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air barrier testing Tag

Technology moves at lightning speed. Smartphones are getting faster and more powerful every year, and the technology going into your home is no different. These days, you can connect to your lights, locks, and TV from anywhere — and that’s just the beginning. New construction homes...

Air ventilation is an important element of every building design. It’s the controlled exchange of fresh outdoor air and stale indoor air to reduce moisture and odors while keeping occupants comfortable inside. Your building’s HVAC system and vent fans regulate this exchange — but when...

Nearly 6.5 million homes were sold in 2020 in the United States. If you’re in the market for a new home, you’ve probably saved for a down payment and calculated your mortgage — but have you considered how the rising cost of energy will impact...

When it comes to controlling the air entering and leaving your building there are two main concerns: building air quality and operational costs. While much of the focus of air barrier testing and air leakage testing are concerned about air quality, a building owner or...

Testing a building’s envelope has become a game of chasing air. While there has been a great deal of progress made in increasing a building’s energy efficiency and diagnosing deficiencies in air barriers, there’s still a lot left to do. Because we often work with older...

We recently created a video that shows our entire process of air barrier testing a building for air leakage per ASTM E779 and ASTM E1827 and thermography using ASTM C1060.
In April of 2014, we performed ACOE testing including air barrier tests on 4 military buildings in Indianapolis, IN.  The largest building had a building envelope area well over 100,000 s.f.  The buildings were amazingly tight as we are seeing a vast improvement in air barrier details and construction monitoring.
As part of a retro-commissioning project at a military base in Florida, TSI performed Air Barrier Testing, Building Envelope Scans, and Pressure Diagnostics for 31 existing buildings.   The goal of the project was to develop a baseline that could be used to determine priorities for energy improvements in these buildings.