Our Projects

Long-term durability was a primary project objective when Freyssinet's Cohestrand® technology was first used as the main cable system for a 410-foot-long suspension bridge near Maastricht, Belgium.

Meticulous contingency planning and an innovative underpass bridge sliding technique were the keys that enabled a crucial railway line to reopen on time despite complex weather conditions.

Freyssinet's advanced launching gantry system played a key role in efficiently installing more than 2,200 precast segments, helping deliver one of the most complex highway infrastructure projects ever undertaken in South Australia.

When a post-tensioned floor unexpectedly sagged in a multi-level parking garage at Montgomery College in Takoma Park, our team acted quickly to complete the necessary structural repairs while keeping disruptions to garage users at a minimum.

Design and installation of base isolation measures for a hospital in Turkey had to address the fact that the building was made up of sixteen blocks, all of varying heights and dimensions.

A specially developed mix and custom-designed equipment now allow ultra-high-performance fiber-reinforced concrete to be spray-applied, opening up a world of possibilities for this durable material.

A short timescale for the assembly and erection of a cable-net roof on a new stadium in Las Vegas drove the creation of a digital site management tool that saved time and improved quality control.

Nearly 500 custom-engineered seismic isolation bearings were precisely manufactured and installed to safeguard the International Thermonuclear Experimental Reactor (ITER) against earthquake damage.

Extending the service life of the heavily damaged silos while preserving raw material resources was at the heart of the repair strategy Freyssinet designed for Golden Bay Cement.