H2O 911 uses cutting-edge, Infrared thermal imaging as a noninvasive way to effectively inspect, detect, and evaluate moisture intrusion in all types of buildings. Moisture intrusion in a building can cause havoc to the building structure and the individuals who live or work in the building.
H2O 911's Thermal Imaging cameras (view Picture 1 - Right) use sensors to pick up infrared waves and formulate images based upon those waves. The resulting images, properly interpreted can be used to assess areas of potential moisture by evaluating differences in temperature (view Picture 3 - Right).
Temperature difference caused by evaporation, radiation, thermal bridging, infiltration/exfiltration and other sources must all be carefully evaluated. In doing so, the inspector can use the information to spot suspect areas that are not visible to the naked eye (view Picture 2 - Right). H2O 911's findings are then verified using electronic, data-logging moisture detection equipment and in some cases core samples.
The use of thermal imagery during a moisture intrusion evaluation is an integral tool that can provide immediate and meaningful documentation. Infrared thermal imaging allows H2O 911 to quickly identify what building materials are impacted by the water intrusion, and visually show us how far the water migrated.
Being able to visually see and locate all problem areas within the building, intelligent decisions can be made by H2O 911. This typically reduces the number of days required to dry the building or structure. |
