New material engineered offsite could soon be used on M27 refuge areas, says Morgan Sindall MD

New material has been trialled to be used in smart motortway refuge areas and it could be installed first on the M27 according to Paul Gott, Managing Director of Morgan Sindall Highways.

With a focus on sustainability and embedding carbon, the material used is a recycled tyre product. Each emergency refuge area is made up of a series of interlocking panels of this material (2m by 1m long). These panels are manufactured offsite and can be installed in five working days, Mr Gott told the Highways UK conference last week.

The modular units mean that, when necessary, maintenance can be done in stages. However, the product’s long design life means the need for maintenance teams to work on live networks is reduced.

Mr Gott told the audience that the product has undergone trials, with the next step being a full installation on site.

“We’re targeting the M27, working closely with Highways England to move to that,” he said. “That will generate some more testing in terms of breaking tests and how the product reacts over the winter months with de-icing salts.

“Other than that, it is ready to go through final approvals. We’ve got a fantastic solution – it will lower the whole life costing and be safer to install – which we’re hoping to develop and get on the network in the near future.”

Morgan Sindall project manager Terri Seel said: “Because of the long design life there’s no requirement to go out and replace it for 20 years plus so that means you don’t have to be working night shifts and sending someone out onto a live network. So from a construction and maintenance point of view this product is safer than the traditional techniques used.”

A verison of this story was first published on: www.saferhighways.co.uk

Share on facebook
Facebook
Share on twitter
Twitter
Share on linkedin
LinkedIn
Share on email
Email
Share on print
Print

Related Stories

This website uses cookies to ensure you get the best experience on our website.