UN/LOCODE: DEMHG📍 Germany

Port of Mannheim (UN/LOCODE DEMHG)

❖ Coordinates: 49.4800°N, 8.4500°E

❖ Time Zone: Europe/Berlin

❖ UN/LOCODE: DEMHG

## About the Port Mannheim Port (UN/LOCODE: **DEMHG**) is one of the most important inland ports on the Upper Rhine, serving the metropolitan Rhine‑Neckar region in Baden‑Württemberg, Germany. Situated at **49.48° N, 8.45° E** and operating on Central European Time (Europe/Berlin), the facility exploits a natural river bend that provides deep‑water drafts and ample berth space for both river‑going barges and ocean‑sized feeder vessels. As a multimodal logistics hub, Mannheim integrates **river, rail, road, and air** transport networks, linking the port directly to the European inland waterway system (the Rhine–Main–Danube corridor) and to the extensive German high‑speed rail grid. Its strategic location, roughly 90 km downstream of Basel and 350 km upstream of the Dutch North Sea ports, makes it an essential node for trans‑European freight flows, especially for bulk commodities, containers, and automotive parts. Key identifiers: | Attribute | Detail | |-----------|--------| | **UN/LOCODE** | DEMHG | | **Country** | Germany | | **Region** | Baden‑Württemberg | | **Timezone** | Europe/Berlin (UTC+1 / UTC+2 DST) | | **Coordinates** | 49.48 N, 8.45 E | | **River** | Rhine (Upper Rhine) | | **Port Authority** | Mannheim-Wasser- und Schifffahrtsamt (WSA) | The port’s operational focus aligns with Germany’s “Logistics 2030” strategy, emphasizing digitalization, sustainability, and seamless intermodal connectivity. --- ## History ### Early Development (19th Century) Mannheim’s riverine origins trace back to the late 18th century when the city’s shipyards began handling regional grain and timber. The construction of the **Mannheim Harbour** (Mannheimer Hafen) in 1825, followed by the opening of the first railway line (the Mannheim–Ludwigshafen line) in 1846, transformed the town into a pioneering intermodal site. ### Expansion under the Rhine‑Main‑Danube Vision (1900‑1960) The early 20th century saw the port mature into a **container‑free** hub for bulk coal, steel, and chemicals, benefitting from the 1922 *Rheinbund* waterway reforms that standardized navigation depths to 2.5 m. Post‑World‑War II reconstruction introduced modern quays, a dedicated grain terminal, and the first mechanized roll‑on/roll‑off (RoRo) facilities. ### Containerisation and Modernization (1970‑2000) The 1970s marked the arrival of container handling equipment, positioning Mannheim as the first German inland port equipped for **20‑foot (TEU) container transhipment**. The construction of the **Mannheim Port Container Terminal (MPCT)** in 1985, coupled with the installation of a computer‑controlled crane fleet, enabled the port to process over 500,000 TEUs annually by the turn of the millennium. ### 21st‑Century Digital Turn (2000‑Present) Since 2000, the port has pursued a “Smart Port” agenda, deploying **IoT sensors**, automated gate systems, and a Port Community System (PCS) that integrates customs, logistics, and terminal operators. Environmental initiatives—including shore‑power (cold ironing), electric‑drive handling equipment, and participation in the **European Green Deal**—have reduced CO₂ emissions by an estimated 30 % since 2015. --- ## Infrastructure & Facilities ### Berths and Depth - **Total quay length:** 5.2 km (12 + 13 + 14 + 15 + 16 + 17 + 18 + 19 + 20) - **Maximum draft:** 3.0 m (standard Rhine depth) – accommodates 3 000‑tonne river barges and 2,500‑tonne feeder ships. - **Number of berths:** 46, including 8 dedicated container berths with gantry cranes (45 t lift capacity). ### Cargo Handling Equipment - **Ship-to-shore gantries:** 4 × 45 t, 2 × 30 t - **Mobile cranes:** 12 × 20 t (flexible for bulk and project cargo) - **Automated guided vehicles (AGVs):** 30 units for container movement within the terminal yard. ### Intermodal Connectivity - **Rail:** Direct access to the Mannheim–Karlsruhe and Mannheim–Hannover lines, with a total rail siding length of 18 km capable of handling 150 k TEU/yr. - **Road:** Proximity to Autobahn A5, A6, and A61; four dedicated freight corridors reduce truck dwell time to under 2 hours. - **Air:** Adjacent to **Mannheim City Airport (EDFM)** – a cargo‑focused airfield handling high‑value, time‑critical shipments. ### Storage and Logistics Zones - **Open storage:** 350 ha for bulk, timber, and containers (stacked up to 4 m). - **Covered warehouses:** 25 ha, climate‑controlled, for perishable goods and high‑value electronics. - **Customs bonded area:** 12 ha, enabling free‑trade‑zone operations for re‑export and value‑added processing. ### Digital Infrastructure - **Port Community System (PCS):** Integrated platform for electronic data interchange (EDI) among shippers, carriers, customs, and terminal operators. - **Real‑time traffic management:** Sensors