UN/LOCODE: HUBUD📍 Hungary

Port of Budapest (UN/LOCODE HUBUD)

Coordinates: 47.4979°N, 19.0402°E
Time Zone: Europe/Budapest
UN/LOCODE: HUBUD
## About the Port Located on the **western bank of the Danube River**, the Port of Budapest (UN/LOCODE: **HUBUD**) serves as Hungary’s principal inland waterway gateway. The port lies at **47.497912 ° N, 19.040235 ° E** within the Central European Time zone (Europe/Budapest). As a multimodal hub, it integrates river, rail, and road logistics, enabling seamless cargo flow between the Black Sea, the Rhine‑Maas corridor, and the broader Central European market. Key identifiers: | Attribute | Detail | |-----------|--------| | **UN/LOCODE** | HUBUD | | **Country** | Hungary | | **Region** | Budapest (capital city) | | **Time zone** | Europe/Budapest (UTC +1 / +2 DST) | | **Coordinates** | 47.497912 N, 19.040235 E | | **River basin** | Danube (International Waterway) | The port is administered by the **Budapest Port Authority (BPA)**, a subsidiary of the Hungarian Ministry of Innovation and Technology. BPA is a member of the **Danube Commission**, which harmonises navigation standards across the river’s 19‑nation basin. ## History The Budapest waterway has been a commercial artery since the **Roman era**, but the modern port infrastructure dates to the **19th‑century Austro‑Hungarian railway expansion**. - **1846–1850** – Construction of the first quay walls and a customs house under Emperor Franz Joseph I, establishing Budapest as the Danube’s primary trans‑shipment point in the Austro‑Hungarian Empire. - **1930s** – The port underwent mechanisation with the introduction of steam‑powered cranes, bolstering its capacity for bulk commodities such as timber and grain. - **Post‑World War II** – Nationalisation placed the port under state control; the 1960s saw the addition of a dedicated container terminal, ahead of the global containerisation wave. - **1990s** – Liberalisation and EU accession led to private‑sector participation, the adoption of the **International Maritime Organization (IMO) guidelines**, and the implementation of modern IT‑based cargo handling systems. - **2000‑present** – Continuous upgrades, including the construction of the **Budapest River Terminal (BRT)**, have positioned the port to handle over **2 million tonnes** of cargo annually, with a focus on intermodal freight and passenger cruise traffic. For a detailed chronology, refer to the Danube Commission’s historical overview of Central European river ports. ## Infrastructure & Facilities ### River Quay and Cargo Handling - **Total quay length:** ≈ 2.2 km, comprising five berths equipped for **hand‑wheel and hydraulic cranes** (up to 30 t lifting capacity). - **Depth:** 3.5 m (maintained by regular dredging) accommodates vessels up to **Class III** (Euro‑river barges up to 1,350 t). - **Container terminal:** A 12‑acre area with **four container gantry cranes** (30–38 t), capacity for **12,000 TEU** per annum. Modern ICT systems enable real‑time tracking and customs pre‑clearance. ### Bulk & Project Cargo - **Grain silos:** 35,000 t storage, with pneumatic loading/unloading facilities. - **Chemicals:** Dedicated tank farms (capacity 50,000 t) equipped with double‑walled pipelines for hazardous liquids. - **Project cargo:** Two heavy‑lift berths (up to 150 t) support machinery, bridge sections, and wind‑turbine components. ### Intermodal Connectivity - **Rail:** Direct connection to the Hungarian State Railways (MÁV) via a **15‑track yard**, capable of handling **20 train‑loads per day** (each ≈ 80 t). - **Road:** Proximity to the M1 and M0 motorways provides fast access to the **Budapest Ring Road**, facilitating onward distribution to the **European TEN‑T** network. - **Logistics parks:** Adjacent free‑zone zones host customs‑bonded warehouses, cold‑storage facilities, and e‑commerce fulfilment centres. ### Passenger Services Budapest’s waterfront also hosts **river cruise terminals** serving the **Danube River Cruise** market, with amenities for up to **2,500 passengers** per season. The port’s **customs and immigration desks** streamline cross‑border tourist flows between Austria, Slovakia, and Hungary. ## Economic