Indoor Air Quality

In this first of a series of Straight Talk! episodes on indoor air quality (IAQ), ISSA Media Director Jeff Cross talks with Dr. Gavin Macgregor-Skinner, Senior Director of GBAC, and Doug Hoffman, the executive director of NORMI, to discuss IAQ ionization technology.

In this one-hour, fast-paced webinar replay, you will learn what improving indoor air quality (IAQ) really means, how to do it, and steps and procedures that go beyond what many are doing today.

While currently there is no universal standard for what constitutes optimal indoor air quality (IAQ), there are several straightforward, quick, and relatively inexpensive steps you can take to ensure that the air in your facility is safer and healthier.

Managers can use software technology to improve hard facility management services, enhancing the quality of life for building occupants.

If you’re still using traditional methods to test your facility’s indoor air quality, you could be missing critical data. Learn how using the latest air quality testing technology can make your building’s air safer and give you more peace of mind.

Outdated HVAC systems in schools expose students and teachers to contaminants that can trigger allergies, asthma attacks, or infectious diseases like COVID-19.

In March, the Biden administration launched the Clean Air in Buildings Challenge (CABC), calling on building owners and managers to adopt strategies for improving indoor air quality.

Create a healthier indoor environment by learning about how to prevent pollutants in carpet from triggering allergies.

Your facility may need more air changes per hour, compared to before the pandemic, to help stop the spread of COVID-19 and other diseases.

Data from Internet of Things technology can help you pinpoint the location and cause of indoor air quality problems so you can adjust your cleaning and maintenance protocols accordingly.

Upper-room UVGI systems can be a useful ventilation tool to control SARS-CoV-2 and reduce the spread of infectious pathogens.

HVAC air conveyance systems must be routinely inspected, maintained, and cleaned to operate most efficiently and cost effectively.