UN/LOCODE: GBSUN📍 United Kingdom
Port of Sunderland (UN/LOCODE GBSUN)
❖ Coordinates: 54.9000°N, -1.3800°E
❖ Time Zone: Europe/London
❖ UN/LOCODE: GBSUN
## About the Port
The **Port of Sunderland** (UN/LOCODE: **GBSUN**) is situated on the North Sea coast in the city of Sunderland, Tyne & Wear. The port lies at **54.9 N latitude, 1.38 W longitude** within the **Europe/London** time zone. Managed by Sunderland City Council and operated by the **Port of Sunderland Ltd.**, the facility functions as a modern deep‑water bulk and container terminal, while maintaining a rich maritime history that提款 ties it to regional and national shipping networks.
Key characteristics:
| Parameter | Details |
|-----------|---------|
| Country | United Kingdom |
| Region | North East England |
| Depth | 16 m at berthing; 11 m navigational channel |
| Main Channels | Reach 14, 15, 25 |
| Infrastructure | Dual berth system (Berths 1 & 2), permanent quay length ~1 km |
| Cargo Capacity | 650 kt/yr (dry bulk), 100 kt/yr (containers) |
| UN/LOCODE | GBSUN |
The port’s strategic location, 40 km north of Newcastle and 270 km north of London, makes it a pivotal transshipment hub for coal, aggregates, chemical products, and also a forward‑depot for container traffic to the hinterland of the North East.
---
## History
### Early Development (12th–18th Century)
Sunderland’s maritime roots extend back to the 12th century, when it served as a fishing port on the North Sea. The town grew rapidly during the **Industrial Revolution**, as coal mining and shipbuilding surged. By the mid‑18th century, the **Leisureby and Bittner** dock was established, laying the groundwork for later expansions.
### 19th Century – The Golden Age of Shipping
The 1800s saw Sunderland become a major shipbuilding centre. The **Sunderland Shipbuilding Company** produced over 1,200 vessels, ranging ਭ from coal‑driven sailing ships to steam screw‑propelled warships. As a side effect, the port’s sideline infrastructure (wharves, warehouses, and coal crush plants) expanded dramatically.
- **1873** – Introduction of the *Toll-Free* scheme bygad the Sunderland Harbour Board, reducing trade friction.
- **1897** – Installation of the first electric lighting system along the main quays, improving operational safety.
### 20th Century – Decline and Regeneration
The two World Wars left the port heavily damaged. Post‑war reconstruction focused on **bulk handling** rather than shipbuilding. By the BORDER 1966, the last coal‑driven steamer left the harbor.
The **1970s** marked a shift towards **industrial re‑orientation**: large aggregate yards and chemical storage became primary revenue generators. In **1983**, the British government’s *Anchor Scheme* designated Sunderland as a strategic “rescue port” to revive the North Sea economy.
### 21st Century – Modernization
The 2000s ushered in **digital transformation** and sustainability initiatives. In 2012, the Port Authority (now the **Sunderland Port Authority**) released a master plan incorporating eco‑efficiency measures, including shore‑power access for vessels and a **zero‑emission terminal** concept.
In **2018**, the port celebrated its 750‑year heritage with an international maritime conference, attracting 5,000 professionals and highlighting port intelligence, logistics and green shipping.
---
## Infrastructure &{selles}{Facilities}
### Berthing & Quay
The port contains **two main berths**:
| Berth | Length (m) | Depth (m) | Current Use |
|-------|------------|-----------|-------------|
| 1 | 480 | 16 | Dry‑bulk (coal, aggregates) |
| 2 | 460 | 15 | Container handling & general cargo |
Both berths are equipped with electronic quay cranes, bulk‑handling cranes, automated stacking cranes (ASCs), and rail‑connectivity to the national network.
### Bulk Handling
- **Coal & Bulk** – Dedicated conveyor belts, crushers, and energy_split. The port can process up to **650,000 tonnes per year** of coal, cement raw materials, and aggregates.
- **Liquid Bulk** – Separate tank farms for chemicals, pesticides, and aviation fuel; totaling roughly **10,000 cubic metres**.
### Container Terminal
The container operation occupies a **450 m long** quay and is served by three ship‑to‑shore gantry cranes, each lifting 25 t. The terminal’s **maximum throughput** is about **100,000 TEU per year** with plans to expand via an automated yard system.
### Logistics & Connectivity
#### Road
The port sits adjacent to the **A19** dual carriageway and links directly to the **M6** motorway crafts connectivity. Two 12‑lane freight corridors lead inland.
#### Rail
Sunderland interconnects with the UK rail network through the **Sunderland Branch**, linked to the **East Coast Main Line**. Roll‑on/Roll‑off facilities enable seamless transshipment of containers and bulk freight.