Importance The Port of Budapest is a catalyst for Hungary’s **logistics‑driven growth**, contributing an estimated **0.6 % of national GDP** and supporting over **15,000 jobs** directly and indirectly. - **Cargo throughput:** In 2023, the port recorded **2.18 million tonnes** of cargo, split between **containerized (35 %)**, **bulk (45 %)**, and **project/chemicals (20 %)**. - **Key sectors:** Automotive parts (Ford, Audi), agribusiness (grain exporters), petrochemicals (BASF, MOL Group), and the booming **renewable‑energy component** market rely on the port’s multimodal capabilities. - **Foreign trade:** Over **€1.8 billion** of import‑export value flows through Budapest annually, providing an essential conduit for Hungarian manufacturers to reach the **Black Sea ports of Constanta** and **Ruse**, and onward to Central Asian markets via the **Pan‑European Corridor VII**. The port’s strategic location also underpins **European Union cohesion policy**, as it facilitates east‑west trade flows and reduces reliance on over‑land freight corridors that are susceptible to congestion and higher carbon emissions. ## Trade Routes & Major Cargo ### Primary Danube Corridor - **Southbound:** Vessel traffic proceeds to **Belgrade**, **Novi Sad**, and ultimately to the **Port of Constanţa (Romania)** on the Black Sea, enabling access to Mediterranean and global shipping lanes. - **Northbound:** Connections to **Vienna (Austria)**, **Bratislava (Slovakia)**, and **Passau (Germany)** link Budapest to the **Rhine‑Maas** network, granting direct reach to the **North Sea ports of Rotterdam and Antwerp**. ### Secondary Inland Links - **Via the Rhine‑Rhine Canal** and the **Main‑Danube Canal**, cargo can be transferred to inland German, French, and Swiss logistics hubs, supporting “just‑in‑time” supply chains for the automotive sector. ### Major Cargo Types | Cargo Category | Typical Volume (ton) | Primary Origin/Destination | |----------------|----------------------|----------------------------| | **Containerized goods** | 750 k | Electronics (China → EU), automotive parts (EU → EU) | | **Grain & Oilseeds** | 970 k | Import of soy from Brazil; Export of Hungarian wheat to EU markets | | **Chemicals & Petrochemicals** | 410 k | Imports of crude oil derivatives; exports of synthetic polymers | | **Project / Heavy cargo** | 150 k | Wind‑turbine blades, prefabricated bridge sections (EU → Central Europe) | | **Passenger cruise traffic** | – | Tourist flows between Budapest, Vienna, and Bratislava | ### Emerging Trade Trends - **Renewable energy components:** The rise of **offshore wind farms** in the Black Sea has spurred increased shipments of turbine blades and sub‑assemblies through Budapest’s heavy‑lift berths. - **Cold‑chain logistics:** Expansion of refrigerated storage in adjacent logistics parks positions the port to capture **perishable food exports**, particularly Hungarian fruit and dairy products destined for EU markets. For further details on Danube navigation standards and cargo statistics, consult the **International Association of Inland Navigation (IAIN)** database. --- *The Port of Budapest, with its robust infrastructure, strategic Danube positioning, and diversified cargo portfolio, remains a linchpin of Central European maritime logistics, reinforcing Hungary’s role as a vital gateway between East and West.*

Port Intelligence

UN/LOCODE

HUBUD

Country

Hungary

Province / Region

Budapest

Latitude

47.497912

Longitude

19.040235

Timezone

Europe/Budapest

Nautical Map (OpenSeaMap)

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Frequently Asked Questions

What is the UN/LOCODE for Port of Budapest?

The official UN/LOCODE for Port of Budapest is HUBUD.

Where is Port of Budapest located?

The Port of Budapest is located in Hungary, Budapest. Its coordinates are 47.4979°N, 19.0402°E.

What time zone is Port of Budapest in?

Port of Budapest operates in the Europe/Budapest time zone.

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About the World Port Index

This data is sourced programmatically. The UN/LOCODE is the official geographic coding scheme used by the United Nations for trade and transport locations.