Yhteystiedot
Uponorin asiakaspalvelu
Referenssit

Drainage system of the T3 Baltic Hub container terminal,
Gdańsk,
Poland

Drainage system of the T3 Baltic Hub container terminal

Drainage system for the largest container port in Poland

Uponor Infra delivered over 10 km of PE and PP pipes for the construction of the drainage system for the T3 Baltic Hub container terminal in the Port of Gdańsk.
Baltic Hub (formerly DCT Gdańsk), which has been operating since 2007, is the largest container port in Poland and on the Baltic Sea. Its current transshipment capacity is approximately 3 million TEU (a unit of measurement equal to the dimensions of a 20-foot container). After the new T3 terminal is put into operation, Baltic Hub will be able to handle 1.5 million TEU more, so approximately 4.5 million TEU. The investment carried out by the consortium of Budimex S.A. and Dredging International NV required the construction of an artificial island with an area of ​​36 ha with a deep-water quay with a total length of 717 m and a depth of almost 18 m. This will enable the handling of even the largest, 400-meter container ships and the launch of direct connections with Asia. The completion of the T3 terminal will strengthen the position of Baltic Hub as a key transshipment port on the Baltic Sea. The total value of the investment is approximately EUR 470 million.
 

Location
Gdańsk, Poland
Valmistuminen
2024
Rakennustyyppi
Tie- ja liikennerakentaminen
Tuotejärjestelmä
Jätevesiviemärit

Construction of drainage for the T3 Baltic Hub container terminal in the Port of Gdańsk

PE and PP pipes are the best solution for container terminal drainage

Uponor Infra participated in the investment as a supplier of the terminal drainage system. WehoPipe PE100 DN1000 SDR17 pipes (365 m), WehoTripla SN10 DN160÷315 socketed PP pipes (2.2 km) and Weholite SN10 DN300÷1000 socketed PE pipes (7.5 km) were used for the construction. PE and PP pipes have a wide range of chemical resistance and resistance to dynamic traffic loads. They are also easy to unload and assemble, have a 100-year service life and are environmentally neutral.

In September 2024, work was completed in the area designated for automated rail cranes, including the installation of the first 360 meters of linear drainage along the rear beam of the crane from the quay side. At the end of October, a transport of 4 STS (Ship-to-Shore) cranes entered the Gulf of Gdańsk, and at the beginning of November, the cranes were moved to the quay. The investment is proceeding according to schedule and the completion of the works is planned for September 2025.

Drainage system of the T3 Baltic Hub container terminal

Drainage system of the T3 Baltic Hub container terminal
Drainage system of the T3 Baltic Hub container terminal
Drainage system of the T3 Baltic Hub container terminal
Drainage system of the T3 Baltic Hub container terminal
Drainage system of the T3 Baltic Hub container terminal
Drainage system of the T3 Baltic Hub container terminal
Samankaltaisia projekteja

Sustainable solution for Denmark’s largest infrastructure project

Durable plastic tanks with a lifespan of 100 years will ensure a sustainable and economical solution to provide employees clean drinking water and good sanitary facilities 24

Faroe Island tunnel with Uponor pipe system

In December 2020, the Faroe Islands opened the country’s longest undersea tunnel, which considerably reduces travel time between the most populated islands. The 11.2-kilometre tunnel represents a significant infrastructure investment, which also boasts the world’s first undersea roundabout. Beneath the road, a sophisticated system of pumps and kilometres of plastic pipework ensure that the road is kept free of water and safe for motorists.

Drainage of the S86 route at the Agata junction

A stormwater retention tank made of polyethylene with a capacity of nearly 400 m³ was installed along a section of the S86 expressway near the "Agata Junction" in Katowice in early October 2024. This is part of the road's drainage system, designed to enhance its resilience to climate change and prevent flooding during heavy storms.

Ease of installation is key

Weholite pipes are light and easy to install. They really come into their own in a project in the harbour of Auckland, the largest city in New Zealand – the extension of an old stormwater line using massivepipes with an internal diameter of 3–3.5 metres. In this busy harbour area, it is not possible to carry outlarge-scale excavation work. The soil of the region and strong tides pose their own challenges.