Port congestion in North Europe and East Asia is increasingly a two-ended problem: weather and capacity issues at origin delay departures, and when those same vessels finally reach port in Europe, they miss their planned berths and are forced to wait again, magnifying disruption throughout supply chains.
Congestion across key container gateways in Asia and Northern Europe is once again creating significant disruption with delays at Shanghai, Ningbo, Rotterdam and Antwerp increasingly feeding into one another and extending transit uncertainty across the entire east-west trade.
While individual delays at a single port are not unusual during peak season, the current challenge is the growing “cascade effect” developing across vessel schedules, inland transport networks and terminal operations.
In simple terms, disruption at one end of the trade lane is now directly increasing congestion at the other.
Weather disruption and vessel bunching hit China exports
Shanghai and Ningbo are both experiencing elevated congestion levels as heavy seasonal demand combines with poor weather, vessel bunching and continued schedule disruption linked to longer Cape routings.
Dense fog and adverse weather conditions around China’s east coast have already caused berth delays ranging from two to seven days at some Shanghai terminals, while Ningbo is also experiencing extended waiting times and increasing yard density pressure.
The knock-on effect quickly spreads through carrier schedules.
When vessels are delayed departing China, they frequently miss planned arrival windows into Northern Europe. Once that happens, carriers can lose their allocated berth slots, forcing vessels to wait offshore for new availability.
That creates a compounding cycle where both origin and destination ports become congested simultaneously.
Container equipment shortages are also worsening across major Asian export hubs as carriers struggle to reposition empty containers back into loading ports quickly enough to meet demand.
Rotterdam and Antwerp under mounting pressure
Northern Europe’s largest container hubs are now facing growing operational strain as delayed vessel arrivals collide with already congested inland transport networks.
Rotterdam and Antwerp are both reporting severe inland barge disruption, with waiting times regularly stretching towards four days. Yard utilisation remains extremely high across several terminals, while reduced crane availability, feeder delays and weather-related stoppages continue limiting operational fluidity.
Strong winds across Northern Europe have added further intermittent disruption, particularly at Antwerp, where terminals are struggling with vessel bunching and rising container dwell times.
The challenge extends far beyond the quayside.
As terminals prioritise delayed deep-sea vessels, inland barges often face secondary status within the operational flow, creating additional delays for hinterland cargo movement. In some cases, containers are remaining on terminals significantly longer than operationally ideal, increasing storage pressure and reducing yard efficiency.
Road and rail networks are also coming under increasing pressure as shippers divert cargo away from delayed barge services to avoid demurrage, detention and missed supply chain deadlines.
Inland transport disruption adds to the congestion cycle
The wider Northern European inland network is also becoming increasingly fragile.
Rail disruption across Germany, including infrastructure works, route closures and operational bottlenecks around Hamburg, is further complicating cargo flows into and out of the ports. Delayed trains, missed vessel connections and network overload are creating additional uncertainty for importers trying to maintain reliable inventory flows during an already volatile peak season environment.
This means delays are no longer isolated to one transport mode.
A weather delay in China can now create missed vessel berthing windows in Europe, which then impacts inland barges, rail schedules, feeder services and final cargo delivery timelines across multiple countries.
What this means for shippers
The current market reinforces how interconnected global container networks have become.
Longer transit times around the Cape of Good Hope have already reduced schedule reliability, while peak season demand and equipment shortages are tightening operational flexibility across both Asia and Europe.
For shippers, this creates growing importance around earlier booking windows, flexible inland transport planning and close coordination across origin, ocean and destination operations.
Importers moving time-sensitive cargo may increasingly need contingency planning around rail, road and barge options as congestion conditions continue evolving across Northern Europe during the summer peak period.
Metro combines global ocean freight expertise, proactive shipment management and integrated inland transport coordination to help customers minimise disruption and maintain cargo flow during volatile market conditions.
To discuss your supply chain planning, routing options or congestion mitigation strategies, EMAIL Managing Director Andrew Smith.
