Explore Structural Repair Projects

Protected and strengthened coastal concrete columns to resist saltwater corrosion and extend their structural service life.

Stabilized a deteriorated residential retaining wall to restore structural integrity and prevent further movement.

Restored deteriorated concrete holding tanks with structural strengthening and crack repair to improve long-term durability.

Increased the load capacity of an existing high-rise roof slab to support new cell tower equipment without demolition or disruption.

Stabilized a bowed basement wall to prevent further movement without excavation or wall replacement.

Restored and strengthened a hurricane-damaged coastal condominium to withstand future structural demands and extend its service life.

A tilt-up concrete panel required carbon fiber reinforcement after an elevator shaft conflict forced removal of embedded reinforcement during construction.

Stabilized a deteriorated retaining wall by restoring structural capacity and preparing it for long-term performance.

Protected and strengthened a deteriorated coastal sea wall to withstand harsh marine conditions and extend its service life.

Enabled safe foundation lifting by reinforcing tall CMU walls with carbon fiber, preventing structural damage during the adjustment process.

Restored the structural integrity of a post-tensioned slab, allowing new threaded rods to be installed without further concrete damage.

Increased beam capacity to support new HVAC loads using an engineered carbon fiber strengthening system.

Strengthened elevated bike path columns with carbon fiber reinforcement, restoring structural performance and maintaining project progress.

Strengthened a deteriorating parking garage with carbon fiber reinforcement, restoring load capacity and extending its service life.

Extended the service life of bridge columns with carbon fiber wraps that increased durability and minimized traffic disruption.

Restored the structural integrity of deteriorated industrial support columns while providing long-term corrosion protection.

CFRP strengthening solution used to reinforce a post-tensioned slab after missing tendons were discovered during a high-rise construction project.

CFRP U-wrap and flexural reinforcement applied to a cracked CMU block wall and deteriorated door opening at an industrial facility.

Restored the structural integrity of a cracked transit tunnel wall, improving long-term safety and reliability for passenger service.

Restored the structural capacity of deteriorated parking garage T-beams with a long-term strengthening solution.

Permanently stabilized a severely cracked retaining wall with a long-term strengthening solution that restored structural stability.

Strengthened a critical industrial support column while maintaining production and minimizing downtime at a historic glass manufacturing facility.

Restored the structural integrity of a deteriorated bridge pier using an engineered strengthening system without major demolition.

Stabilized a bowed and cracked retaining wall using carbon fiber reinforcement and tiebacks, restoring long-term structural stability.

Restored the structural capacity of a post-tensioned concrete slab while minimizing construction delays and avoiding costly reconstruction.

Stabilized a storm-damaged concrete dock with a marine-grade strengthening system that restored structural integrity and resisted future deterioration.

Avoided costly retaining wall replacement with an engineered carbon fiber and steel tieback reinforcement system.

Restored the structural capacity of deteriorated timber piles using an engineered carbon fiber rehabilitation system that minimized site disruption.

Increased slab capacity in a historic downtown hotel to support new mechanical systems while preserving the building's historic character.

Restored deteriorated telecom support columns with carbon fiber reinforcement while minimizing downtime for critical communication services.