Curved Microtunneling to Reduce Disruption in City Environment - RETC2023

Society for Mining, Metallurgy & Exploration
Daniel Cressman Allan Rocas Aswathy Sivaram Tatiana Chiesa
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
9
File Size:
167 KB
Publication Date:
Jun 13, 2023

Abstract

The City of Toronto plans to construct a 1,350 mm consolidation sewer along the East Don Roadway (EDR). The project includes installation of approximately 260 meter of 1,350 mm diameter concrete pressure pipe through microtunneling methods. The sewer alignment crosses underneath a busy 5-lane arterial road and then follows the very narrow East Don Roadway road allowance. This paper discusses the significant challenges overcome to design the Don Roadway sewer using slurry microtunneling methods through mixed face conditions below the groundwater table in a congested road allowance. A curved microtunnel was ultimately required to avoid conflicts with existing utilities, condominium tiebacks and a bridge structure.
Citation

APA: Daniel Cressman Allan Rocas Aswathy Sivaram Tatiana Chiesa  (2023)  Curved Microtunneling to Reduce Disruption in City Environment - RETC2023

MLA: Daniel Cressman Allan Rocas Aswathy Sivaram Tatiana Chiesa Curved Microtunneling to Reduce Disruption in City Environment - RETC2023 . Society for Mining, Metallurgy & Exploration, 2023.

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