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Network Rail trials Recycled Plastic Railway Sleepers
Photo Credit To Network Rail

Network Rail trials Recycled Plastic Railway Sleepers

Network Rail trials Recycled Plastic Railway Sleepers

Trains in Wiltshire are now running on top of old bottles, food packaging and other unwanted plastics, with the introduction of the first composite railway sleepers on Network Rail’s main line tracks.

Made from recycled plastic, engineers recently installed the environmentally-friendly technology across the weight-restricted Sherrington Viaduct, between Salisbury and Warminster. Previously, track across the viaduct would have had to be fitted with wooden sleepers, as concrete would have been too heavy for the structure. Sleepers sit on the ballast and hold up the rails, keeping them the correct distance apart.

Network Rail trials Recycled Plastic Railway Sleepers

From 31 July this year, creosote-treated softwood sleepers will be banned and the alternative is sleepers made with hardwood. Instead, the new sleepers are manufactured by Sicut Ltd in the UK using a blend of locally-sourced plastic waste that may otherwise end up at landfill.

Network Rail trials Recycled Plastic Railway Sleepers

Rail Minister Chris Heaton-Harris said: “I am proud to see such a positive innovation being used for the first time on the mainline railway.

“Not only are these sleepers made from locally-sourced plastic waste, they need less maintenance and will last longer, underlining our commitment to create a greener, cleaner and more efficient rail network.”

Network Rail’s Wessex route director, Mark Killick, said: “This is an exciting development; use of these recycled sleepers on the Network Rail Wessex route is a first for the overground railway network in Britain.

“Rail is already one of the greenest ways to travel, but we’re committed to even greener and better journeys whether this be changing how we maintain the lineside or finding innovative ways to improve the railway by reusing materials and reducing landfill.

“By using these sleepers, not only are we upgrading the track for customers, they will be travelling on a railway laid using sustainable materials as part of the circular economy.”

Network Rail trials Recycled Plastic Railway Sleepers

Sicut’s CEO, William Mainwaring said: “Sicut is delighted to have been selected by Network Rail as its sole supplier of composite railways sleepers and it was a great pleasure to work with the Wessex Route on the Sherrington Viaduct project.   Having proven that our products meet the performance required of modern rail track infrastructure we look forward to working closely with every Network Rail Route and Region to deliver the commercial and environmental savings promised by our technology, while at the same time helping the UK deliver on its commitments on carbon reduction and plastic waste proliferation.”   

The recycled composite sleepers will help Network Rail achieve its Zero Carbon 2050 target due to at least a 40% reduction in greenhouse gas emissions from sleeper production and embodying recycled plastic within the track infrastructure for at least 50 years.

Network Rail trials Recycled Plastic Railway Sleepers

The sleepers also offer an increase in service life and reduced maintenance compared with timber sleepers, helping to reduce both whole life costs and the risks to staff when attending site.

Unlike traditional wooden sleepers, composite sleepers do not split, rot or degrade over time and can resist water, oil, chemicals and fungi. Designed for over 50 years of use, when they are eventually replaced, they can be re-used, re-purposed or recycled to make new sleepers or other composite products.

Network Rail trials Recycled Plastic Railway Sleepers

Post source : Network Rail

About The Author

Anthony brings a wealth of global experience to his role as Managing Editor of Highways.Today. With an extensive career spanning several decades in the construction industry, Anthony has worked on diverse projects across continents, gaining valuable insights and expertise in highway construction, infrastructure development, and innovative engineering solutions. His international experience equips him with a unique perspective on the challenges and opportunities within the highways industry.

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