Micropiles

Difficult But Not Impossible

The Grand House is a student designed and constructed co-operative housing project located in Cambridge, Ontario. It has won awards and is a landmark building.

Due to the topography of the site, limited access, and constructibility concerns, specialized foundation members were required.
Conventional footings and caissons were not feasible given the site parameters. HC Matcon Inc. designed a series of micro piles which were installed battered and upon which a structural steel web was installed and used as the base for traditional framing.
A total of 30 micro piles were installed at an average depth of 30′” each.

The use of non intrusive construction methods allowed the owner to develop the property and provided considerable cost savings.

Client: Grand House Student Co-op
Location: Cambridge, Ontario

EEEL University of Calgary

/ Soldier Piles & Lagging, Underpinning

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BRT Tomken Station

/ Caissons, Shotcrete, Soldier Piles & Lagging

BRT Tomken Station The Mississauga Bus Rapid Transit (BRT) project is a dedicated roadway for bus travel. It stretches 18 km from Winston Churchill Boulevard to Renforth Drive. HCM’s scope

Currie Reservoir – Continuous Caisson Wall

/ Caissons, Underpinning

Increased Safety: We Used Horizontal H-Piles This project is a part of a large upgrade to the Currie Reservoir in southwest Calgary, Alberta. The project included the installation of a

Maxwell Bates

/ Caissons

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

Guelph Civic Administration Complex

/ Caissons, Shotcrete, Underpinning

Complex Shoring Requires Innovative Design Work on this site involved the supply and installation of caissons, underpinning, rock anchors, as well as both traditional soldier pile and lagging and shotcrete

K2 Condominiums

/ Soldier Piles & Lagging

K2 Condominiums This development on King Street in Waterloo required approximately 15,000 SF of shoring for two levels of underground parking. RWH Engineering Inc. (RWH) designed a piles and lagging

Grand House