Risk Allocation in Project Finance: Who Bears What and Why
In project finance, risk allocation is a commercial discipline, not a drafting exercise. The objective is to place each risk with the party best able to control it, price it, or absorb it at lowest cost. This matters acutely in Nigeria, where infrastructure demand is high and execution conditions can be complex. World Bank data show that only 61.2% of Nigeria’s population had access to electricity in 2023, underscoring the need for bankable power and infrastructure projects. In this environment, lenders focus less on sponsor balance sheets and more on whether contracts produce predictable cash flow under stress.
Who Bears What Risk and Why
- Construction risk is typically allocated to the EPC contractor through fixed-price, date-certain, performance-backed contracts. The logic is straightforward: contractors control design, procurement, and delivery. In Nigeria’s power sector, the Azura-Edo IPP illustrates this model. The plant is a 459-461MW gas-fired project that reached financial close in 2015 with about US$900 million in funding. Its structure combined EPC discipline with multilateral guarantees to reduce completion and payment risk, helping establish Nigeria’s first true project-financed IPP as a template for later deals.
- Operating risk is generally allocated to the O&M contractor or specialist operator, because asset availability, maintenance quality, and efficiency depend on technical capability. In sectors such as LNG and refining, lenders expect strong operational covenants, maintenance reserves, and performance standards. This is why complex projects rely on proven operators rather than leaving performance risk broadly with sponsors.
- Revenue or demand risk is often the decisive bankability issue. It is best transferred to a credible offtaker under a long-term power purchase, tolling, throughput, or sales agreement. Azura-Edo, for example, sells power to NBET under a long-term take-or-pay arrangement, supported by World Bank Group risk-mitigation instruments. By contrast, where revenues depend on open-market demand, sponsors retain more exposure. The Dangote Refinery shows this clearly: although its scale of 650,000 barrels per day and reported cost above US$20 billion create strong strategic value, market, feedstock, and foreign-exchange risks remain material commercial variables.
- Supply risk is usually allocated through long-term fuel or input agreements, but it cannot always be eliminated. In gas-to-power projects, inadequate gas delivery can impair plant dispatch and debt service. In refining, crude supply and pricing are equally critical. Nigeria’s experience shows that secure upstream and logistics arrangements are just as important as plant construction in sustaining project cash flows.
- Political, regulatory, and currency risks are usually shared among government, sponsors, insurers, and lenders. In Nigeria, these risks can include tariff uncertainty, payment delays, permit issues, and foreign-exchange pressure. They are commonly mitigated through guarantees, stabilization protections, insurance, and contractual compensation mechanisms. The NLNG Train 7 project is instructive: it is expected to raise capacity from 22 million tonnes per annum to 30 mtpa, a 35% increase, and was supported by a US$3 billion multi-sourced loan package alongside internal cash flows. That structure reflects how large Nigerian projects combine commercial contracts with layered credit support.
- Ultimately, lenders do not seek to own project risk; they seek to understand, price, and contain it. They rely on covenants, reserve accounts, security packages, and due diligence, while sponsors absorb residual risk and retain upside. In business terms, successful project finance is less about avoiding risk than allocating it with precision so that capital can flow on acceptable terms.
Conclusion
For Nigeria, the lesson is clear: project finance succeeds when construction risk sits with contractors, operating risk with capable operators, revenue risk with reliable offtakers where possible, and political or currency risk is buffered by public and multilateral support. That is who bears what, and why. When the allocation is credible, the project becomes financeable; when it is not, capital becomes expensive or does not come at all.
References
- World Bank Open Data for Nigeria electricity access. [data.worldbank.org]
- MIGA’s Nigeria Azura-Edo IPP case study and World Bank Azura brief for Azura project facts. [miga.org], [thedocs.wo…ldbank.org]
- Intelpoint’s Dangote Refinery overview for refinery cost and capacity figures. [intelpoint.co]
- NLNG Train 7 project page and TEMPLARS analysis of Train 7 financing for Train 7 capacity and financing details