Nigeria's Fragmented Transport System Threatens Trade Growth

What if Lagos-Ibadan rail capacity doubled while road transport remained constrained?

Simulate a scenario where the Lagos-Ibadan railway increases weekly container throughput from 210 to 420 containers by 2026, supported by improved railway-port coordination and inland dry port activation. Model the impact on road congestion relief, logistics cost reduction, and import-export competitiveness for Nigerian businesses. Assume 50 percent modal shift from road to rail on the Lagos-Ibadan corridor over 24 months.

What if inland dry ports reach full operational capacity within 18 months?

Model a scenario where all seven approved inland dry ports become operational, with effective rail and road connections to seaports. Assume 35 percent of current Apapa Port container volumes shift to hinterland-based dry ports for faster last-mile delivery. Calculate impact on seaport congestion, cargo dwell times, port handling costs, and overall logistics efficiency for importers and exporters located inland (Kaduna, Kano, other regions).

What if regulatory fragmentation is resolved, reducing cargo documentation delays by 40 percent?

Simulate unified regulatory coordination across Nigerian ports, railways, and inland transport authorities. Assume simplified cargo documentation, reduced inspection redundancies, and harmonized operational standards cut document processing times from current baseline by 40 percent. Model the cascading impact on dwell times, vessel turnaround times, transport cost reduction, and logistics market growth across import-export volumes.