Skip to main content

Kazakhstan bridge project complete

The opening of a new bridge in Kazakhstan that spans the Irtysh River is now offering a shorter route for drivers. The link is 12.3km long and is now the longest such structure in Central Asia, while the project cost around US$157 million. Its length was necessary as the bridge crosses a floodplain area, with a channel that can widen considerably following periods of heavy rain. Located in the country’s Pavlodar region, the bridge cuts the route used previously by over 40km. The bridge is expected to carry
December 16, 2016 Read time: 2 mins
The opening of a new bridge in Kazakhstan that spans the Irtysh River is now offering a shorter route for drivers. The link is 12.3km long and is now the longest such structure in Central Asia, while the project cost around US$157 million. Its length was necessary as the bridge crosses a floodplain area, with a channel that can widen considerably following periods of heavy rain. Located in the country’s Pavlodar region, the bridge cuts the route used previously by over 40km. The bridge is expected to carry around 10,000 vehicles/day and will improve the country’s transport connections with Russia while also providing a key central section of the road route that runs all the way from China to Western Europe.

The structure rests on 1,146 bored piles and 66 bridge supports and is constructed from around 13,500tonnes of steel as well as 150,000m3 of concrete. The bridge project marks something of a step ahead for the country as it utilised modern construction techniques, such as the use of a heavy lifting process with cables and jacks to erect the central span.

Related Content

  • Securing safer transportation infrastructure through non-destructive technology
    June 16, 2014
    Kevin Vine reports on the use of non-destructive testing for structural analysis of bridges Seven years ago, the overpass collapse in Laval, Québec that led to the death of five people brought to light severe issues with the state of the country’s bridges and transportation infrastructure. More recently, a crack in the Champlain Bridge to Montreal that forced over 160,000 commuters to find alternate routes to work reaffirmed a need for greater emphasis on early detection before a crisis occurs.
  • New bridge over China’s Yi River
    December 10, 2015
    A new bridge has been built in China that now spans the Yi River. A crane from XCMG has played a key role in the work, being used to erect the two 100m-high towers for the structure. The bridge is made from prestressed concrete and is a cable-stayed structure, with two towers providing support for the necessary cables. Building this large bridge required the use of sophisticated technology and the project team opted to use a 100m-high tower crane to help lift key elements of the structure into place. The c
  • New Turkish bridge to complete highway
    July 15, 2015
    A modern, six-lane suspension bridge is under construction across the Sea of Marmara near the western Turkish town of Izmit. Turkish crane service provider Aydin Vinc is putting a 180tonne Sennebogen 5500 crawler crane to good use on lifting and logistics tasks. When finished in 2017, the six-lane Izmit Bay Bridge, 50km east of Istanbul, will carry more than 5,000 vehicles per day. The suspension bridge will not only complete the highway from Istanbul south to Izmir on the Aegean coast, it will also be t
  • Duisburg double for lift specialist Sarens
    June 5, 2024
    Heavy lift specialist Sarens overcame challenging wind and water conditions during installation of two strategic road bridges - the Oberbürgermeister Karl Lehr Brücke and the Hafenkanalbrücke - in the German city of Duisburg.