and AI predictive analytics optimize berth allocation and reduce vessel waiting times by 18 % (2023 data). > For more detailed technical specifications, see the **German Federal Waterways and Shipping Administration (WSV)** database: https://www.bundeswasserstrassen.de --- ## Economic Importance ### Regional Contribution Mannheim Port contributes roughly **€4.2 billion** to the Baden‑Württemberg GDP, supporting over **30,000 jobs** directly and indirectly. The port’s logistics services underpin the region’s automotive cluster (including manufacturers like **Bosch** and **Audi**), chemical industry (BASF, Evonik), and the growing **e‑commerce** sector. ### National Role Within Germany’s inland waterway network, Mannheim ranks **second** after Duisburg in cargo throughput, moving an average of **30 million tons** per annum (2022). Its intermodal capabilities alleviate pressure on congested maritime ports in the North Sea, providing a cost‑effective alternative for inland distribution. ### Sustainability Impact Through the adoption of **electrified handling equipment**, the port has cut diesel fuel consumption by 22 % and avoided an estimated **120 k tonnes of CO₂** emissions annually. Participation in the **European Sustainable Shipping Initiative (ESSI)** positions Mannheim as a benchmark for green inland ports. ### Investment Outlook The port authority has earmarked **€850 million** for infrastructure upgrades through 2030, targeting deeper drafts (up to 3.5 m), expanded container yards, and further digitalization of customs processes. Private investors, notably logistics REITs and rail freight operators, are contributing additional capital, anticipating a **6 % CAGR** in cargo volumes by 2028. --- ## Trade Routes & Major Cargo ### Key Trade Corridors | Corridor | Destination | Mode | Approx. Annual Volume | |----------|-------------|------|-----------------------| | **Rhine–North Sea** | Rotterdam, Antwerp | River‑Barge | 12 Mt | | **Rhine–Danube** | Budapest, Bucharest | River‑Barge | 5 Mt | | **Rhine–Swiss** | Basel, Zurich | River‑Barge / Rail | 4 Mt | | **Rhine–Central Europe** | Frankfurt, Leipzig | Rail | 3 Mt | | **Air‑Freight** | Global (via MFA) | Air | 0.3 Mt (air cargo) | ### Primary Cargo Types | Cargo | Description | Typical Handling | |-------|-------------|------------------| | **Containerized Goods** | Consumer electronics, automotive parts, textiles | Container cranes & AGVs | | **Bulk Commodities** | Coal, iron ore, limestone, agricultural grains | Mobile cranes, conveyor belts | | **Liquid Bulk** | Chemicals, petrochemicals, liquid food products | Dedicated tank farms, pipeline links | | **Project Cargo** | Heavy machinery, wind‑turbine components | Specialized heavy‑lift cranes (up to 120 t) | | **Perishables** | Fresh produce, pharmaceuticals | Climate‑controlled warehouses, rapid customs clearance | The port’s **container throughput** reached **560,000 TEU** in 2023, with a modal split of 62 % river‑barge, 28 % rail, and 10 % road. A notable surge in **e‑commerce parcels** has driven the development of a dedicated **Express Logistics Zone (ELZ)**, featuring automated sorting systems linked directly to major European parcel carriers. ### Future Trade Prospects - **Hydrogen & Green Energy**: Anticipated handling of liquefied hydrogen shipments from Dutch and Scandinavian producers, leveraging the port’s existing liquid bulk infrastructure. - **Digital Trade**: Expansion of the PCS will facilitate **blockchain‑based trade documentation**, attracting high‑tech manufacturers seeking supply‑chain transparency. - **Last‑Mile Urban Logistics**: Collaboration with the city of Mannheim on **urban consolidation centers** aims to reduce inner‑city truck traffic by up to 15 % by 2027. --- Mannheim Port’s blend of historic riverine advantage, modern infrastructure, and forward‑looking sustainability initiatives positions it as a pivotal gateway for European inland trade. Its continuous investment in intermodal connectivity and digital services ensures that the port will remain a resilient, high‑performance logistics hub well into the next decade.

Port Intelligence

UN/LOCODE

DEMHG

Country

Germany

Province / Region

Baden-Württemberg

Latitude

49.480000

Longitude

8.450000

Timezone

Europe/Berlin

Nautical Map (OpenSeaMap)

Loading Map...

Frequently Asked Questions

What is the UN/LOCODE for Port of Mannheim?

The official UN/LOCODE for Port of Mannheim is DEMHG.

Where is Port of Mannheim located?

The Port of Mannheim is located in Germany, Baden-Württemberg. Its coordinates are 49.4800°N, 8.4500°E.

What time zone is Port of Mannheim in?

Port of Mannheim operates in the Europe/Berlin time zone.

Scanning Local Infrastructure...

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.

📍 Nearby Ports

Other maritime facilities geographically close to Mannheim.

View World Port Directory →