Skip to main content

New bridge surfacing

A new wearing course applied by Bolidt on the entire eastern section of the Erasmus Bridge in Rotterdam is helping improve the surface for road users. The bridge forms an important link in the centre of the city of Rotterdam and using its equipment Bolidt was able to apply 3,000m2 of new wearing course on Erasmus Bridge in 4 hours. The Rotterdam authorities commissioned Bolidt again after the previous surface the firm applied, its Bridgedeck Up product, lasted over a decade. This time the work was carried o
February 6, 2012 Read time: 2 mins
Using Bolidt's technology to resurface a Rotterdam bridge cut installation time
A new wearing course applied by 2291 Bolidt on the entire eastern section of the Erasmus Bridge in Rotterdam is helping improve the surface for road users. The bridge forms an important link in the centre of the city of Rotterdam and using its equipment Bolidt was able to apply 3,000m2 of new wearing course on Erasmus Bridge in 4 hours. The Rotterdam authorities commissioned Bolidt again after the previous surface the firm applied, its Bridgedeck Up product, lasted over a decade. This time the work was carried out using a machine developed by Bolidt, speeding installation.

Although the previous wearing course was still intact, the decision to replace it was made as part of a maintenance operation. Over one weekend, the entire eastern section of the bridge was resurfaced with a new wearing course and lining. The work was carried out in less than 36 hours due to the equipment used and this high productivity was of key importance as Rotterdam has a heavy traffic load and a prolonged closure would have resulted in serious congestion.

The Bolimix machine was developed by Bolidt originally for the application of wearing courses on concrete bases. The Erasmus Bridge has a steel base, which requires a different type of wearing course and Bolidt had to adapt the machine especially for the work. Exchangeable tanks, allowing a short conversion time, were made to achieve this. Where in the past it was necessary to have several days of dry weather, this has now been reduced to approximately 1.5 days. After the wearing course has been applied, rain no longer forms a hindrance.

For more information on companies in this article

Related Content

  • US highway rebuild uses hard-wearing asphalt
    July 18, 2012
    Guntert & Zimmerman equipment is being used to create a new hard-wearing asphalt surface on a key Interstate highway in the US state of Kansas as Mike Woof reports A busy Interstate highway in the US is now benefiting from a new, long-lasting surface. The road, Interstate 70 in Western Kansas, was in need of resurfacing. The full-depth asphalt roadway, up to 508mm thick in certain sections, had reached the end of its working life.
  • ACE/AECOM report: private sector and user-pay for English roads
    May 14, 2018
    It’s one minute to midnight for funding England’s roads, according to a timely new report, and the clock’s big hand is pointing to some form of user-pay solution, reports David Arminas Is there any way out of future user-pay funding for England’s highway infrastructure? The answer is a resounding ‘no’, according to the recently published report: Funding Roads for the Future. The brief 25-page document by the London-based Association for Consultancy and Engineering, ACE**, sums up the state of England’s ro
  • The importance of road maintenance
    July 15, 2015
    Gülay Malkoc discusses the importance of investing in road maintenance.
  • Corridor for prosperity: The 5G Road
    June 14, 2019
    The next generation of highways will be a matrix of smart, intelligent and dynamic technologies that lower maintenance costs and ensure user safety. But challenges lie ahead, as Geoff Hadwick discovered in Dubrovnik The fifth-generation road is about to provide the world’s highway authorities with a big leap forward. This “forever-open”, self-healing road will integrate innovation into infrastructure, vehicles and entire intelligent transport systems, says Adewole Adesiyun, deputy secretary general of