Fossil Fuels and African Industrialization: The Double Standard

Africa accounts for roughly 6% of global energy consumption and less than 3% of energy-related carbon dioxide emissions. More than 560 million people in Sub-Saharan Africa still live without electricity. The continent contributes less than 2% of global manufacturing output.

Those numbers describe the constraint facing African industrial policy better than most energy-transition slogans. A country cannot build competitive steel mills, fertilizer plants, mines, refineries, data centers, cement plants, cold-storage networks or industrial parks around chronic load shedding and electricity systems designed primarily for household lighting.

African countries with commercially viable oil and gas reserves should be able to use those resources for domestic power, industrial feedstock, exports and fiscal revenue where the economics support development. That position is compatible with large-scale investment in solar, wind, hydro, storage and transmission. The continent needs substantially more energy from several sources, not an artificially narrow menu dictated by countries whose own industrial systems were built with abundant hydrocarbons.

The Double Standard Is Visible in the Energy Numbers

Wealthy economies continue to consume and produce hydrocarbons at extraordinary scale while development finance policies increasingly restrict fossil-fuel investment in poorer countries.

The United States produced a record 13.6 million barrels of crude oil per day in 2025, more than any other country. U.S. natural gas production also reached a record. The European Union consumed approximately 339 billion cubic meters of natural gas in 2025 and imported around 289 billion cubic meters. LNG represented 45% of those gas imports.

European energy security still depends heavily on Norway, the United States, North Africa, Qatar, Azerbaijan and other gas suppliers. European governments maintain strategic petroleum reserves because oil remains essential to transport, industry and national security.

Against that background, telling an African country with domestic gas that financing a gas-processing plant, fertilizer complex or dispatchable power project is inherently incompatible with development deserves scrutiny. The relevant questions are what the project supplies, who uses the energy, what it costs, how much it emits, whether better alternatives are available and what economic activity the project supports.

Industrialization Consumes Far More Energy Than Electrification Statistics Suggest

Connecting a household to electricity is a development achievement. Supplying an industrial economy requires another order of magnitude of generation, transmission and fuel infrastructure.

A steel plant requires continuous high-load electricity and process heat. Cement production requires kilns. Mining requires crushing, grinding, pumping and haulage. Fertilizer manufacturing requires feedstock and energy. Food processing requires refrigeration, steam, drying, packaging and logistics. Ports, railways and industrial zones all add substantial load.

African energy policy therefore has to be assessed against prospective industrial demand rather than today's suppressed consumption. Low electricity use per capita partly reflects poverty, weak grids and limited industrial capacity. Treating low consumption as evidence that little new generation is required reverses the causality.

Natural Gas Has Industrial Uses That Solar Panels Do Not Replace

Electricity generation receives most of the public debate, but natural gas also functions as an industrial input.

Ammonia production uses natural gas as both an energy source and hydrogen feedstock under conventional production routes. Ammonia then feeds nitrogen fertilizer production. Countries importing fertilizer while possessing domestic gas have a legitimate reason to examine local fertilizer manufacturing.

Gas also supplies high-temperature industrial heat, petrochemical feedstock and dispatchable electricity. The African Development Bank explicitly recognizes transition natural gas as relevant to African industrialization, particularly in harder-to-abate sectors, subject to national climate commitments and the wider transition.

This does not make every African gas project financeable. Upstream reserves have to be proven. Pipelines need sufficient throughput. Domestic tariffs must support debt service. Offtakers need acceptable credit. Methane leakage has to be controlled. A gas-to-power project supplying an insolvent utility under an unenforceable PPA still has a credit problem regardless of the development case for gas.

Fertilizer Is an Industrial Policy Issue

African agriculture cannot reach its productive potential solely through better seeds and farm finance. Fertilizer availability, affordability and domestic production matter.

A country exporting natural gas and importing nitrogen fertilizer is exporting a feedstock and buying back a higher-value industrial product. Local processing changes that relationship. It creates demand for engineering, maintenance, transport, storage and port infrastructure while reducing exposure to international fertilizer logistics.

The financing case still has to work. A fertilizer project needs long-term gas supply, credible construction costs, an experienced EPC contractor, competitive unit economics, domestic or export offtake and sufficient working capital. Development impact cannot compensate for an uncompetitive plant.

Oil Producing Countries Should Capture More of the Value Chain

Several African economies export crude while importing diesel, gasoline, jet fuel, LPG and other refined products. That structure leaves the country exposed to refining margins, freight costs, foreign-exchange requirements and interruptions in international product markets.

Refining domestically is not automatically economic. Small refineries with poor utilization, expensive feedstock logistics and politically controlled product prices can destroy capital. Large projects also face considerable construction, commissioning and working-capital requirements.

Where scale, feedstock and product demand are sufficient, however, domestic refining and petrochemical capacity can retain more value around the resource. The same principle applies to gas processing, LPG production, petrochemicals and associated logistics.

