Why Does Africa Produce Crude Oil but Import So Much Fuel?

Africa produced roughly 6.8 million barrels per day of crude oil in 2024. Nigeria, Libya, Angola, Algeria, Egypt, the Republic of Congo, Gabon, South Sudan and several smaller producers contribute meaningful volumes to international crude markets.

Yet African countries still spend approximately USD 30 billion per year importing refined petroleum products because domestic refining does not meet consumption. Afreximbank estimates that close to 80% of petroleum products consumed on the continent are imported from outside Africa.

The apparent contradiction comes from treating crude oil and refined products as though they were interchangeable. They are separate markets connected by one of the most capital-intensive industrial businesses in the world. Owning crude reserves does not give a country gasoline, diesel, Jet A-1, LPG or fuel oil. A functioning refinery has to convert the crude into those products at the required specification, volume and cost.

A Refinery Is an Industrial Complex, Not a Large Storage Tank

Crude oil cannot simply be poured into a facility and emerge as whatever products the local market needs.

A refinery first separates crude into fractions through atmospheric and vacuum distillation. More sophisticated plants then use catalytic cracking, hydrocracking, reforming, alkylation, isomerization, hydrotreating, coking and other processes to convert lower-value hydrocarbons into gasoline, diesel, jet fuel, LPG, naphtha and petrochemical feedstocks.

Hydrogen production, sulfur recovery, steam, electricity, cooling water, tank farms, wastewater treatment, blending systems, laboratories, loading racks and marine infrastructure sit around the process units. The facility also needs extensive instrumentation and process safety systems.

Complexity determines what crude the refinery can process and what product slate it can produce economically. An old hydroskimming refinery and a modern deep-conversion refinery with a residue fluid catalytic cracker do not compete on equal terms.

Many African Refineries Were Built Decades Ago

Africa has refineries. The problem is that installed nameplate capacity substantially overstates reliable operating capacity.

A refinery rated for 100,000 barrels per day contributes little to fuel security if repeated mechanical failures, deferred maintenance, unavailable spare parts or unreliable utilities reduce actual crude runs to a fraction of nameplate capacity.

Older facilities also face product-specification problems. Markets have progressively moved toward lower-sulfur road fuels and tighter environmental standards. Meeting those specifications requires hydrotreating capacity, hydrogen and sulfur-recovery systems that older plants were not necessarily designed to provide.

A government therefore faces an uncomfortable choice with a poorly performing refinery: spend hundreds of millions or billions of dollars rehabilitating and upgrading an old plant, replace it with a new one or continue importing finished products.

Nigeria Shows How Expensive Refinery Failure Becomes

Nigeria spent years as one of the clearest examples of the problem. It was a major crude producer with several government-owned refineries and still depended heavily on imported gasoline and diesel because domestic plants operated intermittently or remained offline.

Port Harcourt, Warri and Kaduna represented substantial installed capacity on paper. Repeated rehabilitation programs did not produce a dependable refining system capable of covering domestic demand.

The consequences extended beyond the petroleum sector. Fuel importers required dollars. Subsidy systems created fiscal liabilities. Product shortages affected transportation and industry. The central bank and commercial banking system had to accommodate a recurring requirement for foreign currency to import products ultimately made from the same commodity Nigeria exported.

The arrival of the Dangote refinery changed that equation. Financely has written separately about why the Dangote refinery is an exceptional African industrial achievement. Its significance extends beyond its size. It demonstrates what it takes in capital, engineering, logistics and execution to build new refining capacity at a globally competitive scale.

Dangote Also Shows Why More Refineries Have Not Been Built

The Lagos complex cost more than USD 20 billion. Its refinery was designed at 650,000 barrels per day and is now being positioned for further expansion.

Very few African sponsors can fund an industrial project of that size. Even fewer have access to the combination of sponsor equity, commercial-bank loans, development-bank participation, supplier relationships, engineering expertise and political support required to carry a refinery through years of construction.

Construction cost is only the first capital requirement. A refinery also needs working capital once operations begin.

At 650,000 barrels per day, several days of crude inventory represent hundreds of millions of dollars. The refinery also holds intermediate feedstocks and finished products, extends or receives trade credit, posts collateral, hedges price exposure and finances receivables. Refinery working capital is an industrial-scale commodity-finance operation in its own right.

Producing Crude Does Not Mean the Refinery Gets That Crude

Domestic crude supply creates another problem that is frequently overlooked.

African crude production is already tied into export contracts, joint ventures, production-sharing agreements, prepayment facilities, reserve-based lending structures and government revenue arrangements. Producers sell crude to the highest acceptable buyer under existing commercial obligations.

A refinery still has to buy its feedstock.

Forcing an upstream producer to sell crude domestically below export-parity pricing shifts value from one part of the industry to another and can damage upstream investment. Paying market price protects upstream economics but means the refinery requires large amounts of working capital.

