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Indoor Air Quality (IAQ) testing is essential to ensure a healthy, comfortable, and safe environment for building occupants. Poor air quality can lead to discomfort, reduced productivity, odors, and long-term health issues. Our IAQ services help identify contaminants, monitor environmental conditions, and verify that HVAC systems maintain proper ventilation and filtration performance.
We use calibrated, industry-standard instruments to measure key IAQ parameters including particulate levels, carbon dioxide, humidity, temperature, pressure relationships, and ventilation effectiveness. All testing is performed following ASHRAE guidelines and best industry practices.
Our process begins with a full assessment of your building's mechanical ventilation system, filtration configuration, and indoor environmental conditions. We then perform targeted measurements to identify issues such as inadequate ventilation, imbalanced pressure zones, or pollutant sources. The results help optimize HVAC performance and improve occupant comfort and safety.
Whether you need IAQ assessment for a new building or air quality improvement for an existing facility, we're here to help create safe, healthy indoor environments.
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We begin with a detailed review of the HVAC systems to understand design intent, current operating conditions, and performance gaps. Our team evaluates airflow, waterflow, static pressure, and control sequences to establish an accurate baseline before any adjustments are made.
Using industry-standard TAB instruments, we perform precise field measurements across the entire system — diffusers, grilles, VAV boxes, terminal units, hydronic loops, and mechanical equipment. Each measurement follows recognized balancing procedures to ensure repeatable and reliable results.
Once optimal performance is achieved, we compile a comprehensive report including measured data, compliance verification, system observations, and corrective recommendations. Our documentation is structured for engineers, consultants, and facility managers to support long-term building efficiency.