Financely works on oil and gas trade finance and pre-export structures where physical energy transactions require documentary credits, borrowing-base facilities, receivables finance or other transaction-specific capital.

Exporting Raw Materials Forever Is Not a Development Strategy

Africa's resource problem extends beyond hydrocarbons. The continent supplies minerals needed for batteries, electric vehicles, transmission grids and renewable-energy equipment while capturing a relatively small share of the value created after extraction.

Mineral beneficiation is energy intensive. Crushing, concentration, smelting, refining and chemical conversion require electricity and heat. A policy that demands local mineral processing while simultaneously constraining investment in reliable industrial power contains an internal contradiction.

Zambia and the Democratic Republic of Congo, for example, have an obvious economic interest in moving further into copper and battery-material value chains. Similar questions apply to bauxite, iron ore, manganese, lithium, phosphate and other resources across the continent.

Financely has written separately about the financing paradox surrounding African critical minerals, where global demand for resource security does not always translate into accessible capital for African producers and processors.

Fossil-Fuel Finance Restrictions Have Real Capital Effects

International development banks and export-credit institutions influence far more than the transactions they finance directly. Their policies affect syndication, political-risk insurance, commercial-bank participation and the availability of long-tenor debt.

The European Investment Bank ended support for unabated fossil-fuel energy projects, including conventional gas projects, under its Energy Lending Policy. Similar restrictions across parts of the international financing market have narrowed the pool of lenders available to upstream, midstream and thermal power assets.

A project that loses access to multilateral or development-finance participation can face a higher margin, shorter tenor, lower leverage and more demanding security requirements. Political-risk coverage and refinancing options can also narrow.

Those consequences are especially significant in African markets because infrastructure projects already carry sovereign, currency, offtaker and construction risks that limit the commercial lending universe.

The Better Standard Is Economic Use, Not Geography

A gas project in Mozambique, Senegal, Tanzania or Nigeria should face serious environmental, technical and economic scrutiny. So should an LNG terminal in Europe, an oil development in the United States or a producing field on the Norwegian Continental Shelf.

Geography should not substitute for project analysis.

The strongest African fossil-fuel projects are those with an identifiable domestic economic function: displacing expensive diesel generation, supplying fertilizer production, replacing biomass in cooking, providing industrial heat, supporting mining and processing, supplying dispatchable capacity around variable renewables or earning export revenues under competitive long-term contracts.

Projects based on weak state guarantees, uneconomic tariffs, excessive sovereign borrowing or unrealistic commodity-price assumptions create another problem. Defending African policy autonomy does not require defending bad projects.

Coal, Oil and Gas Should Not Be Treated as One Asset Class

The development argument becomes weaker when every fossil fuel is treated identically.

New coal-fired generation faces severe financing constraints, high carbon intensity and increasingly competitive renewable alternatives. Long construction periods also increase the risk that a project becomes uneconomic before the debt has amortized.

Gas has a different operating profile. Combined-cycle plants provide dispatchable power, gas can replace diesel or fuel oil in some systems, and the molecule has uses outside electricity generation. Oil is central to transport, aviation, petrochemicals and many industrial supply chains, although electrification will continue reducing demand in some end uses.

Project selection therefore requires technology-specific analysis rather than a single ideological category called fossil fuels.

Renewable Energy Is Part of the Same Industrialization Strategy

Africa also has exceptional solar, hydro, wind and geothermal resources. Building those assets aggressively makes economic sense where they deliver competitive electricity.

Solar projects can provide low marginal-cost daytime generation. Hydropower can provide large-scale dispatchable or balancing capacity where hydrology and reservoir design allow it. Batteries are increasingly useful for short-duration balancing and grid services. Transmission allows countries to pool resources and smooth regional supply.

The investment requirement is enormous. Sub-Saharan Africa still has a very low level of renewable generating capacity per capita compared with other developing regions. Weak utilities, grid bottlenecks, foreign-exchange risk and high capital costs constrain deployment even where the underlying resource is excellent.

Financely advises sponsors seeking project finance for African solar and infrastructure assets. Renewable finance and hydrocarbon finance solve different parts of the continent's capital requirement.

Intermittency Is a Financing Issue as Well as an Engineering Issue

Industrial customers care about delivered electricity, voltage stability and outage frequency. The levelized cost of a solar plant alone does not measure the cost of supplying a factory around the clock.

A system with high variable renewable penetration needs balancing resources, transmission, storage, demand response or dispatchable generation. Every component has a capital cost and a different financing profile.

For some grids, gas-fired generation can provide capacity while renewable penetration grows. In others, hydro, geothermal, storage or regional interconnections provide the better solution. Resource availability, grid size and load profile determine the answer.

The project-finance market needs to price the complete electricity system rather than compare one solar tariff with one gas tariff in isolation.

