OmniVueNDT performed 3D GPR scanning of an elevated floor slab to identify internal reinforcement prior to cutting a new staircase opening. The project required accurate detection of rebar, joists, and potential post-tension cables to prevent structural damage and safety risks. Using advanced GPR and LiDAR technologies, detailed subsurface data was collected and visualized in a 3D model. This allowed the project team to plan safe cutting paths, reduce risk, and proceed with confidence.

OmniVueNDT performed GPR scanning to accurately locate post-tension cables within a concrete structure prior to modification. The project required precise identification of cable placement to prevent damage during coring, cutting, and drilling activities. Using non-destructive testing methods, detailed subsurface imaging was provided to enhance safety, reduce risk, and ensure the integrity of the structure.

OmniVueNDT provided cooling tower maintenance support using non-intrusive inspection (NII) methods and ground penetrating radar (GPR) to assess structural conditions and identify potential issues. The project focused on evaluating critical components without disrupting operations, ensuring continued performance and safety. By utilizing non-destructive testing techniques, OmniVueNDT delivered accurate data to support maintenance planning, reduce risk, and enhance the reliability of industrial systems.

OmniVueNDT performed a GPR-based condition assessment of a concrete spillway to evaluate subsurface conditions and identify potential voids or anomalies. The project focused on detecting hidden issues that could compromise structural integrity and lead to erosion or failure. Using non-destructive testing methods, accurate subsurface data was collected to support maintenance planning, mitigate risk, and ensure the long-term performance and safety of the structure.

OmniVueNDT conducted a GPR-based condition assessment of a cement silo in Dixon, IL to evaluate subsurface conditions and structural integrity. The project aimed to identify potential voids and hidden anomalies that could impact the performance and safety of the structure. Using non-destructive testing methods, critical insights were gathered to support maintenance planning, reduce risk, and ensure continued safe operation of the facility.