Skip to content

Mount Royal University Conservatory

Mount Royal University Conservatory

Design considerations for the foundations were similar to previous projects in the area, with installation of approx. 220 cast-in-place belled piles. The project design team for structural & geotechnical engineering consisted of local firms of Read Jones Christoffersen Ltd. & Thurber Engineering Ltd. The need for the new addition to a campus was a result of fast growing student population at the Mount Royal University and demands for specialty studies.

The soil conditions at mentioned site consisted predominantly of clay till which is ideal for large capacity belled piles. The shafts for the piles were in the range of:

  • 900mm
  • 1000mm
  • 1200mm
  • 1370mm in diameter.

The bells were sized at:

  • 2000mm
  • 2400mm
  • 2800mm
  • 3400mm
  • 3600mm in diameter

 

Mount Royal University Conservatory - Soldier Piles & Lagging

The average basing depth on this project was approx. 12.0m – 15.0m with an occasional need to protect the upper portion of the pile shafts by using temporary steel caising in order to prevent ingress of water into the pile shafts. The average concrete volumes for single piles were approx. 20 – 24 cu. metres. Among the challenges for HCM was installation of piles in close proximity to concrete and steel underground utilities which were present on site as a result of previously demolished structure. In many cases this required coring and managing voids in the shafts after removal of these obstructions. Also, numerous piles were belled in soils with occurrence of large boulders which required special considerations for handling of equipment, customized tooling requirements and operating skills.

HCM finished foundation piling scope of work ahead of planned schedule.

Client: Cana Management
Location: Calgary, Alberta

Aldershot GO Station Improvements

Aldershot GO Station Improvements

Our Innovative Solution Saves Time Work at the Aldershot Go Station in Burlington, Ontario comprised of the construction of two new pedestrian tunnels to access the existing passenger platforms. The
Read More
St. Thomas Courthouse

St. Thomas Courthouse

Alternate Methods Stop Running Sands HCM was retained to design, supply and install a complete shoring system to facilitate construction of the new St. Thomas Court House for EllisDon. Construction
Read More

Twinning Tunnels

Twinning Tunnels The installation of a deep trunk sanitary sewer system in the bedrock beneath Erin Mills Parkway in Mississauga required an innovative approach for shoring manholes. For this project,
Read More

Maxwell Bates

Maxwell Bates This project, located on Fourth Street in the downtown core of Calgary, consisted of a tied-back continuous caisson wall.  The caisson wall provided zero ground loss and minimal
Read More

Herald Block

Herald Block HCM was chosen to provide a comprehensive design-build shoring solution for Phase 1 of Brookfield Place development, which will become the tallest building in Western Canada. The excavation
Read More
EEEL University of Calgary

EEEL University of Calgary

Zero Ground Loss This project followed shortly after finishing the Taylor Family Digital Library project, which was in close proximity to this site on the same campus. Design considerations for
Read More