This dashboard provides a detailed, data-driven view of average vessel dwell times by shipping line. Dwell time is broken down into two key components—waiting time and working time at berth—offering a clear picture of carrier performance at major global ports.
The current analysis focuses on June 2025, with comparisons to May 2025 (MoM) and June 2024 (YoY) to highlight monthly fluctuations and broader yearly trends.
The analysis centers on 10 high-traffic container ports: Antwerp, Busan, Jebel Ali, Los Angeles, Long Beach, Ningbo, Rotterdam, Savannah, Singapore and Shanghai. SeaVantage maintains vessel dwell time data across all global container ports. If you're interested in accessing the full dataset or customized reports, please feel free to contact us directly.
This dashboard helps identify which carriers are experiencing increasing delays, where operational efficiency is improving or declining, and how recent disruptions may be affecting global port activity. These insights support smarter port selection and more informed carrier negotiations.
Busan stands out as the most efficient port in this dataset. All listed carriers reported zero waiting time, and working times were generally below 30 hours. It’s a strong indicator of smooth terminal operations and berthing coordination.
At the other end of the spectrum, Shanghai and Ningbo are seeing noticeable congestion. Several carriers show combined waiting and working times exceeding 70–80 hours, with long anchorage delays being the primary driver.
Los Angeles and Long Beach aren’t facing major waiting time issues, but berth operations are significantly longer than average; often over 100 hours, suggesting slower throughput at terminals.
In Shanghai, Wan Hai Lines reported the highest total dwell time across all ports: 87.2 hours, driven by 75 hours waiting offshore. Sea Lead Shipping followed closely at 82.6 hours.
ONE (Ocean Network Express) at Long Beach recorded 142 hours of working time, with zero waiting—an unusually long stay at berth that may point to inefficiencies in container handling or vessel scheduling.
At Rotterdam, HMM Co Ltd reported both high waiting (61.6 hrs) and high working time (64.7 hrs), suggesting systemic bottlenecks specific to this line’s operations at that port.
태풍 발생 시 선박은 우회·감속·대기 등 서로 다르게 대응합니다. AIS 항적과 ETA·PTA·PTB, 항만 혼잡 데이터를 활용해 해상운송 지연 가능성을 판단하는 방법을 알아보세요.
선사 ETA가 바뀌기 전에 일정 변동 가능성을 미리 파악할 수 있을까요? PTA와 ETA의 차이, 구간별 확인 방법, 실무 대응 시나리오 5가지를 소개합니다.
ETA(Estimated Time of Arrival) 뜻과 ETD·ATA와의 차이, ETA가 실제 도착 시간과 달라지는 이유를 알아보세요. ETA 변동에 대응하는 방법과 SeaVantage PTA 활용법도 함께 소개합니다.
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