Seaton South Embankment Upgrade
Network Rail
The project involved regrading approximately 280 metres of the embankment to enhance structural stability and improve rail safety.
1,200m3
concrete poured
into the slab & wall
266
high strength piles
driven into bedrock
The repair works of this historic railway included:
• One mile of access roads
• 16,000 tonnes of spoil removed from the site
• The installation of 226 piles – around 4,040 metres
• A 75-metre-long, one-metre-thick reinforced concrete slab
• A retaining wall which was 95 metres long and 4 metres high
• 1,200m³ of concrete poured in the slab and wall
• 6,000 tonnes of backfill
• 490 metres of track reinstalled
• 2,400 metres of track re-aligned
• 3,000 tonnes of new ballast installed
• 226 piles installed
After careful consideration during the design stage of the project, a piling solution was chosen. Two rows of highstrength steel piles were filled with concrete and driven into the sloping bedrock, forming a corridor upon which a one metre-thick slab and retaining wall could be constructed to support the track.
This landslip had a big impact on the local community. We used engineering trains to remove the spoil from site, import stone and pile casings so that we removed HGV movements from the local roads where possible. During the main works, we implemented 24-hour working to ensure the railway could be handed back on time and on budget, ahead of a planned re-opening celebration with the Flying Scotsman passing over the site.
Eden Brows has been a hugely challenging job, as I saw for myself last year. I am impressed and grateful to the innovative team that led this work and to Story and the other contractors who helped make it happen. Well done to you all. A great railway team effort.
Network Rail
The project involved regrading approximately 280 metres of the embankment to enhance structural stability and improve rail safety.
Network Rail
VolkerRail/Story joint venture were tasked with the £80m project as part of a £137m investment that saw the undertaking of extensive enhancement works to remove several bottlenecks along the route to improve reliability, increase passenger services and aid in freight movements.
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