Skip to content

Great Lakes Copper Plant

Great Lakes Copper Plant

The Great Lakes Copper Plant in London, Ontario, posed a technical challenge in shotcrete shoring. HC Matcon helped to facilitate the installation of a new copper roll press. The shoring was completed inside a fully operational copper plant at night and on weekends. Special care was taken to ensure dust and overspray was contained within the work area causing minimal clean up and ensuring the plant was fully functional throughout the process.

HC Matcon, along with Blue-Con Excavating and McKay Cocker (GC), completed the 2,200ft2 shoring in less than three weeks.

Client: MacKay Cocker
Location: London, Ontario

Love Condos

Love Condos

Love Condos This project involved approx 41,000 sf of piles and lagging temporary shoring system. The project was broken into two phase both consisting of piles and lagging with both
Read More

Dufferin Jog Elimination

Dufferin Jog Elimination This project involved the extension of Duffering Street under an existing CN rail line and through the abutment wall of a century old CN bridge at Queen
Read More
St. Joseph's Healthcare Redevelopment Project

St. Joseph’s Healthcare Redevelopment Project

Unique Soil Conditions The future location for this tower is located immediately adjacent to the emergency wing of the existing St. Joseph’s hospital in Hamilton, Ontario. HCM is a recognized
Read More

Brantford General Hospital

Brantford General Hospital This innovative project represents the first use of shotcrete shoring in place of caisson walls against a building in Ontario. Caisson walls have typically been utilized duw
Read More
TTC St. Clair Station

TTC St. Clair Station

Overcoming Tight Access and High Water Table Two new elevators on the east and west sides of St. Clair station were installed to allow easier access for disabled persons. During
Read More

Midtown Lofts

Midtown Lofts On this project, HCM in conjunction with RWH Engineering Inc. (RWH), provided the owner with a complete design-build package and precision monitoring services for an 8.5m deep temporary
Read More