Resource
Stressed thermography: what it can prove (and what it can’t)
Pressure-assisted thermal imaging is powerful—but only when conditions and scope fit.
Thermography is most useful when it helps you make decisions:
- where to open up (if needed)
- where to air seal
- which transition details are failing
What it can do well
- show leakage patterns and anomalies
- support targeted correction work
- reduce “guess-and-seal” approaches
What it can’t do
- see through finished assemblies
- certify that insulation is perfect everywhere
- replace proper access-based verification where required
Best results come from
- good temperature differential (when available)
- pressure assistance (where appropriate)
- clear objectives at intake
Related services
Where this shows up in scope.
Diagnostics
Stressed Thermography and Leakage Location
Pressure-assisted thermal investigation to identify leakage pathways and envelope anomalies.
Diagnostics
Airtightness Testing
Blower door testing to quantify leakage and support airtightness decisions across Alberta.
Diagnostics
Envelope Analysis
Assembly and transition review to identify continuity risks and practical correction opportunities.
Keep reading
Adjacent resources.
airtightness / blower-door
What your airtightness number actually means
Airtightness is more than a score. Here’s how to interpret it and how to use it to make real improvements.
ghg / emissions
GHG analysis: why emissions outcomes can differ from energy outcomes
Why two upgrades with similar energy savings can have different emissions impacts—and how to compare pathways.
energuide / energy-star
Label readiness checklist (EnerGuide / ENERGY STAR / Built Green)
A practical pre-checklist to reduce friction in labelling workflows: specs alignment, documentation, and verification readiness.