Fairbank Silverthorn Storm Trunk Sewer System: Community Impacts of Trenchless Work

The Fairbank Silverthorn Storm Trunk Sewer System (FSSTSS) will reduce the flood risk to over 4,500 properties through the construction of a main trunk storm sewer (tunnel), outfall, connection into Black Creek, a new collector sewer network (catch basins, stormwater local sewers, and stormwater trunk sewers). The main tunnel is a 4.5-m-ID segmentally lined tunnel approximately 2.4-km long ranging in depth from 7 to 45 m deep, and 1.8 km of microtunnelled sewers connecting to the main tunnel via drop shafts ranging in depth from 10 to 23 m deep. The project is located in a complex urban environment, with shafts in close proximity to homes with significant construction impacts to residents lasting up to 2 years. This paper describes the impacts and challenges of large diameter trenchless projects and associated considerations and mitigation measures put in place.

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Publication Details

Published
2024-08-30
DOI
https://doi.org/10.1061/9780784485590.006
Primary Topic
Geotechnical Engineering and Underground Structures
Type
article
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article

Fairbank Silverthorn Storm Trunk Sewer System: Community Impacts of Trenchless Work

Marya Jetten, John Kinnear, Prapan Dave, Bashir Ahmed
Geotechnical Engineering and Underground Structures
article

Fairbank Silverthorn Storm Trunk Sewer System: Community Impacts of Trenchless Work

Marya Jetten, John Kinnear, Prapan Dave, Bashir Ahmed
article en

Abstract

The Fairbank Silverthorn Storm Trunk Sewer System (FSSTSS) will reduce the flood risk to over 4,500 properties through the construction of a main trunk storm sewer (tunnel), outfall, connection into Black Creek, a new collector sewer network (catch basins, stormwater local sewers, and stormwater trunk sewers). The main tunnel is a 4.5-m-ID segmentally lined tunnel approximately 2.4-km long ranging in depth from 7 to 45 m deep, and 1.8 km of microtunnelled sewers connecting to the main tunnel via drop shafts ranging in depth from 10 to 23 m deep. The project is located in a complex urban environment, with shafts in close proximity to homes with significant construction impacts to residents lasting up to 2 years. This paper describes the impacts and challenges of large diameter trenchless projects and associated considerations and mitigation measures put in place.

Jacobs (United States) (US)
Openalex Percentile: Top 84%
Geotechnical Engineering and Underground Structures
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