Removing runway rubber

When Dubai Airport contacted Waterblasting Technologies it faced a number of challenges. One was finding a waterblasting system that would operate successfully in the 42º-52ºC daylight heat of the summer and also to find the fastest and most productive waterblasting system because of very limited runway closure time. Chemicals, shotblasting and other waterblasting equipment had been tried on the runways, but eventually engineers and management chose the Stripe Hog SH8000T manufactured by Waterblasting Tech
April 4, 2012 Read time: 2 mins

When Dubai Airport contacted Waterblasting Technologies it faced a number of challenges.

One was finding a waterblasting system that would operate successfully in the 42º-52ºC daylight heat of the summer and also to find the fastest and most productive waterblasting system because of very limited runway closure time.

Chemicals, shotblasting and other waterblasting equipment had been tried on the runways, but eventually engineers and management chose the Stripe Hog SH8000T manufactured by 362 Waterblasting Technologies.

The system, which can be built on a variety of truck chassis, uses needle sharp water jets to quickly remove all types of roadway and airfield marking paint as well as runway rubber deposit build-up.

According to the company the Dubai airport runways is probably the most challenging rubber removal environment in the world with an average of 800-plus movements a day with summer-time peaks of 1,100/day and an average of only 5-10 days of rain each year.

"With the ability to remove runway rubber deposits on average of 1,672m²/hour and the ability to operate in the extreme heat without breaking down, the SH8000T became the product of choice for the Dubai airport," says Waterblasting Technologies, which also offers the SH8000T or the new SH8000R with optional, on-board water recycling.
Asphalt milling, paving & compaction

For more information on companies in this article

Related Content

  • Welsh contractor enlists a ‘road warrior’ for stabilisation work in England
    September 28, 2015
    Groundworks contractor DCM Roadways, based in the southeast Wales town of Monmouth, has brought in an FAE MTM to ensure the best result possible for an access road project. DCM, which specialises in soil stabilisation and road recycling, is working on a solar project in the Forest of Dean area of Gloucestershire county, just across the border in England. The job is for the construction of around 1.2km of stabilised highway access roads.
    Read More
  • Asphalt paving trial for mat quality using MTVs
    December 8, 2015
    An asphalt paving trial at Rome Airport tested mat quality with and without the use of MTVs Rome’s airport Fiumicino or the Leonardo da Vinci Airport of Rome is one of Europe’s busiest airports and lies 25.6km southwest of the city, a 30-minute train ride away.
    Read More
  • Kronprinsesse Marys Bro bridges Roskilde Fjord
    January 10, 2019
    A BESIX joint venture is giving the royal treatment to the new Kronprinsesse Marys Bro across Roskilde Fjord, writes David Arminas It was announced in September 2016 that Belgian group BESIX, in a joint venture (RBAI) with Italian firm Rizzani de Eccher and Spanish company Acciona Infraestructuras, had been chosen for the €133 million project. The award, by client Vejdirektoratet (Danish Road Directorate), marked the entry of BESIX into the Scandinavian market. Vejdirektoratet praised the winning bid as
    Read More
  • Asphalt plants looking at greener production systems
    April 11, 2012
    A wide variety of new equipment and technology to assist production at asphalt plants is about to be launched onto the market, while asphalt producers are continuing to look at greener working practices. Guy Woodford reports Lintec, in partnership with Loesche, recently created what they say is the world's first containerised Coal Mill Plant for independent coal dust supply at the jobsite which offers mobility and high economic efficiency through the substitution of gas or oil with coal. The mobile co
    Read More

Highlighted Content