Gdańsk emerges as Ukraine's critical import gateway
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The signal
Gdańsk has solidified its position as the primary seaport for Ukrainian imports, handling approximately 40% of the country's container market. With direct deep-water access enabling unimpeded service from Asian suppliers like China, the Baltic Hub terminal offers a structural advantage over competing European ports. The shift reflects broader infrastructure investments, including a new rail corridor from Gdańsk to Ukraine (operational since November 2025) and planned gauge-standardization projects that will eliminate transshipment delays.
This geographic reorientation has transformed Poland into Ukraine's second-largest trading partner after China. Beyond port operations, the development showcases how supply chain networks adapt to geopolitical disruption: when traditional Black Sea routes through Odesa faced capacity restrictions, European logistics operators rapidly pivoted to multi-port strategies combining Gdańsk, Constanța, and Hamburg. For supply chain professionals, the implications are significant: longer-term structural shifts in regional trade flows create both routing optimization opportunities and new dependency risks.
The expansion of intermodal capacity (notably Euroterminal Sławków doubling from 285,000 to 530,000 TEU annually) and EU-funded rail standardization projects suggest this is not a temporary workaround but an emerging permanent feature of Eastern European supply chains.
Frequently Asked Questions
What This Means for Your Supply Chain
What if Chinese container volume to Ukraine surges 25% in 2027?
Given Poland is Ukraine's second-largest supplier (9.5% of imports, H1 2026) after China, model a 25% volume increase from Asia in 2027. Assume this volume routes through Gdańsk (40% current market share). Simulate impacts on: (1) Baltic Hub terminal capacity utilization, (2) rail corridor saturation between Gdańsk and Sławków, (3) whether additional vessels on Asia-Gdańsk deep-sea services are required, (4) alternative port scenarios if Gdańsk reaches congestion, and (5) cost escalation across the intermodal chain due to capacity constraints.
Run this scenarioWhat if Constanța port clears 15,000 annual TEU to Gdańsk over the next 18 months?
Simulate a gradual modal shift where container volume from Constanța decreases by 15,000 TEU annually due to sustained customs delays and congestion. Assume this volume shifts to the Gdańsk-Sławków-Ukraine corridor. Model how this affects: (1) annual container handling at Sławków terminal (currently 285,000 TEU, expanding to 530,000), (2) rail utilization between Gdańsk and border crossings, (3) cost differentials between sea-rail via Gdańsk versus sea-Danube via Constanța, and (4) total transit time variance.
Run this scenarioWhat if the Lviv-Mostyska rail line delayed 12 months past end-2027?
Model the impact of the 80-km gauge-standardized rail corridor (currently targeted for Q4 2027 completion) slipping to Q4 2028. Simulate consequences for: (1) continued reliance on Sławków broad-gauge transshipment, (2) additional operational complexity for direct Ukraine deliveries, (3) cost impact of extended transshipment vs. direct rail, (4) whether congestion at Sławków (capacity expanding from 285,000 to 530,000 TEU) becomes a bottleneck before the direct line opens. Compare scenarios where alternative routes (via Constanța or Hamburg) absorb diverted traffic.
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