1 millionth tonne of earth removed from Crossrail’s west London tunnels
Posted: 10 September 2013 | Crossrail | No comments yet
The one millionth tonne of earth to travel by rail has left Crossrail’s tunnel entrance at Westbourne Park in west London…
The one millionth tonne of earth to travel by rail has left Crossrail’s tunnel entrance at Westbourne Park in west London.
The 55 million year old earth has come from the construction of Crossrail’s western tunnels between Royal Oak and Farringdon by two giant 1,000 tonne tunnel boring machines.
Over the past 15 months, more than 860 train loads of excavated material have been transported to Northfleet in Kent by GB Railfreight. The material is then transferred to ship and transported to a new nature reserve at Wallasea Island in Essex.
The earth will be used to create a new Royal Society for the Protection of Birds (RSPB) wetland on Wallasea Island. A total of 4.5 million tonnes of excavated material from Crossrail’s new tunnels and stations will be used to create the UK’s most ambitious man-made coastal nature project.
Andy Alder, Crossrail’s Western Tunnels Project Manager said: “One million tonnes of excavated material has now been transported from Crossrail’s western tunnels by rail removing thousands of lorry journeys from London’s busy streets. Crossrail will not only deliver a new railway for London and the South East but will leave the legacy of a new nature reserve that will be enjoyed for generations to come.”
John Smith, Managing Director of GBRf, said: “We are making excellent headway with our Crossrail work and I am pleased that we have reached this important point in the process.”
Crossrail will excavate about six million tonnes of material during the construction of stations and its 21km (13 miles) of twin-bore tunnels. Close to 100 per cent of the excavated material is expected to be clean, uncontaminated and reusable elsewhere.
The RSPB wetland will guarantee a place for tens of thousands of migratory birds and combat the threats from climate change and coastal flooding.