New highway linking Serbia with Albania through Kosovo planned

Plans are now being worked on for a new highway that will connect Serbia with Albania, running through Kosovo. The project is momentous and marks a considerable diplomatic advance, given that Serbia’s past relations with its neighbour Kosovo and Albania have been less than harmonious in the recent past. This new move is seeing a Technical Working Group comprised of experts from Albania and Serbia looking into the construction of a new highway link between the two countries, as well as new railway connection
February 25, 2015 Read time: 1 min
Plans are now being worked on for a new highway that will connect Serbia with Albania, running through Kosovo. The project is momentous and marks a considerable diplomatic advance, given that Serbia’s past relations with its neighbour Kosovo and Albania have been less than harmonious in the recent past. This new move is seeing a Technical Working Group comprised of experts from Albania and Serbia looking into the construction of a new highway link between the two countries, as well as new railway connections. This group will present two projects to the 2465 European Commission in May 2015. The talks between the two countries will focus on construction of the Nis-Pristina-Tirana highway, and reconstruction and an upgrade of the Belgrade-Bar railway line. The total cost of the two projects is estimated at around €2 billion.

The highway connection between Kosovan capital Pristina and the Albanian border was constructed by joint venture partners 4138 Bechtel 5252 Enka. This new highway connection will run from Pristina to the Kosovo/Serbian border, completing the link from Serbia to Albania’s capital Tirana.

For more information, %$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 2425 0 oLinkInternal visit this page Kosovo's award-winning green highway construction false /sections/key-projects/features/kosovos-award-winning-green-highway-construction/ false false%>.
Road Structures

For more information on companies in this article

Related Content

  • SKF launches intelligent bearing technology
    January 6, 2017
    SKF Insight features intelligent wireless technology that enables bearings to communicate their operating conditions continuously, with internally powered sensors and data acquisition electronics. Bearings have long been considered the heart of rotating machinery but now SKF has made them the brain as well.
    Read More
  • SKF launches intelligent bearing technology
    April 15, 2013
    SKF Insight features intelligent wireless technology that enables bearings to communicate their operating conditions continuously, with internally powered sensors and data acquisition electronics. Bearings have long been considered the heart of rotating machinery but now SKF has made them the brain as well.
    Read More
  • MOBA launches two-in-one compact machine control system
    January 6, 2017
    Three-dimensional technology is playing an increasingly important role on construction sites around the world but there are still projects for which there is no 3D data and the use of a 2D system makes more sense for machine control. With the new 3D-matic, MOBA offers a precise and flexible 3D levelling system for graders, dozers and blades that can also be used as a 2D system if necessary. MOBA 3D-matic increases efficiency in machine use and contributes to fast and precise project execution. The compact t
    Read More
  • MOBA launches two-in-one compact machine control system
    April 15, 2013
    Three-dimensional technology is playing an increasingly important role on construction sites around the world but there are still projects for which there is no 3D data and the use of a 2D system makes more sense for machine control. With the new 3D-matic, MOBA offers a precise and flexible 3D levelling system for graders, dozers and blades that can also be used as a 2D system if necessary. MOBA 3D-matic increases efficiency in machine use and contributes to fast and precise project execution. The compact t
    Read More

Highlighted Content