Eskmeals Viaduct

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Eskmeals Viaduct
Eskmeals Viaduct - geograph.org.uk - 6631477.jpg
A railtour crossing Eskmeals Viaduct
Coordinates 54°20′12″N3°24′17″W / 54.3368°N 3.4047°W / 54.3368; -3.4047
OS grid reference SD087942
Crosses River Esk
Other name(s)Esk Viaduct
Newbiggin Viaduct
Owner Network Rail
ELR no. CBC1 141
Characteristics
Total length16 chains (1,100 ft; 320 m)
No. of spans18
Clearance below 10-foot-3-inch (3.12 m) (low tide)
Rail characteristics
No. of tracks 2
Track gauge 1,435 mm (4 ft 8+12 in) standard gauge
History
Opened1868
Location
Eskmeals Viaduct
References
[1] [2] [3]

Eskmeals Viaduct is a railway bridge spanning the River Esk near Ravenglass in Cumbria, England. Although the line opened in 1850, the current viaduct dates from 1868 and has stone piers. The previous viaduct was made entirely of timber and it caught fire two weeks before the line opened, being partially destroyed. The modern viaduct carries the Cumbrian Coast line and has been renovated at least three times; first in the 1920s, and twice in the 2020s.

Contents

History

The current Eskmeals Viaduct was completed in 1868 as part of the Furness Railway, and has 18 spans to a length of 16 chains (1,100 ft; 320 m) with the original red sandstone piers, crossing the River Esk and associated salt marshes in west Cumbria. [4] [5] [6] [7] The first bridge at the site, sometimes referred to as Esk Viaduct, [i] was 320 yards (290 m) long, 25 feet (7.6 m) high at is maximum, and had 36 spans. [10] The original structure was partially destroyed by fire at its southern end on 28 June 1850. As the structure was largely timber in construction, to prevent it spreading, workers destroyed a section in the middle leaving a damaged or destroyed section of 60 yards (55 m) in the 320-yard (290 m) viaduct. [11] [12] The line between Bootle and Ravenglass was opened on 8 July 1850, only two weeks after the viaduct was on fire. Repairs were estimated to have cost £600 and the contractors, Brown and Richardson, were praised in the press for their work in getting the viaduct rebuilt and open by early July. [13] [14] Work to convert this timber viaduct into one with stone piers and a wrought iron structure began in the winter of 1866–1867, with completion later in 1867. [15] In 1898, a clause in an Act of Parliament of 1876 was enacted, ( Customs Consolidation Act 1876 (39 & 40 Vict. c. 36)), which made the viaduct the southern limit of operations for the Port of Whitehaven. [16]

The viaduct was restored in the 1920s and still has its original 1867 wrought iron girders. [17] It was refurbished by Network Rail in 2020, and again in 2024, with the 2024 programme replacing many of the original timbers on the decking with fibre-reinforced foamed urethane (FFU) in a £4.5 million upgrade that increases its subsequent lifespan from 25 to 50 years. [18] [19] [20] The viaduct crosses the River Esk in its extreme lower reaches as it combines with the Irt and the Mite forming the Ravenglass Estuary. The viaduct has a clearance underneath at low tide of 10 feet 3 inches (3.12 m). [21] The strata underneath the viaduct in the bed of the river has been described as being a mixture of mud, sand and stones. [22] A foot crossing exists in the river on the seaward side of the viaduct which is best used at low tide. Due to the low tidal crossing west of the viaduct which is always underwater, there is a proposal to route the England Coastal Path along the western edge of the viaduct on a new footbridge. [23]

In May 2008, the viaduct was damaged by a fire caused by sparks from a passing steam train. The viaduct was closed for several days with passengers being bussed between Bootle and Ravenglass, with a cost that was rated as a "six-figure sum." [24] The viaduct is still in daily use as part of the Cumbrian coast line between Carnforth and Carlisle via Barrow-in-Furness. [25]

Besides being also known as Esk Viaduct, many local and national studies of the wildlife and littoral areas surrounding the bridge call it Newbiggin Viaduct (the hamlet of Newbiggin is located nearby). [26] [27] These studies have also shown that because of the viaduct's presence, a salt marsh has developed on the north-eastern side of the viaduct which was not there before the railway was built. [28]

Notes

  1. Several other viaducts in Britain have been called Esk Viaduct such as one over the River South Esk at Montrose, known as the South Esk Viaduct, [8] and sometimes the one straddling the Esk at Whitby, though that is more commonly known as Larpool Viaduct. Another viaduct over the River Esk north of Carlisle is sometimes referred to as Esk Viaduct, which was the name of the original structure, but improvement works for the creation of Kingmoor Marshalling yard, saw the viaduct replaced by an all metal structure in 1959, and it is known now as Metal Bridge. [9]

