Corrie Aqueduct Bridge (Former Glasgow Corporation Water Works) is a Grade B listed building in the Loch Lomond and the Trossachs National Park local planning authority area, Scotland. First listed on 18 August 2008. Aqueduct bridge. 2 related planning applications.

Corrie Aqueduct Bridge (Former Glasgow Corporation Water Works)

WRENN ID
late-passage-quill
Grade
B
Local Planning Authority
Loch Lomond and the Trossachs National Park
Constituency
Stirling and Strathallan MP: Chris Kane (Lab)
Country
Scotland
Date first listed
18 August 2008
Type
Aqueduct bridge
OS grid reference
NS 485 957
Coordinates
56.12999, -4.43862
Source
Historic Environment Scotland listing

Also on this page: related consents · flood risk · radon risk · weather exposure · detailed attributes ↓

Description

The Corrie Aqueduct Bridge, part of the former Glasgow Corporation Water Works, was designed by engineer John F Bateman and constructed by Wylie-Smith-Davie in 1858, with some alterations made between 1860 and 1864. This relatively low-lying aqueduct bridge spans 332 yards and features an iron trough supported by two earth and battered masonry embankments, along with a single battered masonry pier at the center. The trough consists of cast iron for the embankment sections and riveted wrought iron in the center, while the pier and embankments are made of coursed, bull-faced sandstone. The structure is topped with sandstone ashlar coping and includes regularly spaced gated manhole entrances on the masonry embankments. At each end, the conduit emerges from a sandstone archway, and standard plain cast-iron railings from the Glasgow Corporation Water Works line the structure. In 2007, security covers and railings were added to the embankment sections of the trough.

Local climate

Corrie Aqueduct Bridge (Former Glasgow Corporation Water Works) sits in one of the wettest parts of the UK, with an average of 1,520 mm of rain a year. This makes it wetter than 98% of listed buildings in the UK. Its exposure to wind-driven rain is greater than that of 85% of listed buildings.

It experiences an average of 57 freeze-thaw cycles a year, more than 96% of listed buildings. Of these, 34 follow at least 1 mm of rain in the preceding 48 hours. Average temperatures at this location have risen by 0.3°C per decade since 1991.

Averages for 1991–2020; temperature trend 1991–2025. Figures describe the wider area (a grid cell of roughly 10 km), not the individual site. Contains modified Copernicus Climate Change Service information 2026.

More on this building

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  • No EPC on record for this property
  • No sale records on file
  • Related listed building consents — 2 applications
  • Detailed attributes — period, style, materials, features
  • Flood risk assessment
  • Radon risk assessment
  • Weather exposure and heating demand — rain and frost month by month and year by year, wind direction, solar and humidity
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