UN/LOCODE: DEWOR📍 Germany
Port of Worms (UN/LOCODE DEWOR)
❖ Coordinates: 49.6341°N, 8.3507°E
❖ Time Zone: Europe/Berlin
❖ UN/LOCODE: DEWOR
## About the Port
Worms Port (UN/LOCODE **DEWOR**) is a strategic inland transshipment hub situated on the right bank of the **Upper Rhine** in the state of **Rheinland‑Pfalz**, Germany (49.6341372 N, 8.3507182 E). Although not a deep‑sea facility, Worm Worms functions as a key multimodal node within the European river‑transport network, linking the Rhine‑Main‑Danube corridor to the rail and road infrastructure of southwestern Germany. The port operates under the jurisdiction of the **German Federal Waterways and Shipping Administration (WSV)** and observes the **Europe/Berlin** time zone (UTC+1 / UTC+2 DST).
Key characteristics that make Worms port noteworthy for logistics professionals include:
- **River‑centric location**: Approximately 340 km downstream from Basel (Swiss border) and 540 km upstream from the North Sea confluence at Rotterdam, providing swift barge access to the economic heart of Western Europe.
- **Intermodal connectivity**: Direct links to the **E‑44 (A61) Autobahn**, the **Schnellweg 5** railway line, and nearby inland logistics parks, enabling seamless transfers between water, rail, and road.
- **Capacity and throughput**: In 2023 the port handled roughly **1.2 million tonnes** of bulk and containerized cargo, a modest but steadily growing figure for a river port of its size.
Because the Rhine is classified as a **Class VII** waterway, vessels up to **1,200 t** displacement and **85 m** length can navigate to Worms without restrictions, making the port an attractive option for both regional shippers and global supply‑chain operators seeking lower emissions and cost‑effective transport alternatives.
## History
The origins of Worms port trace back to the **Roman era**, when the city of Worms—known then as *Vormatia*—served as a critical river crossing and trade point on the Limes Germanicus. Archeological evidence indicates that the first **pontoon‑type docks** were established in the 5th century AD, facilitating the movement of grain, timber, and wine along the Rhine.
During the **Middle Ages**, Worms flourished as a member of the **Rhenish Imperial Free City** network, with chartered rights to levy tolls on passing barges. The **Treaty of Worms (1743)**, though primarily a diplomatic agreement, also spurred the expansion of port facilities to accommodate the increasing traffic of French‑German mercantile fleets.
The 19th century industrial boom brought the **Rhine Navigation Act of 1856**, standardizing lock dimensions and enabling larger steam barges. Worms responded by constructing its first **stone quay** in 1864, which later evolved into the modern **Westquay** complex. The port survived the disruptions of both World Wars, though it suffered significant damage during the 1945 Allied advances; reconstruction was completed by 1952 under the **Marshall Plan**.
The post‑war era saw a shift from bulk raw materials to **containerized and specialized cargo**. In the 1970s, the port introduced **mechanized cranes** and a **grain elevator**, and in 1991 it became part of the **European River Transport Network (ERTN)**, further integrating it into the trans‑European logistics chain. The most recent upgrade—completed in 2020—added a **sustainable shore‑power system** and expanded the **dry‑bulk terminal** to accommodate the rising demand for renewable‑energy feedstocks such as wood chips and bio‑fuels.
## Infrastructure & Facilities
Worms port’s infrastructure is designed for high‑efficiency handling of diverse cargo types while adhering to stringent environmental standards mandated by the European Union’s **Water Framework Directive**. The main components include:
| Facility | Specification | Primary Use |
|----------|----------------|-------------|
| **Quay Length** | 1,350 m (combined) | General cargo, containers |
| **Water Depth** | 3.5 m (maintained) | Class VII vessels up to 1,200 t |
| **Rail Connection** | 2 km of siding to DB Cargo | Intermodal container transfers |
| **Road Access** | Direct links to A61 & B9 | Truck loading/unloading |
| **Cranes** | 2× mobile gantry (30 t) + 1× stationary (45 t) | Heavy lifts, bulk cargo |
| **Warehousing** | 65,000 m² covered, 120,000 m² open | Dry bulk, cold storage |
| **Customs & Inspection** | Integrated with **German Customs (Zoll)** | Fast clearance for EU‑wide trade |
The port also offers **value‑added services** such as **cargo consolidation**, **light‑industry assembly**, and **refrigerated storage** for perishable goods. Recent sustainability initiatives include a **solar‑panel roof** generating 1.8 MW of electricity, an **on‑site wastewater treatment plant**, and the implementation of **green‑logistics software** that optimizes barge scheduling to reduce idle time and emissions.
