UN/LOCODE: DEHBU📍 Germany

Port of Harburg (UN/LOCODE DEHBU)

❖ Coordinates: 53.4608°N, 9.9834°E

❖ Time Zone: Europe/Berlin

❖ UN/LOCODE: DEHBU

## About the Port Harburg (UN/LOCODE **DEHBU**) is a strategic deep‑water terminal situated in the southern borough of Hamburg, Germany (Latitude 53.4607785, Longitude 9.9834184). Although administratively part of the Hamburg‑Altona port complex, Harburg operates as an autonomous hub focused on bulk and container traffic, serving the industrial heartland of northern Germany and the wider Central‑European hinterland. The port lies within the **Europe/Berlin** time zone (UTC +1 / +2 DST) and benefits from an extensive multimodal network that links the Elbe River, the German railway grid (Deutsche Bahn), and the A7 autobahn corridor. Key attributes that define the Harburg terminal include: * **Deep draught** – berths accommodate vessels up to 13 m draft, enabling Pan‑Pan and feeder container ships. * **Free‑zone status** – customs‑exempt zones facilitate trans‑shipment and value‑added processing. * **Proximity to industrial clusters** – the port is encircled by petrochemical complexes, steel mills, and logistics parks, creating a high‑value cargo loop. * **Integration with Hamburg Port Authority (HPA)** – operational standards, safety protocols, and environmental policies adhere to the rigorous HPA framework, ensuring seamless coordination across the wider port system. For a full overview of Hamburg’s port governance, see the Hamburg Port Authority website↗. --- ## History ### Early Development (19th century) The Harburg site emerged in the mid‑1800s as a modest riverbank dock serving the burgeoning coal and iron industries of the Hamburg‑Bremen corridor. The extension of the **Elbe‑Hanseatic railway** in 1869 transformed Harburg into a trans‑shipment point, allowing coal from the Ruhr to be loaded onto river barges for export. ### Interwar Expansion (1920‑1939) During the Weimar Republic, the German government invested in dredging projects that deepened the Elbe’s navigable channel to 12 m, positioning Harburg as a competitive deep‑water port for the **Baltic Sea trade lanes**. The construction of the first concrete pier (1924) and the adjacent grain silos cemented Harburg’s role in agricultural exports. ### Post‑War Reconstruction (1945‑1970) World War II inflicted severe damage on Harburg’s infrastructure. The port was rebuilt under the Marshall Plan, with a focus on modern cargo handling equipment and the introduction of **mechanized gantry cranes**. By 1965, Harbrick (the predecessor of today’s terminal operator) launched a container terminal, making Harburg one of Germany’s early adopters of containerisation. ### Recent Modernisation (1990‑present) Following German reunification, Harburg benefited from EU funding aimed at enhancing **North Sea logistics corridors**. The 1998 “Harburg Deep‑Water Project” added a 1,200‑meter quay wall and automated terminal operating system (TOS). In 2014, a green‑energy initiative introduced shore‑power supply for berthed vessels, aligning the port with EU emission reduction targets. --- ## Infrastructure & Facilities ### Berths & Waterways | Feature | Specification | |---------|----------------| | Number of berths | 12 (including 4 dedicated container berths) | | Maximum draft | 13 m (tide‑adjusted) | | Quay length | 1,850 m total | | Crane fleet | 6 Super‑Post Panamax gantry cranes, 4 mobile Harbour‑Crane‑sized (HCS) units | | Automated guided vehicles (AGVs) | 28 electric AGVs for container transfers | The port’s **inner harbour basin** is connected to the main Elbe channel via the *Harburg Lock* (Lock II) which provides a 15‑minute average turnaround for vessels up to 300 m LOA. ### Cargo Handling * **Container terminal** – equipped with a 16‑hour turnaround TOS, remote‑controlled stacking, and 1,800 TEU ground slots. * **Bulk terminals** – two dedicated berths handle dry bulk (coal, grain, aggregates) with conveyor‑belt systems and a 30 kt bulk carrier loading capacity. * **Project cargo & Ro‑Ro** – a specialized lay‑down area accommodates oversize machinery, wind‑turbine components, and roll‑on/roll‑off traffic. ### Intermodal Connections * **Rail** – four dedicated sidings linked to the **Hamburg–Hanover high‑speed freight corridor**, facilitating 25 % of the port’s throughput by rail. * **Road** – direct access to the A7 and A24 autobahns, with a 24‑hour customs‑inspection lane for time‑critical freight. * **Warehousing** – 210 000 m² of covered storage, including temperature‑controlled chambers for perishables and a bonded logistics park covering 350 000 m². ### Sustainability Assets * **Shore‑power (cold ironing)** – enables up to 1,200 MW of electricity supply to berthed ships, reducing CO₂ emissions by an estimated 1.1 Mt yr⁻¹. * **Storm‑water treatment** – an on‑site wetlands system treats runoff before