By Anita Dennis
Nigeria’s infrastructure development strategy is increasingly shifting beyond the traditional model of building roads, ports, and public utilities through direct government spending alone. Across key sectors of the economy, policymakers are now placing greater emphasis on private-sector financing, digital intelligence systems, and commercially driven infrastructure partnerships as the country searches for faster and more sustainable ways to modernise critical assets.
That transition became more visible with the federal government’s recent approval of three major Public-Private Partnership projects covering transport intelligence systems and electricity infrastructure at two of Nigeria’s busiest port environments.
The projects, cleared following regulatory review by the Infrastructure Concession Regulatory Commission (ICRC), include the development of a Smart National Transport Data Bank under the Nigerian Institute of Transport Technology, alongside Independent Power Projects for the Onne Port Complex and the Apapa Port Complex.
Together, the projects reflect a broader attempt to tackle some of the long-standing structural weaknesses affecting Nigeria’s transport and logistics ecosystem, including unreliable electricity supply, inefficient cargo movement, weak data coordination, traffic congestion, and fragmented infrastructure management systems.
For years, discussions around Nigeria’s infrastructure challenges have largely focused on funding deficits and deteriorating physical assets. But increasingly, regulators and policymakers are beginning to frame the problem differently, arguing that operational inefficiency, weak coordination, and lack of reliable data have become just as significant as the infrastructure gaps themselves.
The Director-General of the ICRC, Jobson Ewalefoh, described the newly approved projects as part of “a deliberate shift towards well-structured PPPs that unlock private capital and deliver measurable economic impact.”
The transport intelligence initiative, in particular, signals an effort to introduce a digital governance layer into Nigeria’s highly fragmented transport network.
According to Ewalefoh, the country’s transport difficulties cannot be explained solely by inadequate infrastructure.
“Nigeria’s biggest transport challenge is not just infrastructure; it is the lack of reliable, usable data,” he stated.
The proposed Smart National Transport Data Bank is expected to function as a nationwide digital intelligence platform integrating real-time information across road, rail, air, and marine transport systems.
The system is also expected to deploy vehicle tagging technology and automated number plate recognition systems aimed at improving traffic management, transport enforcement, and infrastructure planning.
According to Ewalefoh, the project is designed to strengthen the government’s ability to plan transport investments using credible operational data while reducing inefficiencies across the logistics ecosystem.
“What this administration has done with the approval of the National Transport Data Bank is to lay the foundation for a data-driven transport system that improves planning, enforcement and overall efficiency across the sector,” he said.
He further explained that the platform would help “improve government capacity to plan infrastructure investments based on credible data, reduce operational inefficiencies, and create new revenue streams through automation and digital compliance.”
The move reflects a growing global trend in which infrastructure systems are increasingly managed through digital intelligence platforms capable of tracking movement patterns, monitoring operational performance, and improving regulatory coordination.
Beyond transport intelligence, the federal government is also targeting one of the most persistent operational challenges confronting Nigeria’s port and industrial environment, electricity instability.
The approved Independent Power Projects at the Onne and Apapa Port complexes are intended to provide more stable energy supply to two of the country’s most commercially significant logistics corridors.
At the Onne Port Complex, the project will involve the development of a 50-megawatt power plant expected to support both port operations and activities within the Oil and Gas Free Zone.
Ewalefoh described the project as a strategic intervention aimed at reducing operational bottlenecks and supporting industrial productivity within the corridor.
“At Onne, the development of a 50-megawatt power plant will provide stable electricity to the port and the Oil and Gas Free Zone,” he stated. “It will significantly reduce operational bottlenecks and support industrial activities in that corridor.”
The Apapa Port project, expected to generate approximately 36 megawatts through a hybrid energy system, is similarly designed to improve power reliability within Nigeria’s busiest port environment.
For businesses operating around Apapa, electricity instability has remained a longstanding operational concern, contributing to higher logistics costs, dependence on diesel-powered generation, cargo delays, and broader inefficiencies within the port ecosystem.
According to Ewalefoh, the project is expected to lower operational energy costs and improve competitiveness within the port environment.
“These are not just power projects; they are productivity enablers,” he said. “When you fix power in these critical economic zones, you directly impact trade efficiency, reduce the cost of doing business and strengthen Nigeria’s position as a regional hub.”
