Infrared Thermographic Scan
We use high resolution infrared (IR) cameras to to discover pathways of air leakage, moisture intrusion and heat loss through the air barrier. (Stadium Place – Seattle, WA)
Whole Building Air Leakage
Air leakage testing measures air leakage rates through the envelope under controlled pressurization and depressurization. (2030 8th Ave, Cirrus Apartments – Seattle, WA)
Air Barrier Design & Leakage Testing
On this 41-story residential tower, we conducted water penetration testing, air barrier design, and whole building air leakage testing. (2030 8th Ave, Cirrus Apartments – Seattle, WA)
Whole Building Air Leakage Testing
Air leakage testing was conducted in accordance with energy code requirements to confirm proper installation of a continuous air barrier and enclosure at the interfaces between the different systems. (Alley 111 – Bellevue, WA)
Air Barrier Consulting
A well designed and installed air barrier will decrease the risk of water intrusion and condensation, improving the air quality and reducing the load on the mechanical systems. (Seattle Academy of Arts & Sciences STREAM Building – Seattle, WA)
Air Barrier Consulting
Modern construction practices are increasingly embracing the concept of an air barrier within the building envelope. Many high-performance buildings now in operation owe their success largely to this passive and hidden system.
In addition to improving building energy performance, air barriers reduce the risk of damage due to condensation, contribute to proper sizing of mechanical systems and reduce the impact of wind driven rain.
At Morrison Hershfield, we take steps to mitigate this risk by ensuring proper detailing of the system, closing the gaps at the interfaces between the various systems to secure a continuous air barrier, and quality assurance inspections at the time of installation, leveraging technology such as infrared thermographic scanning to pinpoint where additional air sealing is required.
We have worked extensively with contractors and architects on the appropriate installation of air barriers since the mid-1980’s. We have published articles and written technical guidelines for industry associations, such as the Air Barrier Association of America, the Northwest Energy Efficiency Council, National Research Council and Canada Mortgage and Housing Corporation.
We began conducting Whole Building Air Leakage Testing for the US Army Corps of Engineers, the first agency to require air barrier testing.
In recent years, a number of local jurisdictions have adopted this requirement. Since that time, we have tested all types of buildings from warehouses and maintenance facilities to 40-story high-rises and large 100,000 sq. ft. footprint garden-style apartments.
Contact Our Team
- Air Barrier Consulting
- Building Envelope Consulting
- Building Envelope Commissioning (BECx)
- Building Performance Modeling & Analysis
- Capital Planning
- Facade Engineering
- Facility Assessment & Investigation
- Rehabilitation & Renovation
- Roofing & Waterproofing
- Testing & Monitoring
Stadiums & Sports Facilities
Read the Latest From Our Blog on Building Science
In our last post, Whole Building Air Leakage Testing , we discussed the importance of designing a continuous air barrier. While proper design and installation are critical to passing the Air Leakage test,.. Read More »
With increasingly stringent codes and standards, new construction projects are progressively becoming more energy efficient. In order to remain competitive with new facilities, existing buildings are faced with the challenge of balancing retrofit design goals,.. Read More »
Standards and codes across North America are becoming more stringent with regards to accepted air leakage rates in completed construction. As a result, air leakage testing is increasingly becoming a code requirement... Read More »