors finance exploration and share production under agreed terms. - Cost oil and profit oil define the PSA’s commercial model.
Contractors recover eligible costs before the remaining production is shared with the government. - PSAs attract investment while reducing government risk.
They enable countries to access capital, technology, and operational expertise without funding exploration. - Well-governed PSAs deliver better long-term outcomes.
Clear commercial terms and effective contract management help reduce risk and improve compliance. - AI-native CLM strengthens PSA management.
Platforms such as Sirion improve visibility, automate obligations, and support governance across the contract lifecycle.
Developing oil and gas resources requires significant capital, advanced technical expertise, and the ability to manage substantial exploration risk. Many resource-rich countries possess valuable hydrocarbon reserves but lack the financial resources or operational capabilities needed to explore and develop them independently. To bridge this gap, governments often partner with international energy companies through a Production Sharing Agreement (PSA).
A production sharing agreement is one of the most widely used contractual models in the upstream oil and gas industry. Rather than transferring ownership of natural resources to private companies, the government retains ownership while granting a contractor the right to explore, develop, and produce oil or gas. In return, the contractor recovers its eligible investment costs from production and shares the remaining output with the host government according to pre-agreed terms.
This model allows governments to attract foreign investment and technical expertise without bearing exploration risk, while energy companies gain access to potentially valuable reserves under a transparent commercial framework. In this guide, we’ll explain the production sharing agreement definition, explore its core components, examine how production sharing contracts work in practice, compare PSAs with concession agreements, and discuss why they remain one of the most common contractual structures in global oil and gas exploration.
What Is a Production Sharing Agreement (PSA)?
A Production Sharing Agreement (PSA)—also known as a production sharing contract—is a contractual arrangement between a government (or national oil company) and an oil and gas company that governs the exploration and production of petroleum resources.
Under a PSA, the state retains ownership of the oil and gas reserves at all times. The contractor finances exploration, drilling, field development, and production activities using its own capital and assumes the financial risk if commercial discoveries are not made. If production is successful, the contractor first recovers eligible costs through a portion of the production known as cost oil, while the remaining production—called profit oil—is divided between the government and the contractor according to agreed contractual terms.
Unlike concession systems, where companies may own the extracted hydrocarbons after paying royalties and taxes, production-sharing agreements are designed to preserve national resource ownership while encouraging private-sector investment, technology transfer, and operational expertise.
Today, PSAs are widely used across Africa, Asia, the Middle East, and Latin America, particularly in countries seeking to accelerate oil and gas exploration while maintaining sovereign control over natural resources.
Explore Oil and Gas Contract Management to learn how energy companies manage complex agreements, strengthen compliance, and improve visibility across the contract lifecycle.
Core Components of a Production Sharing Agreement
Although every PSA is negotiated individually, most agreements contain several core provisions that define how exploration activities are conducted, how production is shared, and how commercial risks are allocated between the parties.
Key components include:
- Parties Involved: A PSA typically involves the host government (or national oil company) and one or more private oil and gas companies acting as contractors responsible for exploration, development, and production activities.
- Cost Recovery (« Cost Oil ») and Profit Sharing (« Profit Oil »): The contractor first recovers eligible exploration and development costs through cost oil. The remaining production—known as profit oil—is then divided between the government and the contractor using a pre-agreed sharing formula.
- Royalty Agreements: Some PSAs require contractors to pay royalties before production sharing begins, while others incorporate royalty obligations into the overall fiscal framework depending on local legislation and contractual structure.
- Work Commitments: Contractors commit to defined exploration programs, such as seismic surveys, exploratory drilling, appraisal activities, or minimum investment obligations, within specified timeframes.
- Domestic Market Obligations: Governments may require a portion of produced oil or gas to be supplied to the domestic market to support national energy security or local economic development.
- Decommissioning and Asset Ownership: The agreement establishes responsibilities for decommissioning wells, production facilities, and related infrastructure at the end of the project’s life. Ownership of assets often transfers to the state upon contract expiration.
- Dispute Resolution Clause: PSAs typically include a comprehensive dispute resolution mechanism covering governing law, arbitration procedures, and jurisdiction to resolve commercial disagreements efficiently while minimizing operational disruption.
Together, these provisions establish the commercial, operational, and legal framework governing the entire lifecycle of an oil and gas project.
Production Sharing Agreement Example: A Real-World Walkthrough
A practical example helps illustrate why production sharing agreements have become a preferred contractual model in many emerging energy markets.
Consider a country in East Africa that has identified promising offshore oil reserves but lacks the capital, deep-water drilling technology, and technical expertise required to develop them. Rather than financing the project directly, the government enters into a Production Sharing Agreement with an international energy company.
Under the agreement:
- The government grants exploration rights while retaining ownership of the petroleum resources.
- The international operator funds exploration and drilling using its own capital and assumes the risk that no commercially viable discovery may be made.
- A commercial discovery is confirmed, and the operator invests in field development, production facilities, and supporting infrastructure.
- Oil production begins, allowing the company to recover approved exploration and development costs through cost oil.
