Senegal wants to convert its gas resources into more reliable electricity with less dependence on imported fuels. Work is underway: in September 2026, the country laid the first pipeline of its gas network's northern segment, a line approximately 85 kilometers long designed to transport up to 300 million cubic feet per day to the Gandon power plant and future connections. Building this first link does not alone resolve difficulties revealed by recent outages: pipelines, power plants, supply contracts and the electricity grid must be synchronized.
The main challenge concerns the chain linking offshore fields with onshore users. It includes production facilities, processing systems, vessels and floating units, export or network pipelines, power plants and distribution infrastructure. Without coordinating these links, abundant resources may remain primarily export-oriented while power plants continue depending on imported fuels.
Offshore projects do not resolve transportation
Sangomar is an oil field that entered production in 2024, while GTA, shared by Senegal and Mauritania, produces gas for export and gradually for the domestic market. Senegal's government announced a goal of beginning supplies to Senelec in January 2027 under the domestic-market supply obligation. This deadline depends on volume availability and completing the necessary facilities. Sangomar oil and GTA gas serve different functions: the former is sold on markets, while the latter requires dedicated capacity to supply power plants and industry.
The northern segment is intended to connect GTA's gas hub to Gandon, where a 250-megawatt plant is planned, and then connect with future sections of Senegal's gas network. The national plan aims to deliver gas to other plants, notably in central and southern areas, and industrial hubs. Each section's timetable, construction costs and delivery contracts determine whether gas can be used at sufficient scale.
Electricity infrastructure is equally important. Even if a power plant receives gas, it can provide reliable energy only if the network can deliver generation to consumers. Substations, lines and distribution systems must develop in parallel. Switching to gas is therefore an electricity-infrastructure project as much as a hydrocarbons-production project.
Financing networks and allocating costs
Required investment is substantial and must be shared among the state, public companies, private producers and financial partners. Costs may include new pipelines, power plants, electricity transmission networks, port infrastructure and storage facilities. Selected options will affect tariffs, public finances and industrial competitiveness.
Profitability depends on future demand. Infrastructure designed for insufficient volumes may become expensive per unit of energy; inadequate capacity may prevent the country from meeting demand or attracting electricity-intensive industries. Decisions must therefore use transparent production, consumption and price scenarios and consider the interval between building equipment and using it.
The contractual framework is also decisive. Investors need to understand network-access rules, electricity purchase prices, delivery obligations and payment arrangements. Households must benefit from available energy at sustainable tariffs. A credible domestic-gas policy must therefore define how volumes are allocated among exports, power generation and industrial uses.
Local content beyond offshore operations
Offshore projects can generate contracts and jobs in specialized services, logistics, maintenance and safety. Benefits will remain limited if network and plant construction depends mainly on foreign suppliers without skills transfer. Authorities must plan technician training, develop local companies and make tenders accessible to Senegalese businesses.
More reliable electricity could strengthen industrialization by reducing energy costs for manufacturing and agrifood activities. This prospect depends on industrial-zone connections, service quality and offered prices. Gas-related gains will not spread spontaneously; they require a policy connecting energy production, productive investment and territorial development.
The country must also address methane emissions, facility safety, marine-ecosystem protection and onshore infrastructure management. Gas can reduce emissions relative to certain liquid fuels in electricity generation, but does not eliminate combustion emissions or supply-chain leaks. Monitoring and transparency measures will be essential.
From discovery to genuine energy security
Senegal's gas strategy will be judged not just by extracted or exported volumes. Success depends on delivering a predictable share of gas to power plants, expanding electricity networks and making energy affordable for companies and households. The country must also avoid infrastructure built for one resource becoming underused if demand, prices or production schedules change.
The challenge is establishing a coherent sequence: define domestic needs, conclude suitable contracts, finance equipment, strengthen networks and prepare industrial consumers. Offshore projects have created an opportunity. To turn it into energy security and growth, Senegal must now address the less visible but decisive infrastructure connecting fields with uses.