Skip to main content

Next-Generation Port Concept

The next-generation port concept developed with uST technologies enables the construction of high-efficiency offshore logistics infrastructures without being bound to the shoreline.
This system offers radical solutions to traditional port issues such as high infrastructure costs, environmental degradation, and limited expansion capacity, integrating strategic transportation networks from sea to land.

Engineering Features​

  • Ports can be directly constructed on marine zones up to 10 kilometers offshore.
  • The infrastructure is built on pile foundations or floating pontoons, without the need for coastal filling, quay walls, or dredging.
  • As a result, the natural coastal structure is preserved, construction time is reduced, and costs are minimized.

Transportation and Connection Infrastructure​

  • Cargo and passenger transfers between the port and land are facilitated via overhead rail transit systems.
  • Electric vehicles of the unimobile type, used in transport operations, can reach speeds of up to 150 km/h.
  • The system supports up to 100 million tons of annual freight capacity and enables steady, rhythmic logistics flows.

Ecological and Economic Added Value​

  • Natural coastal ecosystems remain intact, ensuring the protection of marine biodiversity.
  • It significantly reduces marine pollution and elevates environmental protection standards.
  • Supports regional tourism and ecological development potential.
  • Offers considerably lower construction and operating costs compared to conventional port systems.

This structure is not only a breakthrough in maritime logistics, but also a key driver of sustainable development for coastal cities, environmentally friendly industrial growth, and smart transportation integration.