Skip to main content

Stable site

A Wirtgen soil stabilisation machine has been treating a 100,000m2 site in Staffordshire for an advanced logistics centre, a project including access roads and parking areas. The WR2500S recycler is being used to prepare the way for the vast Blue Planet complex in Chatterley Valley, Newcastle-under-Lyme. Throughout the preliminary groundworks the Wirtgen machine, purchased by Barton Plant of Kettering, Northamptonshire, has placed between 6-7,000m2/day of lime/cement stabilised earth on the project, for mai
July 23, 2012 Read time: 2 mins
A 2395 Wirtgen soil stabilisation machine has been treating a 100,000m2 site in Staffordshire for an advanced logistics centre, a project including access roads and parking areas. The WR2500S recycler is being used to prepare the way for the vast Blue Planet complex in Chatterley Valley, Newcastle-under-Lyme. Throughout the preliminary groundworks the Wirtgen machine, purchased by Barton Plant of Kettering, Northamptonshire, has placed between 6-7,000m2/day of lime/cement stabilised earth on the project, for main contractor McLaren Construction. The WR2500S was also joined on site by two new Streumaster spreaders, also supplied by Wirtgen.

Barton began the works by stripping off 12,000m3 of topsoil, which was followed by a 25,000m3 cut-to-fill earthworks operation. The Wirtgen has been used to lay a 300mm thick cement/lime treated layer and externally this rises to 400mm thickness, while in the car park areas it is 250mm. These areas are trimmed variously to a sub-base tolerance of +10 to -30mm, or +10 to -20mm.

Barton owns an extensive earthmoving fleet and has invested in the new machines to meet the needs of the fast-growing ground stabilisation sector. With its 500kW rated 2796 Mercedes Benz V12 engine, the WR2500S has plenty of power for soil stabilisation as well as for pulverising or cold recycling. All-wheel-drive and hydraulic height adjustable wheels allow the WR2500S to handle difficult terrain while the four-wheel steering system allows an operator to choose between normal, crab-steer, or coordinated steering modes for use in cramped sites.

For more information on companies in this article

Related Content

  • Hamm: Many new features in earthworks and asphalt construction
    February 22, 2023
    Innovative machine technology and digital solutions
  • Runway resurfacing in Brussels
    April 2, 2021
    Years of heavy use meant that runway 25 at Brussels Airport required attention, with a full resurfacing needed. Smooth runways are vital for large international airports as they optimise safety and reduce wear and tear on expensive aircraft, in addition to boosting comfort for airline crews and passengers.
  • Efficient construction leads to quality roads
    November 30, 2012
    Technology to assist the installation of quick laying, yet top-quality, road surfaces requiring less frequent repair, thus limiting costs and the number of construction sites, is being sought by highways authorities the world over. The European Union devised project ASPHALT (Advanced Galileo Navigation System for Asphalt Fleet Machines) for satellite navigation and fleet management may have found just what such authorities are looking for. Within the scope of the ASPHALT research project MOBA, together wit
  • Danish digging for Leica Geosystems’ 3D machine control
    October 26, 2017
    In Denmark’s northern Jutland, Leica Geosystems’ equipment is being used to help build a 40km motorway, one of the fastest-built such projects in the country’s history. The Danish Road Directorate is the client for the €5.4 million motorway between the two Danish cities of Herning, to the south with around 50,000 people, and Holstebro, a city of about 35,000 people, north of Herning. Preliminary ground investigations were made in 2013 and work started in 2015 with completion set for 2018.