Buildings may be quickly and thoroughly scanned using a thermal imaging camera, nondestructively identifying problem areas that can’t be seen by the naked eye. Our experts utilize this tool to supplement traditional forensic evaluations. These thermal images assist in accurately indicating the sources of damage.
- Locate moisture in
- walls
- insulation
- roofs
- Identify air leaks
- Detect missing insulation
- Detect plumbing leaks
- Locate condensation
- Identify construction defects
Thermal Imaging
HVAC & Plumbing
Thermal imaging cameras can scan an entire building to identify potential issues with an HVAC system, building envelope, or plumbing system. For more information, visit our moisture damage evaluations and HVAC evaluations pages.
Property & Facility Management
Thermal imaging can be a valuable tool in the efficient detection of problems with electrical, mechanical, and structural systems.
- HVAC system performance and repair
- Home electrical inspection
- Indoor environment inspection
- Distant heating system inspection
- Drying efficiency of walls, floors, ceilings
- Long-time construction damages
- Detecting and preventing mold and decay
- Detecting formation of condensation
Moisture & Indoor Air Quality
The presence of moisture in building envelopes, either from leakage or condensation, can have serious consequences. With infrared images, water damage is easily detected, and the extent of damage can be visually determined and confirmed with moisture meters.
Water Leak, Condensation and Humidity Detection
- Floor heating thermography
- Heating thermography inspections
- Building envelope thermography
- Air tightness testing
- Door seal inspection
- Wall seal heat loss inspection
- Moisture thermography inspections
- Roof moisture thermography
- Dew point thermography inspection
Featured Experts for this Forensic Service
| Name | Title |
|---|---|
| Mehdi Alirezaei, P.E. | Professional Engineer |
| Gilberto Avila, P.E. | Professional Engineer |
| Miguel Castro, P.E. | Professional Engineer |
| Brian Ciampitti, P.E., P.P. | Professional Engineer |
| Asher Cohen, P.E. | Professional Engineer |
| John Cui, P.E. | Professional Engineer |
| Joseph Czajka, P.E. | Professional Engineer |
| Michael DeHarde, P.E. | Partner / Principal Engineer |
| Reginald Fequiere, P.E., S.I. | Professional Engineer |
| Kori Flowers, P.E. | Professional Engineer |
| Brad Gerlick, P.E. | Professional Engineer |
| Paul J. Heagney, P.E. | Professional Engineer |
| Michael Holden, P.E. | Professional Engineer |
| Benjamin Joyner, P.E. | Professional Engineer |
| Sonya Kalisz, P.E. | Professional Engineer |
| Mitchell Kirkland, P.E. | Professional Engineer |
| David McCauley, P.E. | Professional Engineer |
| S. Bryant McKinnie, P.E. | Professional Engineer |
| William J. Moran, II, P.E. | Professional Engineer |
| Mehdi Motaleb, Ph.D., P.E. | Professional Engineer |
| Marcus Phillips, P.E. | Professional Engineer |
| Anthony Ruth, P.E. | Professional Engineer |
| Juan L. Santillana, M.S., P.E. | Professional Engineer |
| Christopher Sewell, P.E. | Professional Engineer |
| John Skidmore, P.E. | Professional Engineer |
| Phillip Vanciel, P.E. | Professional Engineer |
| Jose D. Versace, M.S., P.E. | Professional Engineer |
| Daniel Williams Jr., P.E. | Professional Engineer |
| William Yanko, Ph.D., P.E. | Professional Engineer |
