PROBLEM:A commercial facility was experiencing unexplained water infiltration in the basement. Traditional methods of locating leaks were time-consuming and ineffective. The building management needed a non-invasive solution to pinpoint the source of water intrusion and prevent further structural deterioration. | METHOD:Infra-red (IR) imaging performed an infrared thermography inspection of the building envelope. Thermal imaging identifies temperature differences in building materials that indicate moisture-damaged areas. The assessment included building walkthroughs and exterior thermographic imaging during favorable atmospheric conditions. |
FINDINGS:Multiple cold patterns were identified across the basement walls and ceiling areas. These areas corresponded to locations where moisture had infiltrated the structure, significantly reducing the insulation value of the affected materials. | OUTCOME:Targeted repairs were completed quickly, preventing structural water damage. The client avoided costly emergency remediation costs. The inspection report provided clear documentation of the affected areas, making it easy for facility management to prioritize necessary repairs and schedule subsequent maintenance work. |
PROBLEM:A mid-commercial roof showed signs of deterioration, but the exact areas requiring attention were unclear. The property manager needed to determine whether repairs or full replacement were necessary. The owner needed to determine whether repairs or full replacement were necessary. | METHOD:A non-destructive infrared drone roof inspection was performed to detect moisture-trapped roof areas and structural concerns. The thermal imaging identified heat loss patterns and areas of compromised insulation. An infrared thermography scan was performed to accurately identify problem areas on a 3.5 sq. ft. flat-roofed building, which allowed thermal analysis to confirm areas requiring follow-up and detailed invasive testing. |
FINDINGS:Thermal imaging revealed multiple areas of damaged roofing materials and moisture intrusion. These findings revealed areas requiring immediate attention and helping prioritize repair efforts. Clear thermal contrast differentiated between damaged and functioning roof sections. | OUTCOME:The client performed targeted roof repairs rather than a complete replacement, avoiding unnecessary costs. The inspection report provided clear documentation for insurance claims and helped facility managers plan future maintenance efforts. |
PROBLEM:A facility was experiencing unexpected heating and energy loss during winter months. Pipe insulation aging and degradation were suspected to be the cause. Management needed to identify specific problem areas where heat loss was occurring to improve operational efficiency. | METHOD:Thermal imaging detected an infrared thermography inspection of the building interior during multiple condition assessments to identify heat loss signatures and thermal efficiencies. The thermal imaging scan identified areas with inadequate or damaged insulation. Heat signatures around windows, doors, pipes, and structural areas were analyzed to pinpoint areas where thermal management efforts were required. |
FINDINGS:Thermal imaging revealed significant heat loss around pipes, structural penetrations, and building envelope areas. The assessment clearly identified specific locations requiring immediate insulation improvements. The inspection identified multiple areas where heat was escaping and confirmed weak points in the facility’s thermal envelope. | OUTCOME:The facility allowed for targeted insulation upgrades and repairs, providing immediate cost savings. The detailed thermal imaging analysis enabled strategic prioritization of improvements and facility managers were able to plan future upgrades and maintenance efforts. The thermography analysis provided recommendations to improve building comfort and operational efficiency. |
PROBLEM:A building owner experienced high energy costs and comfort issues, suggesting significant heat loss through the building envelope. The precise locations of insufficient insulation were unknown. | METHOD:Infra-red conducted an infrared thermography inspection of the building’s exterior and interior building envelopes, including walls, windows, doors, roof sections, and foundation areas. Observations were performed using either a stationary mounted thermal imaging camera, depending on the conditions and access requirements. |
FINDINGS:Thermal imaging revealed air leakage, missing insulation, thermal bridging, and moisture intrusion at the building envelope areas. These findings identified specific locations where air infiltration and heat loss were occurring, indicating opportunities for efficiency improvements. Significant thermal losses were identified at the building’s weak points. | OUTCOME:Targeted insulation and air sealing improvements were implemented, resulting in improved energy efficiency and occupant comfort. The thermal imaging report provided a clear roadmap for improvements and helped guide the prioritization of renovation efforts. |
PROBLEM:A building owner experienced high energy costs and comfort issues, suggesting significant heat loss through the building envelope. The precise locations of insufficient insulation were unknown. | METHOD:Infra-red conducted an infrared thermography inspection of the building’s exterior and interior building envelopes, including walls, windows, doors, roof sections, and foundation areas. Observations were performed using either a stationary mounted thermal imaging camera, depending on the conditions and access requirements. |
FINDINGS:Thermal imaging revealed air leakage, missing insulation, thermal bridging, and moisture intrusion at the building envelope areas. These findings identified specific locations where air infiltration and heat loss were occurring, indicating opportunities for efficiency improvements. Significant thermal losses were identified at the building’s weak points. | OUTCOME:Targeted insulation and air sealing improvements were implemented, resulting in improved energy efficiency and occupant comfort. The thermal imaging report provided a clear roadmap for improvements and helped guide the prioritization of renovation efforts. |
Infrared thermography is a non-destructive inspection method that uses thermal imaging to detect temperature differences on surfaces. These differences can indicate hidden issues such as moisture intrusion, electrical faults, insulation gaps, or heat loss that are not visible during standard visual inspections.
Infrared thermography can identify water leaks, trapped moisture, overheated electrical components, insulation deficiencies, air leakage, thermal bridging, and roof moisture intrusion. It is commonly used for preventive maintenance, energy efficiency assessments, and risk management.
Yes. Infrared thermography is completely non-destructive. Inspections are performed without cutting into walls, ceilings, roofs, or electrical systems, allowing issues to be identified without disrupting operations or damaging building materials.
Yes. IRIS PDM provides professional inspection reports that include thermal images, visual references, findings, and severity classifications. These reports are suitable for maintenance planning, insurance review, and risk mitigation documentation.
Infrared inspections are ideal when unexplained damage, rising energy costs, electrical reliability concerns, or maintenance issues are present. They are also commonly performed as part of preventive maintenance programs, insurance risk assessments, and pre-purchase or warranty evaluations.
Yes. By identifying issues early—before failure occurs—infrared thermography allows for targeted repairs rather than reactive or widespread work. This helps reduce unplanned downtime, minimize repair costs, and extend the life of building systems.
In most cases, no. Electrical thermographic inspections are typically performed on energized equipment under normal operating conditions, and building inspections are completed without interrupting daily operations.
When performed under proper conditions by trained professionals, infrared thermography is highly accurate. IRIS PDM conducts inspections following industry best practices and interprets thermal data in context to ensure reliable, actionable results.