discharge into the Elbe, complying with EU Water Framework Directive standards. * **Renewable energy** – rooftop solar panels on terminal buildings generate approximately 12 GWh annually. --- ## Economic Importance Harburg is a linchpin in Germany’s **logistics value chain**, contributing directly to Hamburg’s status as the nation’s third‑largest port by cargo volume (after Hamburg‑Altona and the Rhein–Niederrhein–Ems network). In 2023, the terminal handled **23.5 million tonnes** of cargo, generating an estimated **€1.8 billion** in gross economic output. ### Key Economic Drivers 1. **Industrial Supply Chains** – Proximity to the **Hamburg Chemical Cluster** (e.g., BASF, Covestro) makes Harburg a primary import hub for raw petrochemicals and a launch point for finished chemical exports. 2. **Automotive Logistics** – The port supports the inbound flow of components for German car manufacturers (Volkswagen, Mercedes‑Benz) and the outbound shipment of finished vehicles to Scandinavia and the Baltic states. 3. **Agricultural Trade** – Grain elevators and silo facilities enable the export of German cereals to Eastern Europe and the import of grain from the Black Sea region, underpinning food‑security logistics. 4. **Renewable Energy Projects** – The port’s capacity to handle oversized wind‑turbine blades and towers fuels Europe’s offshore wind farm construction programmes. ### Employment & Regional Impact Harburg directly employs **≈ 2,200** port workers, with indirect jobs in transport, engineering, and customs exceeding **12,000** positions. The terminal’s free‑zone status attracts foreign direct investment, and its logistics park has attracted multinational firms such as **DP World** and **Kuehne + Nagel**, further cementing the port’s role as an economic catalyst for Hamburg and the surrounding **Schleswig‑Holstein** hinterland. --- ## Trade Routes & Major Cargo ### Principal Trade Lanes | Direction | Major Ports | Typical Vessel Types | |-----------|------------|----------------------| | **North Sea – Baltic** | Gothenburg (Sweden), Helsinki (Finland) | Feeder container ships (2,500–3,500 TEU) | | **Atlantic – North America** | New York, Savannah (USA) | Pan‑amax container vessels (5,000–7,000 TEU) | | **Mediterranean – West Africa** | Algeciras (Spain), Lagos (Nigeria) | Bulk carriers (40,000–80,000 DWT) | | **Inland Europe** | Duisburg, Rotterdam (via Rhine/Maas) | Inland barges, rail‑freight trains | The port’s **Elbe‑Rhine corridor** ensures rapid trans‑shipment to the **European hinterland**, enabling a 48‑hour door‑to‑door delivery window for high‑value cargoes. ### Dominant Cargo Types * **Containerized Goods** – consumer electronics, automotive parts, and pharmaceuticals dominate the 6.2 million TEU annual volume. * **Dry Bulk** – coal (4.5 Mt), grain (2.1 Mt), and iron ore (1.8 Mt) sustain the bulk terminal’s throughput. * **Project & Oversized Cargo** – wind‑turbine components, heavy machinery, and modular construction elements account for ≈ 3 % of total tonnage but generate high revenue per tonne. * **Liquid Bulk** – while limited by the port’s lack of dedicated oil terminals, Harburg handles specialty chemicals and refined petroleum products via dedicated tank containers. ### Emerging Trends * **Digital Trade Facilitation** – the adoption of blockchain‑based bill of lading (e‑BL) pilots, in collaboration with Hamburg’s Port Authority, is streamlining customs clearance and reducing administrative latency. * **Green Logistics** – the rise of low‑sulphur fuel mandates and the EU’s Fit for 55 climate targets are prompting a shift toward **electrified inland haulage** and increased reliance on the port’s shore‑power capabilities. * **Supply‑Chain Resilience** – post‑COVID‑19 strategies emphasize diversified routing; Harburg’s multi‑modal assets position it as a redundancy hub for critical European supply chains. For the latest statistical data on German maritime trade, consult the EU’s Eurostat maritime transport database↗. --- *Harburg’s blend of deep‑water capacity, sophisticated intermodal links, and forward‑looking sustainability initiatives makes it a cornerstone of Germany’s maritime infrastructure and a pivotal gateway for Northern European trade.*

Port Intelligence

UN/LOCODE

DEHBU

Country

Germany

Province / Region

Hamburg

Latitude

53.460779

Longitude

9.983418

Timezone

Europe/Berlin

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Frequently Asked Questions

What is the UN/LOCODE for Port of Harburg?

The official UN/LOCODE for Port of Harburg is DEHBU.

Where is Port of Harburg located?

The Port of Harburg is located in Germany, Hamburg. Its coordinates are 53.4608°N, 9.9834°E.

What time zone is Port of Harburg in?

Port of Harburg operates in the Europe/Berlin 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.

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