Nigeria's experience with Dangote has shown this issue clearly. A refinery can sit inside one of Africa's largest producing countries and still import crude when domestic grades are unavailable in sufficient volume or other crude slates make economic sense.

Refineries Are Designed Around Specific Crude Slates

Crudes vary in API gravity, sulfur content, acidity, metals and other characteristics. Those differences affect refinery yields and processing requirements.

Light sweet crude produces a different yield profile from heavy sour crude. A refinery designed with sufficient desulfurization, conversion and residue-processing capacity has more flexibility in choosing feedstock. A simpler refinery has less room to optimize.

Feedstock selection therefore becomes an economic calculation. Refinery management compares crude differentials, freight, expected yields, unit constraints and the market value of the finished products.

Geographic proximity to crude production helps logistics. It does not eliminate refinery optimization.

Scale Determines Whether a Refinery Can Compete

Many legacy African refineries are relatively small. Global refining has moved toward large, highly integrated complexes capable of spreading fixed costs across hundreds of thousands of barrels per day and extracting additional margin through petrochemicals.

A 30,000-barrel-per-day national refinery built primarily for energy sovereignty competes for crude against facilities in India, the Middle East and Asia processing several hundred thousand barrels per day. Those competitors frequently operate with sophisticated conversion units, integrated petrochemicals, modern port infrastructure and efficient procurement.

Small scale also makes a shutdown disproportionately expensive. A planned turnaround removes the entire facility from service. Larger refining systems can distribute maintenance across several process trains or facilities.

Regional refining therefore makes more sense than assuming every African country requires its own refinery. A large coastal plant serving several neighboring markets can achieve scale and distribute products through ports, pipelines, rail and road networks.

Cheap Imports Can Beat an Inefficient Domestic Refinery

International petroleum trading is highly competitive. Refineries in the Middle East, India, Europe and the United States sell surplus gasoline, diesel and jet fuel into global markets. Commodity traders aggregate cargoes, optimize freight and move products toward the highest netback.

An African importer can therefore purchase a cargo of EN590 diesel from a sophisticated export refinery and land it at a coastal terminal for less than the full cost of producing the same specification at a small, unreliable domestic plant.

That is why import substitution has to be economically disciplined. A refinery protected permanently by import bans while producing expensive fuel transfers the inefficiency to consumers and industry.

Successful refining policy depends on operating performance. A domestic refinery should compete on feedstock access, conversion efficiency, logistics, product quality and scale rather than rely indefinitely on the border.

Government Fuel Pricing Has Destroyed Refinery Economics in Some Markets

Refining requires market-linked feedstock and produces products whose values move continuously with international prices. A government that expects the refinery to buy crude at international prices and sell gasoline below economic cost creates a funding gap inside the refinery.

Somebody absorbs that gap. It can appear as a direct subsidy, unpaid government receivable, state oil company loss, bank borrowing or deferred maintenance.

Deferred maintenance eventually turns a pricing problem into an operational problem. Process units deteriorate. Turnarounds are postponed. Spare parts become harder to obtain. Reliability falls and imports increase.

A refinery cannot operate indefinitely as both a commercial industrial asset and a vehicle for off-budget fuel subsidies without somebody recapitalizing it.

State Ownership Has Frequently Complicated the Investment Cycle

State ownership does not make refinery failure inevitable. Several state-backed refiners around the world operate sophisticated and profitable assets.

Problems emerge when refinery management is exposed to political procurement, chronic underinvestment, regulated losses, weak accountability or maintenance decisions driven by fiscal cycles rather than plant requirements.

Refineries need continuous reinvestment. Catalysts are replaced. units are inspected. Furnaces are repaired. Compressors and pumps require maintenance. Product standards change. Environmental controls need upgrading.

A government facing competing demands for schools, roads, salaries, electricity and debt service can postpone refinery capital expenditure for years. The eventual rehabilitation bill becomes far larger than the maintenance expenditure that was deferred.

Refinery Project Finance Is Difficult

Lenders financing a greenfield refinery have to accept construction risk before the project has any operating cash flow.

The credit analysis reaches the EPC contract, contractor capability, process licensor, contingency, crude supply, product yields, throughput assumptions, storage, port infrastructure, utilities, environmental compliance and product offtake.

Refinery margins add another layer. Revenue is driven by the value of the product slate while feedstock cost moves with crude prices. The difference is the gross refining margin before operating costs. Both sides of that equation are volatile.

A lender therefore cannot rely on an assumption that crude will remain at USD 70 per barrel and diesel at a fixed premium for twenty years. The model needs historical crack spreads, downside cases, utilization assumptions and realistic maintenance downtime.

Financely works with sponsors seeking project finance for industrial and infrastructure projects, including transactions where long-term debt has to be structured around contracted revenues, operating cash flows and project assets.