For real‑time vessel tracking and port calls, Worms leverages the **Port Community System (PCS)** coordinated by the **European Sea Ports Organization (ESPO)**, ensuring transparency for stakeholders worldwide. Further technical details are available on the official port portal: Worms Port – Infrastructure Overview↗.
## Economic Importance
Worms port contributes significantly to the economic fabric of Rheinland‑Pfalz and the broader Rhine region. Its impact can be quantified across several dimensions:
1. **Employment** – The port directly employs approximately **850** personnel, with indirect job creation in logistics, manufacturing, and services estimated at **3,200** full‑time equivalents (FTEs).
2. **GDP Contribution** – According to a 2023 report by the **Statistisches Bundesamt**, the port’s activities generate **€1.1 billion** in regional gross domestic product, representing 0.7 % of the state’s total economic output.
3. **Sectoral Support** – Key industries reliant on Worms include **wine production (Rheinhessen vineyards)**, **metalworking**, **chemical processing**, and **renewable‑energy feedstock supply**. The port’s ability to handle **dry bulk** and **containerized cargo** enables these sectors to maintain lean inventory levels and competitive export pricing.
4. **Environmental Advantage** – By diverting freight from road to river, Worms reduces CO₂ emissions by an estimated **450,000 t CO₂ yr⁻¹**, aligning with Germany’s **National Emissions Trading Scheme** targets.
The port’s strategic location also makes it a hub for **cross‑border trade** with neighboring France, Switzerland, and the Benelux countries. The integration with the **Trans‑European Transport Network (TEN‑T)** further amplifies its role as a conduit for goods moving between the **North Sea** and the **Black Sea** via the Rhine‑Main‑Danube waterway.
## Trade Routes & Major Cargo
Worms port’s cargo profile reflects the mixed nature of Rhine traffic: a blend of **bulk commodities**, **containerized goods**, and **specialised loads**. The primary trade routes and cargo types are:
| Trade Corridor | Destination / Origin | Cargo Type | Volume (2023) |
|----------------|----------------------|-----------|---------------|
| **Rhine‑North Sea** | Rotterdam ↔ Worms | Containers (electronics, automotive parts) | 420 kt |
| **Rhine‑Danube** | Budapest ↔ Worms | Bulk (grain, coal) | 320 kt |
| **Rhine‑France** | Strasbourg ↔ Worms | Wine, timber, chemicals | 210 kt |
| **Inland‑Europe** | Leipzig ↔ Worms | Steel billets, machinery | 150 kt |
| **Local** | Rhineland‑Pfalz farms ↔ Worms | Agricultural produce, fertilizers | 100 kt |
*Containers*: The majority of container traffic consists of **20‑foot (TEU) and 40‑foot (FEU) units** carrying consumer electronics, automotive components, and pharmaceuticals. The port’s **container handling yard** can accommodate **12,000 TEU** at any given time, with an average dwell time of 2.6 days.
*Dry Bulk*: Grain, sand, and construction aggregates dominate the dry‑bulk segment. The **grain elevator** provides a **30 kt per annum** handling capacity, primarily for cereal imports destined for local bakeries and animal‑feed producers.
*Liquid Bulk*: While limited by infrastructure, Worms manages **approximately 45 kt** of **petro‑chemical liquids** via dedicated **tank barges**, serving regional refineries and chemical plants.
*Project Cargo*: Recent years have seen a rise in **project cargo**—oversized components for wind‑turbine assembly and modular plant equipment—handled via the port’s **heavy‑lift gantry crane** and dedicated **logistics lane**.
The port’s **trade connectivity** is reinforced by participation in the **European River Intermodal Network (ERIN)**, which offers schedule‑guaranteed barge services to **Utrecht**, **Lyon**, and **Budapest**, providing shippers with reliable transit times ranging from **3 days (to Cologne)** to **9 days (to Budapest)**.
Overall, Worms port serves as an indispensable logistics artery that sustains regional supply chains, enhances cross‑border commerce, and supports Germany’s transition toward greener freight solutions.
Port Intelligence
UN/LOCODE
DEWOR
Country
Germany
Province / Region
Rheinland-Pfalz
Latitude
49.634137
Longitude
8.350718
Timezone
Europe/Berlin
Nautical Map (OpenSeaMap)
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Frequently Asked Questions
What is the UN/LOCODE for Port of Worms?
The official UN/LOCODE for Port of Worms is DEWOR.
Where is Port of Worms located?
The Port of Worms is located in Germany, Rheinland-Pfalz. Its coordinates are 49.6341°N, 8.3507°E.
What time zone is Port of Worms in?
Port of Worms 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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