- The remaining production is shared between the government and the operator according to the agreed profit-sharing formula.
This arrangement benefits both parties. The government attracts foreign investment, advanced technology, and operational expertise without assuming exploration risk, while the contractor gains access to valuable reserves and the opportunity to recover its investment if the project succeeds.
Similar production-sharing agreements have been used across Africa, Southeast Asia, and other resource-rich regions to support offshore exploration, encourage technology transfer, and accelerate the responsible development of national energy resources.
How Does a Production Sharing Agreement Work?
Although every PSA is negotiated individually, most agreements follow a similar commercial lifecycle that balances risk, investment recovery, and revenue sharing between the government and the contractor.
The process typically unfolds as follows:
Stage | What Happens |
Exploration | The government grants exploration rights, and the contractor finances geological studies, seismic surveys, and exploratory drilling. |
Discovery | If commercially viable reserves are discovered, the project advances to development. If no discovery is made, the contractor generally absorbs the exploration costs. |
Development | The contractor invests in wells, production facilities, pipelines, and supporting infrastructure required for commercial production. |
Production | Oil or gas production begins under government oversight in accordance with the PSA terms. |
Cost Recovery (Cost Oil) | The contractor recovers approved exploration, development, and operating costs from an agreed portion of production before revenue sharing begins. |
Profit Sharing (Profit Oil) | After cost recovery, the remaining production is divided between the government and the contractor based on the contractual sharing formula. |
A defining feature of a PSA is the distinction between cost oil and profit oil.
- Cost oil is the portion of production allocated to the contractor to recover eligible exploration, development, and operating expenses. Many PSAs also establish annual limits on the percentage of production that can be used for cost recovery.
- Profit oil represents the remaining production after approved costs have been recovered. This production is shared between the government and the contractor according to percentages defined in the agreement.
The government plays the role of resource owner and regulator, granting exploration rights, approving development plans, and monitoring compliance with contractual obligations. The contractor, meanwhile, bears the upfront financial and operational risk by funding exploration and managing day-to-day field operations.
Importantly, the production split is negotiated before the project begins and may vary based on factors such as production volume, oil prices, project profitability, or cumulative investment. This flexibility allows PSAs to balance investor returns with national resource interests throughout the life of the project.
Production Sharing Agreement vs. Concession Agreement: Key Differences
Production Sharing Agreements and concession agreements are both widely used in the upstream oil and gas sector, but they differ significantly in how ownership, financial risk, and production revenues are allocated.
Feature | Concession Agreement | Production Sharing Agreement (PSA) |
Resource Ownership | The company generally gains rights to produced hydrocarbons after extraction, subject to applicable taxes and royalties. | The state retains ownership of petroleum resources throughout the project lifecycle. |
Financial Risk & Cost Recovery | The company bears exploration risk and earns returns through production after paying royalties, taxes, and other fiscal obligations. | The contractor bears exploration costs but recovers approved investments through cost oil before profit sharing begins. |
Control & Management | The operator typically exercises greater operational autonomy. | Project oversight is shared between the government (or national oil company) and the contractor under the PSA framework. |
Government Revenue | Generated primarily through royalties, taxes, and concession fees. | Generated through the government’s share of profit oil, royalties (where applicable), and taxes. |
Global Context | More common in mature oil and gas markets such as the United States, Canada, and the United Kingdom. | Widely used in developing, resource-rich countries across Africa, Asia, the Middle East, and Latin America. |
Both contractual models can support successful oil and gas development. The choice typically depends on a country’s legal framework, fiscal objectives, investment strategy, and desired balance between resource sovereignty and private-sector participation.
Explore Compliance in Oil and Gas industry to understand how energy companies manage regulatory requirements, mitigate risk, and maintain compliance across complex operations and contracts.
Advantages and Disadvantages of a Production Sharing Agreement
Production Sharing Agreements have become one of the most widely adopted contractual models in the upstream oil and gas industry because they balance investment incentives with national resource ownership. However, like any commercial framework, PSAs involve trade-offs for both governments and operators.
Aspect | Advantages | Disadvantages |
Risk Allocation | Governments avoid financing high-risk exploration, while operators assume the upfront investment and exploration risk. | Operators invest significant capital with no guarantee of discovering commercially viable reserves. |
Resource Ownership | The government retains sovereignty over oil and gas resources throughout the project lifecycle. | Differences in expectations over resource value and profit sharing may lead to long-term commercial or political tensions. |
Technology & Knowledge Transfer | International operators bring advanced technology, operational expertise, and workforce training that strengthen local industry capabilities. | Successful implementation requires sophisticated technical, commercial, and regulatory expertise from both parties. |
Revenue Structure | The cost oil and profit oil mechanism creates a transparent framework for investment recovery and revenue sharing. | Government revenue may be lower during the early production years while contractors recover eligible costs. |
Investment Attraction | PSAs encourage foreign investment by providing a predictable commercial framework for large-scale exploration and development projects. | Complex negotiations and administration can increase contract preparation, monitoring, and compliance costs. |
Production Sharing Agreements remain attractive because they distribute risks and rewards between governments and investors. Their effectiveness, however, depends on well-structured commercial terms, transparent governance, and ongoing contract management throughout the life of the project.