Cheap Energy Determines Where Industry Locates

Manufacturers compare electricity tariffs, reliability, logistics, taxes, labor, market access and foreign-exchange conditions when choosing where to invest. Energy-intensive businesses are particularly sensitive to power cost.

An African government trying to attract aluminum processing, steelmaking, fertilizer, mining beneficiation or large data centers therefore has to think about energy as industrial infrastructure.

Reliable energy also determines whether African companies can compete under regional trade integration. The African Continental Free Trade Area creates a larger potential market, but tariff preferences do little for a manufacturer whose production cost is inflated by diesel generators and recurring outages.

African Gas Should Serve African Industry Where Possible

Export projects generate foreign currency and can support sovereign revenues. Domestic allocation deserves equal attention where local demand is financeable.

Gas-to-power, fertilizer, methanol, LPG, industrial parks and mining operations can create domestic anchor demand. The infrastructure around those users can support broader market development.

Domestic allocation also creates difficult policy questions. Forcing producers to sell gas below economic cost eventually suppresses investment. Government guarantees can shift excessive risk onto the sovereign. Pipelines built before anchor demand exists can become stranded infrastructure.

Bankable domestic gas markets require creditworthy buyers, cost-reflective tariffs or transparent subsidies, enforceable contracts and payment security. Development policy still has to respect the mechanics of project finance.

Methane Leakage and Flaring Need to Be Financed Out of the System

A serious argument for African gas development cannot ignore methane emissions and routine flaring.

Projects should budget for leak detection and repair, modern measurement, associated-gas capture, efficient compression and commercially viable uses for gas that would otherwise be flared.

Lenders increasingly incorporate these requirements into environmental and social due diligence. Better emissions performance also protects market access as buyers and regulators impose stricter carbon and methane standards on supply chains.

Stranded-Asset Risk Is Real

Long-dated hydrocarbon infrastructure has to repay its debt before demand, regulation or technology changes undermine its economics.

A 25-year project financed on an assumption of permanently high oil or LNG prices is vulnerable. So is a gas plant that depends on a tariff the local utility cannot afford. Export infrastructure built around a single buyer carries concentration risk regardless of the fuel involved.

Sensible financing structures shorten the distance between the project and its repayment source. Long-term offtake, conservative price decks, amortization during the contracted period, reserve accounts, sponsor support and appropriate political-risk mitigation reduce exposure.

African governments should demand the same discipline. The right to develop natural resources does not make every reserve economically recoverable or every processing project worthy of public debt.

Climate Finance Should Pay for Faster Decarbonization

If international partners want African economies to choose a lower-carbon development path than wealthy countries used historically, the financing package has to make that path competitive.

Concessional debt can lower renewable tariffs. Guarantees can absorb political and offtaker risk. Grants can fund transmission and early-stage development. Currency-risk facilities can reduce one of the largest financing penalties facing African infrastructure. Blended finance can support storage and new technologies before commercial lenders are comfortable carrying the full risk.

Restrictions without replacement capital produce a different result. Projects remain unfunded, grids remain unreliable and businesses continue running diesel generators. That is an expensive and carbon-intensive equilibrium.

The World Bank and African Development Bank's Mission 300 recognizes the scale of the problem, with a target of connecting 300 million people in Sub-Saharan Africa to electricity by 2030. Access investment still needs to be accompanied by generation and infrastructure capable of supporting productive commercial demand.

Africa Should Determine Its Own Energy Mix

Egypt, Nigeria, Mozambique, Senegal, South Africa, Angola, Tanzania, Algeria, Namibia, Uganda and the Democratic Republic of Congo do not have identical resource bases. A continent-wide prescription makes little economic sense.

Countries with abundant hydro should exploit hydro where projects withstand environmental and hydrological diligence. Countries with exceptional solar resources should build solar, storage and transmission. Geothermal resources deserve development where geology supports them. Gas-producing economies should have room to use commercially viable gas for power and industry.

The policy objective should be a larger, more reliable and progressively cleaner energy system capable of supporting industrial production. Africa cannot industrialize by remaining the lowest-energy-consuming major region of the world.

Financing African Energy and Industrial Projects

The more immediate constraint for many African sponsors is capital. Gas processing plants, power projects, mines, industrial facilities and energy infrastructure require long-tenor debt, sponsor equity, guarantees, working capital and risk mitigation from several different capital providers.

Financely works with sponsors and operating companies seeking private credit for African companies and projects, including project finance, structured debt and transaction-specific financing.

A financeable energy mandate needs more than a natural-resource story. Lenders expect resource evidence where relevant, permits, land rights, technical studies, EPC arrangements, offtake, financial models, sponsor equity, environmental work and a credible repayment mechanism.

Sponsors developing broader African infrastructure can also review our work on project finance in Africa and African private credit.