Crude Supply Has to Be Contracted Properly

A refinery without dependable feedstock is an expensive collection of process equipment.

Lenders want to understand the refinery's crude supply arrangements: committed volumes, pricing formula, crude quality, delivery point, freight, payment terms, fallback suppliers and what happens if domestic production declines.

A refinery designed for 200,000 barrels per day needs approximately 73 million barrels per year at full utilization. A government promise to "supply domestic crude" has limited financing value unless contractual arrangements establish where those barrels come from and how they are priced.

Upstream production also declines without continued drilling and field investment. Refinery debt can run for a decade or longer, so feedstock analysis has to extend beyond current national production.

Product Offtake Is Equally Important

A refinery produces several products simultaneously. The local market may not consume the products in the same proportions that the refinery produces them.

Excess gasoline needs an export market. Jet fuel requires airport and storage infrastructure. LPG needs terminals, cylinders or bulk-distribution systems. Naphtha and petrochemical streams require industrial buyers. Residual streams have to find an economic outlet.

Product evacuation therefore forms part of refinery bankability. Ports, pipelines, depots, truck-loading facilities and rail connections can determine whether a theoretically attractive refining margin survives the logistics chain.

This is one reason coastal refineries with deepwater access have a structural advantage. They can import alternative crude grades and export surplus products without depending entirely on domestic land transport.

Foreign Exchange Is Both the Problem and Part of the Financing Solution

Fuel imports create persistent dollar demand. An importer buying USD 100 million of refined product needs access to hard currency even when most of the resulting sales occur in local currency.

When a currency depreciates, the local-currency cost of the next cargo rises. Governments can absorb part of the increase through subsidies, allow pump prices to adjust or ration access to foreign exchange.

Local refining reduces finished-product imports but does not eliminate hard-currency requirements. Refineries buy crude, catalysts, chemicals, spare parts, technology licenses and specialist services. Debt service on international project finance is also usually denominated in hard currency.

The strongest projects therefore create natural foreign-currency revenues through product exports while supplying the domestic market. Export proceeds can support debt service and reduce the currency mismatch between refinery revenues and external financing.

Import Finance Is Easier to Arrange Than Refinery Finance

This financing asymmetry helps explain why import dependence persists.

A trader importing a USD 30 million diesel cargo needs short-term capital for a transaction that could complete within weeks or months. The financier can underwrite a supplier contract, confirmed buyer, cargo, storage arrangement, letter of credit and receivable.

A refinery requires billions of dollars for construction followed by permanent working capital. The lender carries construction, commissioning, market and operational risk over several years before reaching stable cash generation.

Financely arranges oil and gas trade finance, pre-export facilities, borrowing-base lending and commodity LCs. The contrast between short-tenor product finance and long-tenor refinery capital is visible in the underwriting process.

A Petroleum Importer Has Identifiable Short-Term Collateral

Refined-product trade finance can be structured around physical cargoes and contracted cash flows.

The financier can control payment to the supplier, receive title documents, monitor the vessel, verify discharge into an approved terminal, take security over inventory and direct buyer collections through a controlled account.

Those controls do not make petroleum trading risk free. Price movements, fraud, title disputes, storage problems and buyer default still matter. The transaction nevertheless has a short and visible cash-conversion cycle.

Financely's refined petroleum trade finance work covers diesel, gasoline, jet fuel and other product transactions where funding revolves around identifiable purchases and sales.

The Working-Capital Requirement Continues After the Refinery Is Built

Refinery sponsors sometimes concentrate on construction financing and underestimate the cash required to operate the asset.

The refinery buys crude before it collects cash from finished-product customers. Depending on shipping and storage cycles, substantial capital can remain tied up in feedstock, work in progress and finished inventory.

Banks fund this through revolving credit facilities, crude prepayment structures, letters of credit, borrowing bases, inventory finance and receivables facilities. Large commodity traders can also supply crude under structured payment terms and purchase finished products under offtake agreements.

A project that secures USD 3 billion of construction debt and reaches completion without a credible working-capital facility can still struggle to reach commercial utilization.

Regional Refining Is More Rational Than 54 National Refineries

Africa does not need one refinery in every country.

Landlocked markets in particular can be supplied more efficiently by large regional refining hubs connected through product pipelines, railways and storage terminals. A high-utilization coastal refinery serving five countries can outperform five undersized plants running intermittently.

The African Continental Free Trade Area strengthens this argument. Refined petroleum produced in Nigeria, Angola, Côte d'Ivoire, Egypt, Algeria or a future East African hub should be able to replace cargoes currently purchased from outside the continent where pricing and logistics are competitive.

Afreximbank has already moved in this direction through a USD 3 billion revolving intra-African oil import financing program designed to finance purchases of African-refined petroleum products. Its stated objective is to support between USD 10 billion and USD 14 billion of intra-African petroleum trade through the revolving facility.

