
Indoor air quality issues are often misunderstood and misdiagnosed. Odors, irritation, and health complaints can originate from hidden moisture, building materials, HVAC systems, or occupant-related sources.
Our investigations go beyond basic air sampling. We evaluate the building as a system—identifying sources, pathways, and contributing conditions to determine why the issue is occurring and how to correct it.
Unexplained odors are often symptoms of underlying building or material conditions. We identify the source of odors by evaluating building materials, moisture conditions, HVAC systems, and potential contaminant pathways—providing clear answers, not guesswork.
Microbial growth is driven by moisture and building conditions. We assess visible and hidden areas, identify contributing factors, and determine whether conditions support mold growth—focusing on source identification, not just surface-level findings.
Indoor environments can be impacted by emissions from building materials, furnishings, and recent construction. We evaluate potential sources of VOCs and chemical off-gassing, including formaldehyde, and provide targeted testing and interpretation.
HVAC systems can significantly influence indoor air quality by distributing contaminants, moisture, or odors. We assess system performance, airflow, filtration, and potential contamination sources to determine their role in indoor air conditions.
Moisture is one of the primary drivers of indoor air quality problems. We perform detailed moisture mapping and building envelope assessments to identify active or historical moisture conditions contributing to air quality concerns.
When occupants experience irritation or health-related symptoms, identifying environmental contributors is critical. We evaluate indoor conditions, potential exposures, and contributing factors to help determine whether the building environment is playing a role.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.