North European Ports Stay Sticky: Congestion Persists Into 2026

Severe winter weather swept across Northern and Western Europe in late January and early February 2026, exposing just how little buffer remains in European port operations after two years of cascading disruptions. At Rotterdam's ECT Delta terminal, all operations came to a standstill. Hamburg's Eurogate and CTA terminals suspended handling. Rail and truck movements at CTT were frozen. The freezing temperatures were a proximate cause, but the congestion that followed — and that persisted well beyond the weather event itself — was a symptom of a system operating with almost no slack.

What Happened at the Terminals

Kuehne+Nagel issued a network advisory in early February 2026 warning that snow, ice, and sub-zero temperatures were impacting all primary modes of transportation across Northern and Western Europe. The impact was not uniform: Rotterdam's ECT Delta terminal issued a standstill notice for all operations, while Antwerp's port operations remained largely unscathed. Hamburg's response was partial — waterside operations continued at some terminals while road and rail movements were suspended.

The German ports of Wilhelmshaven and Bremerhaven reported minor disruptions without full shutdowns, reflecting somewhat different terminal configurations and weather exposure. Hapag-Lloyd noted that while CTA in Hamburg had resumed operations, they were "significantly slowed" — a description that, in practice, means queue backlogs forming faster than they can be cleared.

Why the System Has No Buffer

The real story is not the weather event itself, which was exceptional but not unprecedented for a Northern European winter. It is the structural absence of system resilience that allowed a multi-day freeze to generate congestion that persisted for weeks. Several compounding factors are at work.

First, the container shipping industry has spent much of 2024–2025 operating with extended Cape of Good Hope routings due to the Red Sea crisis. This fundamentally altered vessel arrival patterns at European ports: ships arrive in bunches rather than spread across the week, creating yard utilisation spikes that terminals struggle to absorb even under normal conditions.

Second, terminal staffing and productivity in Northern Europe have been under sustained pressure. Wage negotiations and periodic industrial action have left operational headroom thin at multiple ports. When a weather disruption then reduces handling slots and forces extended cut-off windows, there is no reserve capacity to draw on.

Third, ultra-large container vessels — now the dominant capacity vehicle on Asia–Europe lanes — intensify the bunching problem. When a 24,000 TEU vessel arrives, the terminal must process an enormous volume of moves in a compressed window. Even a modest reduction in crane productivity or truck turnaround times is enough to generate cascading yard congestion.

Cosco's Hinterland Ambitions Add Context

Separately, the same period saw German trade publication DVZ report that Cosco Group was seeking an 80% stake in Hamburg-based Konrad Zippel Spediteur, a hinterland logistics operator that moved approximately 205,000 TEU through Hamburg and Bremerhaven last year — predominantly by rail. The deal, reportedly signed before Christmas and filed with Germany's competition authority, would extend Cosco's European presence well beyond its existing Tollerort terminal stake.

The acquisition, if approved, is strategically significant. Control of a major intermodal rail operator gives a Chinese-state-linked carrier visibility and influence over the hinterland distribution network that feeds its terminal. From a European port competition standpoint, it raises questions about the concentration of vertically integrated logistics capability in German ports that are already functioning as de facto transhipment hubs for Central European cargo.

The Broader Congestion Trend Through 2026

The February freeze was acute but not isolated. The Loadstar has tracked a pattern of above-normal queue times at Rotterdam, Antwerp, and Hamburg through 2025 and into 2026, driven by the cumulative effects of vessel bunching, periodic labour disruptions, and equipment shortfalls. The Premier Alliance's decision to restructure its Asia–North Europe network — removing Algeciras calls and consolidating onto fewer, more reliable port strings — is in part a response to this environment: fewer ports of call means fewer opportunities for delay to compound.

River levels have also emerged as a recurring constraint. Barge services on the Rhine and Scheldt, already handling disproportionate hinterland volumes, are periodically disrupted by low water levels that require cargo to be shifted to road — adding to the truck queues at terminal gates. Contargo, one of the largest barge operators on Northern European waterways, has flagged the increasing frequency of load restrictions as a structural challenge, noting that the combination of ultra-large vessel arrivals at deep-sea terminals and reduced barge availability creates a compounding pinch point that road transport alone cannot reliably absorb.

Operational Visibility When Ports Become the Bottleneck

For shippers whose cargo is nominally on schedule at sea but sitting in a congested European terminal queue, the breakdown point in visibility is often the port-to-inland segment. Vessel tracking tools provide accurate arrival estimates; fewer tools provide reliable event-level milestone data for what happens between terminal arrival and delivery at the final warehouse. In a congestion environment where containers can dwell in yard for several additional days after vessel discharge, that gap between maritime tracking and inland milestone capture is where supply chain planners lose confidence in their delivery commitments. Systems that bridge that gap — pulling terminal discharge events, gate-out confirmations, and rail/truck booking data into a unified shipment view — provide the operational transparency that congestion conditions specifically demand.

Source: The Loadstar