Contact INFRASENSE, Inc.
Ground penetrating radar surveys… testing of bridges,
pavement, pipeline, railroad, buildings… research…
Since 1987, INFRASENSE, Inc. has specialized in bridge-deck and
pavement surveys using Ground-Penetrating Radar (GPR) and Infrared
Thermography (IR), as well as in the design, development and
implementation of numerous nondestructive evaluations, measurement
programs, and inspections for civil engineering. GPR inspection permits
investigating conditions beneath the concrete/asphalt/soil to locate/detect
rebar, voids, delaminations, and thickness.
We provide expert Non-Destructive Evaluation (NDE) and Non-Destructive
Testing (NDT) surveys, consulting, testing, highway-speed data collection,
and data-analysis services with specialized software for use with:
Ground Penetrating Radar
Infrared Thermography
GPR-IR Hybrid Deck Evaluation
Seismic/Vibrations/Ultrasonic and Impact-Echo Testing
Our survey and analysis methods and results have been evaluated and
verified by the Strategic Highway Research Program (SHRP) and
by highway agencies in the United States and abroad.
Our applications include:
Airfield and highway pavements
GPR bridge deck evaluations
IR bridge deck inspection
Pipelines, storage tanks
Railroad track substructures
Constructed facilities and structures
R&D for non-destructive evaluations
Our clients receive customized analyses of in-place, in-service structures
enabling cost-effective, system-wide assessments and project-specific
maintenance and rehabilitation decisions.
Our expert teams have completed projects in 49 USA States, in Canada,
as well as countries in Europe, the Middle East, and Asia. Our work in the last
24 years includes over 20 million square feet of bridge decks (more than
1,000 decks) and over 10 thousand lane-miles of pavement.
Professional teams for each project are highly skilled and utilize technical
support personnel to produce the highest quality results. Expertises
represented include Bridge, Structural Analysis, Materials Engineering,
Geophysics, Software Development, and Instrument Design.