How Modern CLM Platforms Support Production Sharing Agreements
Production Sharing Agreements are among the most complex contracts in the energy sector. They often span decades, involve multiple stakeholders, and contain detailed provisions governing exploration commitments, cost recovery, production sharing, regulatory compliance, environmental obligations, and dispute resolution. Managing these agreements through spreadsheets, email, or disconnected repositories can reduce visibility and increase operational risk.
Modern contract lifecycle management (CLM) platforms provide the centralized governance needed to manage these long-term agreements more effectively. By bringing contract data, workflows, and obligations together in a single platform, organizations can improve compliance while maintaining greater control over critical commercial terms.
Enterprise CLM platforms help organizations:
- Centralize PSAs and related project documents within a secure contract repository.
- Track key obligations, milestones, work commitments, and reporting deadlines.
- Monitor cost recovery provisions, production-sharing terms, and commercial changes throughout the agreement lifecycle.
- Automate approval workflows, notifications, and contract governance processes.
- Improve collaboration across legal, commercial, finance, operations, and compliance teams.
- Surface contract risks and critical obligations through AI-powered analytics and reporting.
Sirion’s Agentic AI CLM platform extends these capabilities by combining contract intelligence with autonomous AI assistance. Through AI-powered contract analysis, semantic search, obligation tracking, workflow automation, and real-time portfolio visibility, organizations can quickly identify commercial risks, monitor contractual performance, and make informed decisions across complex oil and gas agreements. This enables energy companies to move beyond static document management toward proactive contract governance throughout the entire lifecycle of a Production Sharing Agreement.
Explore Oil and Gas Contract Management Software to learn how energy companies centralize complex contracts, manage compliance and obligations, and improve visibility across the contract lifecycle.
Conclusion
A Production Sharing Agreement (PSA) provides a structured framework that balances the interests of governments and energy companies by combining resource sovereignty with private-sector investment and expertise. Through clearly defined provisions for exploration, cost recovery, profit sharing, and operational responsibilities, PSAs enable countries to develop oil and gas resources while managing financial and commercial risk.
However, these agreements are also among the most complex contracts in the energy industry. Their long durations, multiple stakeholders, evolving regulatory requirements, and intricate commercial terms demand continuous visibility and disciplined contract governance throughout the project lifecycle. As energy projects become increasingly sophisticated, organizations need more than static contract repositories to manage obligations, monitor compliance, and identify emerging risks.
AI-native contract lifecycle management (CLM) platforms such as Sirion help energy companies transform Production Sharing Agreements from static legal documents into dynamic business assets. By combining contract intelligence, workflow automation, obligation tracking, and real-time portfolio visibility, organizations can strengthen governance, improve operational efficiency, and maximize value across every stage of their oil and gas agreements.
Frequently Asked Questions (FAQs)
Why do companies prefer PSAs over traditional concession models?
Companies often prefer Production Sharing Agreements (PSAs) because they provide a transparent framework for recovering exploration and development costs through cost oil while sharing production with the host government. PSAs also offer long-term access to oil and gas resources under clearly defined commercial, fiscal, and operational terms.
How can governments ensure fair profit distribution in PSAs?
Governments can promote equitable profit sharing by negotiating clear cost recovery limits, transparent profit oil formulas, robust auditing rights, and performance-based fiscal terms. Regular oversight and well-defined reporting requirements also help ensure production and revenue are shared according to the agreement.
Why are sliding-scale mechanisms used in production sharing models?
Sliding-scale mechanisms adjust the government’s and contractor’s share of profit oil based on factors such as production volume, oil prices, or project profitability. This approach allows governments to capture a greater share of revenue from highly profitable projects while maintaining investment incentives during lower-return periods.
How can PSAs be structured to balance risk between the state and contractor?
A balanced PSA allocates exploration and operational risks to the contractor while allowing cost recovery if commercial production is achieved. Governments retain ownership of natural resources and receive a share of production, creating a framework that aligns investor returns with national economic interests.
How can modern CLM platforms improve PSA contract visibility?
Modern contract lifecycle management (CLM) platforms centralize Production Sharing Agreements, automate obligation tracking, and provide real-time visibility into key commercial terms, milestones, and compliance requirements. AI-powered contract intelligence also helps organizations identify risks, monitor performance, and manage complex oil and gas agreements more efficiently.
Why do PSAs remain preferred in developing energy markets?
Many developing countries use PSAs because they attract foreign investment, advanced technology, and operational expertise without requiring governments to finance high-risk exploration activities. At the same time, the state retains ownership of petroleum resources while sharing in the long-term economic value generated by successful projects.
Arpita has spent close to a decade creating content in the B2B tech space, with the past few years focused on contract lifecycle management. She’s interested in simplifying complex tech and business topics through clear, thoughtful writing.
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