Port Congestion Removes 12% of Global Container Shipping Capacity

What if port congestion extends beyond current expectations and ties up capacity for 6+ weeks?

Model the impact of sustained 12% global container shipping capacity reduction lasting 6 weeks or longer across major trade lanes (Asia-Europe, Asia-North America, intra-Asia). Calculate extended transit times, increased ocean freight costs due to spot market tightness, potential demurrage/detention charges at congested ports, and inventory buildup at origin facilities. Identify which origin-destination pairs are most sensitive and which product categories face the greatest risk.

What if we shift 15% of container volume to alternative ports or routing to avoid congestion?

Evaluate shifting a portion of shipments from congested primary ports to secondary or tertiary ports, or rerouting through alternative trade lanes with available capacity. Model the cost delta including higher drayage costs to secondary ports, potential premium ocean freight rates for expedited service, and impact on door-to-door transit times. Calculate break-even thresholds for when rerouting becomes cost-justified versus waiting for primary port capacity.

What if we increase safety stock by 20% to buffer against congestion-driven delays?

Calculate the inventory holding cost impact of increasing safety stock levels by 20% across key SKUs to compensate for potential 1-2 week delays caused by port congestion. Model the tradeoff between higher carrying costs and reduced stock-out risk. Determine which product categories and customer segments warrant higher buffers versus which can tolerate delay risk.