Work underway on Scottish Water's £21M Great Glen project
Scottish Water has started work on the first phase of a major project to provide a single, improved water supply for customers in Fort Augustus and Glenmoriston.
Work has started at the top of the canal locks in Fort Augustus to complete a 315-metre drilled twin pipe crossing beneath the Caledonian Canal and the River Oich.
The crossing will provide a greatly improved connection between the north and south of the village, as part of a wider package of improvements that will be delivered by Scottish Water’s alliance partner ESD.
Scottish Water said a new state-of-the-art water treatment works will be in place just south of Invermoriston by 2020 to provide both communities with a high quality and resilient supply of clear, fresh drinking water from Loch Ness.
A new water main will connect Fort Augustus and Invermoriston for the first time, largely following the route of the Great Glen Way.
Kelton Bennett, ESD’s project manager for the work, said: “We are pleased to have started with the first stage of construction in what will be a significant project for the area.
“The river and canal crossing in Fort Augustus is a key link in the village’s water network. The new twin crossing will be drilled about 10 metres beneath the bed of the canal and the river, providing a big improvement to security of supply for Scottish Water customers in advance of our other work.
“We have engaged actively with the local community to plan this work outside the peak tourism season. We have also worked with Scottish Canals and Historic Environment Scotland to ensure there is no disruption to the canal, which is a scheduled ancient monument as well as a busy waterway.”
Scottish Water corporate affairs manager Gavin Steel said: “Fort Augustus and Glenmoriston experience significant seasonal variations in their population as a result of tourism. The investment we are delivering will make sure that we can provide customers with clean, fresh and great-tasting water from Scotland and the UK’s largest water source. It will also ensure we can support growing communities and economic development in the heart of the Great Glen.
“Our work will bring lasting benefits to communities and the economy that sustains them, but we recognise construction activity will cause some short-term disruption. We have been working actively with the community over the last year to plan work and keep any inconvenience to a minimum.”
Following consultation with local residents and businesses last month, plans are progressing well for pipe-laying work to begin after the October holidays.
- Wessex Water seeks bidders for AMP6 M and E and civil engineering Wessex Water has revealed that the contractors it is seeking to undertake mechanical and electrical (M&E) and civil... Read More >
- AWB confirmed as 'most competitive bidder' for Scottish public sector deal Anglian Water Business (AWB) looks set to provide water and wastewater services to more than 100 public sector... Read More >
- Scottish Water gets blockage message across on council bin rounds Scottish Water and Perth and Kinross Council have joined forces to try and help prevent sewer blockages across the region. Read More >
- New dimensions: How BIM drove Scottish Water's Tullich WTW project With ESD making extensive use of BIM including 4D visualisation tools, Scottish Water has successfully completed a £29... Read More >
- Microplastics: Plastics, plastics everywhere There is growing evidence that microplastics passed on through our wastewater have become widespread in aquatic... Read More >
- Preparing for better phosphorus removal in AMP7 In order to meet the more stringent phosphorus removal requirements expected in 2020- 25, wastewater utilities will need to... Read More >
- Offsite build powers South East Water's £22M treatment works expansion South East Water's expansion of Bray Keleher Water Treatment Works is in full swing, with offsite manufacture aiding... Read More >
- Innovation Zone: Pesticide protection Metaldehyde cannot be removed effectively with standard drinking water treatment processes, but there are technologies... Read More >