NY/NJ Port Import Container Flows Analyzed via Simulation

A recent simulation study published in Supply Chain Management Review examines import container flow dynamics at the Port of New York/New Jersey, one of North America's largest and most critical port complexes. The research applies computational modeling to understand how containers move through the port system, identifying bottlenecks, capacity constraints, and optimization opportunities. S.

East Coast imports. Understanding container flow patterns through simulation enables port operators, shipping lines, and supply chain professionals to anticipate congestion, optimize vessel schedules, and improve inland drayage coordination. The modeling approach allows stakeholders to test scenarios before implementing operational changes.

For supply chain professionals, this research provides a data-driven framework for demand planning and network optimization around one of America's most congested ports. By leveraging simulation insights, companies can better time shipment arrivals, negotiate more efficient appointment slots, and reduce dwell times—ultimately lowering landed costs and improving service reliability to end customers.