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Driven piles are deep foundation elements installed using impact or vibration hammers to a design depth or resistance.

Ductile piles are a deep foundation method using the displacement technique with prefabricated piles made of ductile cast iron available in 118 mm and 170 mm diameters with different wall thickness.

Micropiles, also known as minipiles, pin piles, needle piles, and root piles, are a deep foundation element constructed using high-strength, small-diameter steel casing and/or threaded bars.

Bored piles are a very effective, state-of-the-art construction element with many applications in foundation and civil engineering.

Bored piles are a very effective, state-of-the-art construction element with many applications in foundation and civil engineering. Temporary and permeant steel casings are used for a number of engineering reasons.

A secant pile wall consists of overlapping (secant) piles to form structural or cutoff walls and achieve the required water tightness. The design can incorporate steel bar or beams for reinforcement and anchors can provide additional lateral support, if needed.

Keller designs and constructs cost-effective build or design-build geotechnical solutions for the industrial and manufacturing sector.

Keller has wide experience of provide the energy sector with cost-effective solutions to ground problems.

Keller can provide solutions for the full range of institutional structures including government and military, education, healthcare, and sports and entertainment.

If a construction project needs to monitor structural or ground movement or environmental properties like temperature, noise or vibration, [Company] can design and install an instrumentation scheme, provide the software that gathers the information and present it in an easy to use format.

Increasing land shortage is driving a need to use more brownfield and marginal land often requiring groundwater and soil remediation to reduce contaminants. Keller is the ideal partner for remediation projects, offering the optimal solution to make contaminated land suitable for re-use.

Slope stabilisation is often required to retain soil in a natural, unstable slope or in man-made excavations. Keller draws on its extensive experience with the full range of techniques to provide optimal slope stabilisation solutions for various projects.

Soils often need treating to support the weight of a building or to withstand the loads imposed by a piece of infrastructure. This can mean improving the ground or putting in foundations to transfer the loads to deeper more competent layers.

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Dynamic replacement is a variation on dynamic compaction and uses the energy of a falling weight to drive large diameter granular columns into cohesionless soils and fills.