Angola Is Building the Missing Downstream Layer

Angola demonstrates another version of the same problem. The country has exported crude for decades while importing a substantial share of its finished fuel requirements.

New capacity is now being developed. The Cabinda refinery adds approximately 60,000 barrels per day and the proposed Lobito refinery is designed at around 200,000 barrels per day.

These projects matter because crude-producing countries capture substantially more of the value chain when they combine upstream production with refining, storage, shipping and regional product distribution.

Côte d'Ivoire Shows the Value of a Regional Refinery

Société Ivoirienne de Raffinage in Côte d'Ivoire illustrates the regional model. A refinery does not have to serve only the country where it sits. Product can move into neighboring markets through regional trading and distribution networks.

West Africa has enough aggregate fuel demand to support substantial refining capacity. The financing and policy challenge is concentrating that capacity in plants capable of operating reliably and delivering products competitively across borders.

That requires more than refinery construction. Ports, tank farms, pipelines, depots, road infrastructure and trade finance determine how efficiently the product reaches the end market.

Product Standards Have to Converge

Regional refining works better when neighboring countries purchase compatible fuel specifications.

A refinery produces to defined sulfur, octane, cetane, vapor-pressure and other specifications. Fragmented national standards complicate blending and inventory management. Harmonized cleaner-fuel standards allow a refinery to produce larger fungible batches for several markets.

Standardization therefore has an industrial-finance consequence. It enlarges the addressable market for a refinery and reduces the need to hold numerous product grades in separate tanks.

New Refineries Need Petrochemical Economics

The next generation of large refining investments increasingly combines fuels with petrochemicals.

Integrated complexes can direct streams toward polypropylene, polyethylene feedstocks, aromatics and other chemical products rather than rely exclusively on gasoline and diesel margins. This matters as electric vehicles gradually reduce long-term road-fuel demand in some markets.

Refinery configuration therefore needs to reflect the market expected during the debt tenor, not the fuel mix of twenty years ago.

The capital requirement is higher, but integration can improve product optionality and export economics when the complex is designed around competitive feedstock and sufficient scale.

Foreign Exchange Savings Alone Do Not Make a Refinery Bankable

A government can calculate that the country spends USD 3 billion per year importing fuel and conclude that a USD 6 billion refinery pays for itself in two years. Project lenders cannot underwrite the facility from that calculation.

Import expenditure is not refinery EBITDA. Crude feedstock still has to be purchased. Operating expenses remain. Freight, maintenance, catalysts, financing costs and taxes have to be paid. Some products will be exported while others are sold domestically at market prices.

The investment case requires projected throughput, yields, utilization, crude differentials, product cracks, operating costs, sustaining capex and debt service.

Foreign-exchange savings strengthen the national economic case. Refinery cash flow still determines the debt case.

What Would Make More African Refinery Projects Financeable?

The most credible projects begin with sufficient regional demand, competitive access to crude, a technically appropriate configuration and infrastructure capable of moving both feedstock and finished products.

Sponsor equity has to be substantial. EPC arrangements need realistic contingency. The project needs experienced operators and technology licensors. Crude-supply agreements and product offtake have to survive lender diligence.

Policy stability matters over the entire debt tenor. A lender cannot comfortably finance a refinery if the government can require below-cost fuel sales, change import rules unpredictably or force the refinery to purchase unsuitable domestic crude on uneconomic terms.

The final requirement is liquidity. Construction finance, permanent debt and refinery working capital need to be structured as connected financing requirements rather than three unrelated transactions.

Africa Has Started Closing the Refining Gap

The downstream picture is changing. Dangote has materially altered West African product balances. Afreximbank is supporting projects and upgrades in Angola, Nigeria and Côte d'Ivoire. Additional refinery proposals are progressing elsewhere on the continent.

Dangote is also pursuing a major new refinery in Kenya designed to serve East African markets. The proposed project illustrates where the industry is heading: larger regional facilities with access to ports, enough demand to support scale and financing that draws on African and international capital markets.

If the new capacity performs reliably, Africa can replace a meaningful share of product purchases currently sourced from Europe, India, the Middle East and other refining hubs. The foreign exchange currently financing someone else's refinery would remain within African trade flows for longer.

Financing the African Petroleum Value Chain

Financely works across several parts of the petroleum capital cycle. Refinery and industrial infrastructure requires long-term project capital. Crude procurement requires working-capital facilities. Finished-product distribution requires letters of credit, borrowing bases, inventory finance, receivables facilities and cargo-specific trade finance.

Sponsors developing refinery, storage, terminal or related downstream infrastructure can submit projects for African private credit and project financing review.

Petroleum traders with documented supplier contracts and buyer orders can use our petroleum trade finance advisory service to structure LC issuance, cargo finance, prepayment, inventory and receivables facilities.