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The C$5.3 billion Eglinton Crosstown line is Toronto’s biggest-ever light rapid transit expansion. Playing a vital role, Keller in Canada is providing technically complex supporting works on the line’s largest and busiest interchange.

International Women’s Day is celebrated on March 8 each year. At Keller, we take pride in encouraging and supporting our female employees to be successful and grow within their careers. We caught up with some of our employees to hear about their experiences.

We want every person who works for us, or with us, to go home safely at the end of each day.

The purpose of this policy is to set out the responsibilities of the group in observing and upholding our position on collection, use and disclosure of personal information and is our principal external facing privacy notice.

Our corporate purpose, ‘building the foundations for a sustainable future’, is at the heart of everything we do.

Keller delivers a successful design-build project for D.C. United’s new soccer stadium – setting an impressive world-record along the way.

Dry soil mixing is a ground improvement technique that improves soft, high-moisture clays, peats, and other weak soils, by mechanically mixing them with a dry cementitious binder to create soilcrete.

Subsidence, the gradual downward movement of a building or structure, can damage buildings. Keller can apply releveling techniques to bring buildings back to their correct levels, strengthen any weak ground under and around the foundations, and avoid recurring sinking issues.

Keller is actively involved in efforts to upgrade infrastructure throughout North America. We provide geotechnical solutions for each unique project, whether it is transportation, railways, tunnels, or utilities.

Liquefaction is a common problem in earthquake-prone areas where soils lose strength due to the ground motion and behave like a viscous liquid, damaging overlying structures. Keller can find the optimal solution for liquefaction mitigation.

Groundwater control (also known as seepage control) involves the creation of barriers in soil, rock, or below-grade structures to restrict water movement. Keller provides the optimal solution to tackle each difficult groundwater control challenge.

We believe in enhancing the cities we live and work by providing safe, innovative, and cost-effective foundation solutions.

Weak, compressible soils may require structural elements that transfer loads to underlying competent soils or rock, specifically deep foundations (also known as heavy foundations). Keller can provide the optimal deep foundation solution on an open site or inside an existing structure.

Underpinning supports existing foundations that cannot safely support existing or future loads. Keller can provide the optimal repair or solution to remediate the structure.

Jet Grouting uses high-velocity fluid jets to construct cemented soil of varying geometries in the ground.

Meet our leadership team that is responsible for keeping us at the forefront of the industry year after year.

Anchors transfer loads using grouted thread bars or strand tendons connected to a structure and bonding into stable soil or rock.