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Infrared building science is the application of infrared (IR) thermographic inspection
techniques as a powerful and noninvasive means of monitoring and diagnosing the condition of buildings. IR cameras in the
hands of trained thermographers can provide immediate documentation of as-built, pre- and post-restoration conditions, post-casualty
Cause and Origin data, plumbing and building envelope water leakage, post-flood and fire water-damaged material assessment,
energy use inefficiency, and electrical problems.
All objects around us emit heat or infrared electromagnetic energy which is invisible
to the human eye. In order to see the energy being emitted, an infrared camera must be used. The camera detects the thermal
energy and converts it to a visible image, which then allows the thermographer to analyze the image.
Infrared testing is a widely recognized form of non destructive
testing in use today. Infrared thermography helps to locate many problems in their early stages often before they can be found
in any other way. A periodic infrared survey is the most cost-effective method of predictive maintenance that can be performed
on some structures or equipment. It allows repairs to be made before they cause a failure or serious damage, thereby avoiding
costly shutdowns or after hours work.
Advantages of Infrared Building Diagnosis:
- Fast, noninvasive, safe.
- Minimizes the need for building disassembly.
- Finds moisture sources and structural problems quickly.
- Locates heating & cooling losses with pinpoint accuracy.
- Minimizes disturbance of occupants and ongoing operations.
- Generates reports of inspection results in seconds.
- Facilitates the selection of agencies and trades for restoration.
- Allows for repair with maximum speed and assurance.
- Documents as-built or post-repair/restoration conditions.
- Protects against frivolous complaints.
- Provides an evidentiary basis for fair settlements.
- Provides competitive advantage for restoration firms.
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