References

  1. Cooke, Yasmin (5 June 2020). "Cumbrian Coast line to close for 9 days work on 152 year old Eskmeals viaduct - The closure will run from June 20 to June 29" . infoweb.newsbank.com. Retrieved 26 March 2025.
  2. "RailwayData | Bridges - CBC1 141 - Eskmeals Viaduct". railwaydata.co.uk. Retrieved 26 March 2025.
  3. "Bridge No.141: FR plan 3282 Eskmeals viaduct". discovery.nationalarchives.gov.uk. Retrieved 26 March 2025.
  4. "Major investment to future-proof much-loved Cumbrian coast line". Network Rail Media Centre. 7 August 2024. Retrieved 25 March 2025.
  5. Harris, Nigel, ed. (15 July 2020). "£2 million repairs complete at Eskmeals Viaduct". Rail Magazine (909). Peterborough: Bauer Media: 22. ISSN   0953-4563.
  6. Kelman, Leanne (2022). Brailsford, Martyn (ed.). Railway track diagrams book 4: Midlands & North West (5 ed.). Frome: Trackmaps. 34C. ISBN   978-1-9996271-5-7.
  7. Clyne 2013, p. 89.
  8. "NR starts £4.2m refurb of 134-year-old South Esk viaduct". Rail Technology Magazine. 21 September 2017. Retrieved 26 March 2025.
  9. "Work starts on Esk Viaduct". The Newcastle Journal. No. 35, 076. 12 January 1959. p. 5. OCLC   500148937.
  10. Linton, John (1852). A handbook of the Whitehaven and Furness Railway, being a guide to the Lake District of West Cumberland and Furness. London: Whittaker & Co. p. 86. OCLC   25958805.
  11. "Fire at the Esk Viaduct of the Whitehaven and Furness Railway". The Morning Post. No. 23889. 4 July 1850. p. 3. OCLC   18564943.
  12. "Partial destruction of a viaduct". Preston Chronicle. No. 1978. 6 July 1850. p. 3. OCLC   1325920881.
  13. "Whitehaven and Furness Railway". The Morning Chronicle. No. 26121. 21 August 1850. p. 2. OCLC   750520180.
  14. "Opening of the Whitehaven and Furness Junction Railway". Lancaster Gazetteer. No. 3301. 13 July 1850. p. 6. OCLC   1509122593.
  15. Hobbs, J. L.; Melville, J. (1951). Early railway history in Furness. Kendal: T. Wilson. p. 59. OCLC   11988836.
  16. "No. 26927". The London Gazette . 7 January 1898. p. 84.
  17. "Major investment for crucial coastal viaduct on Cumbrian Coast line". Network Rail Media Centre. 5 June 2020. Retrieved 25 March 2025.
  18. Keightley, Nigel (17 October 2024). "FFU: A sustainable choice for Eskmeals Viaduct". Rail Engineer. Retrieved 25 March 2025.
  19. "Eskmeals viaduct upgrade to help limit rail disruption". BBC News. 7 August 2024. Retrieved 25 March 2025.
  20. Whilding, Alex (9 August 2024). "Network Rail to safeguard Cumbrian coast with viaduct upgrade". The Mail. Retrieved 26 March 2025.
  21. "Bridge height data" (xls). networkrail.co.uk. Row 1,962. Retrieved 26 March 2025.{{cite web}}: CS1 maint: location (link)
  22. Clyne 2013, p. 32.
  23. "Map 3g Walls Bridge to Eskmeals" (PDF). assets.publishing.service.gov.uk. Retrieved 26 March 2025.
  24. Simpson, John (17 July 2008). "'Fire' engine back on track". North-West Evening Mail. p. 5. ISSN   0964-1009.
  25. "Steam train service to bring in 4,000 extra visitors". North-West Evening mail. 15 December 2007. p. 6. ISSN   0964-1009. A regular steam train service has been confirmed for the Cumbrian Coast line...the 8F steam engine crossing the Esk viaduct[sic] near Ravenglass
  26. Davies, Jon (1992). "Littoral survey of the Ribble, Duddon and Ravenglass estuary systems, east basin of the Irish Sea". Marine Nature Conservation Review (37). Peterborough: JNCC: 32. ISSN   0963-8091.
  27. Clyne 2013, p. 61.
  28. Carr, Alan P.; Blackley, Michael W. L. (March 1986). "The effects and implication of tides and rainfall on the circulation of water within salt marsh sediments1". Limnology and Oceanography. 31 (2): 266–276. doi:10.4319/lo.1986.31.2.0266. ISSN   0024-3590.

Sources