Which ports are experiencing the most severe congestion right now?

Mozambique Beira leads with 9.71 days average vessel waiting time, followed by South Africa Durban at 7.54 days and Guinea Conakry at 7.38 days. These African ports face terminal recovery challenges, limited berth allocation, and severe yard saturation. Ghana Tema and Nigeria Apapa also report elevated delays in the 4-6 day range due to truck shortages and customs procedures.

What is causing the delays in Asian ports?

Post-typhoon vessel bunching in China (Ningbo and Shanghai) created temporary 3-4 day waiting times following Typhoon Champi. Across East and Southeast Asia, sustained high yard densities (85-97% occupancy) in Shekou, Tokyo, Yokohama, Port Klang, Manila, and Busan are the primary constraint. Equipment commissioning delays in Jakarta and planned maintenance in Busan will further strain capacity through Week 46.

Are landside factors contributing to port delays?

Yes. Inland constraints are as significant as terminal performance in many ports. Truck shortages are slowing container evacuation in Ghana Tema and Ivory Coast Abidjan. Customs delays and border procedures affect Angola Luanda and Kenya Mombasa. Cargo-release delays and empty container repositioning issues are noted in Kenya Mombasa. Limited inland trucking capacity in Turkey Izmir is also restricting cargo flows.

When is congestion expected to ease?

Improvement timelines vary. East Asian ports are expected to normalise by Week 45-46, pending equipment commissioning completion. African ports show no clear improvement forecast, with Mozambique Beira conditions described as 'critical' and ongoing. European ports should see localized relief after planned maintenance windows (Belgium Antwerp by 31 October, Italy Genoa after 6 November).

What should shippers do to mitigate delays?

Consider adjusting vessel schedules and accepting potential 2-3 week delays. Book equipment early and avoid split calls if possible. Monitor yard density and berth availability daily. For African ports, allow extra time for customs clearance and inland logistics. For Asian ports, expect high dwell times and coordinate landside pickup/delivery windows to avoid demurrage charges.

Shipping & Freight

High Impact

Global Port Congestion Hits Critical Levels Across Africa, Asia, Europe

Nov 9, 2026

Don't miss the next port disruption

Daily supply-chain brief. Free, unsubscribe anytime.

The signal

Global port operations face elevated stress across multiple regions, with vessel waiting times ranging from critical levels in Africa and select Asian hubs to elevated but manageable conditions in Europe. The most severe constraints appear in Mozambique Beira (9.71 days average wait), South Africa Durban (7.54 days), and Guinea Conakry (7.38 days), driven by terminal recovery challenges, equipment failures, yard capacity saturation, and customs processing bottlenecks.

East Asian ports show mixed conditions following typhoon disruptions: Ningbo and Shanghai experienced post-Typhoon Champi congestion, while Southeast Asian and Japanese ports face sustained high yard densities (85-97%) that are limiting fluidity. European ports remain relatively stable, though weather (fog in Germany, wind in Italy) and planned maintenance create localized disruption windows.

Supply chain professionals should expect extended lead times, higher demurrage costs, and potential schedule reliability issues through November 2026.

#port-congestion

#vessel-delays

#supply-chain-disruption

#logistics-bottleneck

#operational-pressure

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if African port delays extend through December?

Simulate a scenario where Beira, Durban, and key West African ports maintain 7-9 day average vessel waiting times through December 2026 due to sustained equipment issues and capacity constraints. Model the impact on inbound lead times for retailers, automotive suppliers, and consumer goods manufacturers sourcing from Europe and Asia to Africa. Calculate demurrage cost escalation and recommend inventory buffering strategies.

Run this scenario

Simulation Suggestion

this week

What if Asian yard capacity doesn't recover after typhoon recovery?

Simulate sustained high yard density (85-95%) at major Asian hubs (Ningbo, Shanghai, Tokyo, Yokohama, Busan, Port Klang, Manila) through November 2026. Model the impact on vessel scheduling flexibility, container positioning, and the feasibility of maintaining service commitments to US and European markets. Evaluate cost implications of equipment congestion charges and yard rental escalation.

Run this scenario

Simulation Suggestion

this month

What if truck shortages in Africa expand to create supply chain bottlenecks?

Simulate an expansion of truck capacity constraints across West and Southern Africa, reducing container evacuation velocity by 20-30% at major gateways (Tema, Abidjan, Apapa, Durban). Model the cascading effect on inland warehouse fill rates, last-mile delivery timelines, and regional distribution network performance. Recommend alternative routing or consolidation strategies to mitigate regional sourcing risk.

Run this scenario

Go deeper:

Supply Chain Simulation: How It Works and How to Choose Software

What discrete-event, agent-based, and Monte Carlo simulation actually do, how to evaluate simulation software, and what it costs.

Get the daily supply chain briefing

Top stories, Pulse score, and disruption alerts. No spam. Unsubscribe anytime.