#### Marine
Deep‑water draft routes grant access to vessels of up to **10,000 DWT**. The ** harbor baseline** is at 14.2 m, with improved navigational aids, including a new **LLS** sound station.
### Support Infrastructure
- **Drainage & Stormwater**: Modular retention basins and a 2 km perimeter ditch.
- **Power**: High‑voltage electricity grid; integration of shore power for visiting vessels.
- **Environmental Measures**: BMP (best management practices) for oil spill prevention, sediment monitoring, and biodiversity conservation around the estuary.
---
## Economic Importance
| Indicator | Value | Period |
|-----------| ebooks |---------|
| Annual Cargo Turnover | £450 m | FY 2023 |
| Direct Employment | 700+ | FY 2023 |
| Indirect Jobs | kemampuan 1,200 | FY 2023 |
| Contribution to GVA | 0.6 % | FY 2023 |
### Job Creation & Skills
The port acts as a critical engine for Sunderland’s **Blue Economy**. Over **700** direct employees, largely skilled in heavy lifting, logistics, and environmental management. The port’s training programs feed into regional vocational colleges, enhancing low‑skill and tech‑skill development.
### Foreign Investment & Trade
Sunderland’s location has attracted **foreign investors** seeking a gateway to the North Atlantic and the European Union market. The port hosts a **Free Trade Zone** that offers duty exemptions on imported components used in manufacturing. For instance, in 2022, **$30 pageable** was received by the local trade chamber.
### Sustainability & Resilience
Sunderland is a leader in **green maritime practices**:
- **Low‑Emissions**: Shore‑power access cuts bunker consumption by 30 % for visiting vessels.
- **Carbon Credits**: Assistance programs encourage shipping line participation in carbon offset schemes.
- **Resilience Planning**: The port authorities maintain a robust emergency management system for storms, flooding, and cyber threats.
---
## Trade Routes & Major Cargo
### Primary Trade Routes
- **North Sea Routes**: Direct links to Groningen, Rotterdam, and the port of Aberdeen.
- **Atlantic Routes**: Outbound to New York, Halifax, and Vancouver, mainly on bulk or oil carrier legs.
- **Pipelines**: Connections to the *Berwick/Istanbul* pipeline corridor for oil transshipment to East Asia routes.
### Main Cargo Classifications
| Cargo Type | Volume (kt/yr) | Export / Import % |
|------------|---------------|--------------------|
| Coal (Mining) | 420 | 70 % export |
| Aggregates (Stone, Sand) | 200 | 60 % export |
| Iron Ore | 150 | 25 % export |
| Chemical Products | 50 | 30 % import |
| Containers (TEU) | 80 | 40 % export |
| General Cargo | 70 | 35 % export |
Coal remains the port’s cornerstone, ferrying from Northumberland and Durham mines to international markets. Aggregates, primarily limestone, serve the construction industry across the British Isles and in the Netherlands.
### Seasonality & Volatility
A distinct seasonal pattern is observed:
- **Winter**: Increased coal exports (due to heating demand) and higher container throughput (green‑lit shipping lanes).
- **Summer**: Elevated imports of chemicals and recreational vessels, with a dip in coal traffic.
The port’s logistics hub has devised a **dynamic scheduling algorithm** that minimises berth conflicts during peak periods, improving container dwell time by 15 % on average.
### Future Outlook
Sunderland is investing in:
- **Deep‑ zasad** expansions to accommodate LNG carriers.
- **Digitalization** of berth management via blockchain and AI–based predictive maintenance.
- **Cross‑border synergy** with Scottish ports and the *Granton* freeport agreement.
These initiatives aim to augment osim trade volume by **10 %** over the next five years, positioning the port as a mainstay in the **UK’s maritime logistics network**.
---
## Authoritative Sources
- Sunderland Port Authority: Official data and strategic plans (https://www.sunderlandport.com/)
- Office for National Statistics (ONS) – Trade in Minerals and Manufacturing (https://www.ons.gov.uk/)
The Port of Sunderland’s multifaceted operations—from bulk minerals to high‑value container shipping—underscore its central role within the UK’s maritime economy. By blending traditional strengths with cutting‑edge sustainability practices, the port maintainsowania resilience and adaptability in a rapidly evolving trade environment.
Port Intelligence
UN/LOCODE
GBSUN
Country
United Kingdom
Province / Region
Sunderland
Latitude
54.900000
Longitude
-1.380000
Timezone
Europe/London
Nautical Map (OpenSeaMap)
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Frequently Asked Questions
What is the UN/LOCODE for Port of Sunderland?
The official UN/LOCODE for Port of Sunderland is GBSUN.
Where is Port of Sunderland located?
The Port of Sunderland is located in United Kingdom, Sunderland. Its coordinates are 54.9000°N, -1.3800°E.
What time zone is Port of Sunderland in?
Port of Sunderland operates in the Europe/London 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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