Work is on track with the Sluiskill Tunnel in the Netherlands

Work is progressing well in the Province of Zeeland in the Netherlands to construct the new Sluiskill Tunnel. This project forms part of a plan to develop the region alongside the Ghent-Terneuzen canal. The tunnel project was commissioned by the BV Kanaalkruising Sluiskil (BV KKS), the Combinatie BAM-TBI (CBT), a consortium comprising BAM Civiel, Wayss & Freytag Ingenieurbau, Croon Elektrotechniek and Mobilis. Construction of the Sluiskil Tunnel under the canal commenced in early 2011 and the twin tubes eac
January 2, 2013 Read time: 2 mins
Work is progressing well in the Province of Zeeland in the Netherlands to construct the new Sluiskill Tunnel. This project forms part of a plan to develop the region alongside the Ghent-Terneuzen canal. The tunnel project was commissioned by the BV Kanaalkruising Sluiskil (BV KKS), the Combinatie BAM-TBI (CBT), a consortium comprising BAM Civiel, Wayss & Freytag Ingenieurbau, Croon Elektrotechniek and Mobilis. Construction of the Sluiskil Tunnel under the canal commenced in early 2011 and the twin tubes each measure 1.3km long. When complete the tunnels will connect the eastern and western banks of the canal and the project includes upgrading adjoining roads to increase their capacity. Other work includes the construction of fly-overs and a fast link to the A58 motorway to the north and the Belgian road system to the south.

When this twin tube tunnel is complete, it will reduce congestion at the existing bridge over the canal at Sluiskil. This bridge has to open for shipping around 23 times/day to allow vessels to pass, resulting in huge holdups for road traffic. A further reason the Province of Zeeland is building the tunnel is to support planned economic expansion of the region around Terneuzen.

Related Content

  • Importance of road/tunnel drainage systems
    April 10, 2012
    A variety of systems are available for quickly and efficiently removing water from roads as Patrick Smith reports The presence of water in a highway layer reduces the bearing capacity of the road, and in doing so it also reduces the structure's lifetime. Indeed, the recent extremely cold winter in many parts of Europe has shown that in colder climates there is a risk of frost damage when water is present resulting in costly potholes, so drainage systems performing properly are important in road design.
    Read More
  • Importance of road/tunnel drainage systems
    May 8, 2012
    A variety of systems are available for quickly and efficiently removing water from roads as Patrick Smith reports. The presence of water in a highway layer reduces the bearing capacity of the road, and in doing so it also reduces the structure's lifetime. Indeed, the recent extremely cold winter in many parts of Europe has shown that in colder climates there is a risk of frost damage when water is present resulting in costly potholes, so drainage systems performing properly are important in road design.
    Read More
  • Poetry in motion
    August 9, 2018
    A heavy-lift operation by Roll-iT using Enerpac equipment delivered a bridge deck - with a poem engraved on the underside - to Antwerp’s old harbour Only when the deck of the new Londenbrug Bridge is raised do travellers see the poem by Antwerp poet Stijn Vranken. It is written large on the underside of the 300tonne prefabricated steel deck. People waiting for a ship to pass the raised bridge now contemplate the poem’s message about ships transporting goods and people to and from the four corners of the
    Read More
  • Turkish tunnel being built
    November 29, 2016
    The New Zigana Tunnel project in Turkey is currently under construction and is expected to cost up to US$1 billion in all. When complete this tunnel will measure an impressive 14.5km long. The two lane tunnel will connect Gumushane and Trabzon in the country’s north east, and will be located at an altitude of over 1,200m above sea level. The construction of the tunnel will replace the existing route over the Zigana Pass, which reaches an altitude above sea level of 2,032m. Once complete the new tunnel under
    Read More

Highlighted Content