humidity control – Dwyer Instruments Blog

In the expansive world of modern travel, airports serve as dynamic hubs connecting people across the globe. However, amid the seamless connectivity and operational efficiency, there exists a nuanced concern—the potential health implications associated with prolonged stays in these bustling environments. From temporary discomforts to potential long-term health risks, both passengers and airport employees may encounter various challenges unique to airport spaces.

Although the COVID-19 pandemic brought concerns about the impact of the built environment on health out of the proverbial “back room,” experts have been mulling over solutions to these problems for decades. Airports are of particularly high concern as they act as something of a mini city. Jet fuel, exhaust, and other chemicals have a large environmental impact on the outdoor air quality, while carbon dioxide and volatile organic compounds (VOCs), like formaldehyde, can greatly impact the health and indoor air quality (IAQ) of airport occupants. Continue reading “Navigating Health and Comfort in Airports”

Proper selection and use of relative humidity (RH) sensors are important factors in designing and building a reliable, economical HVAC system. Over the years humidity control has been getting even greater attention because of its positive impact on indoor air quality (IAQ).

The importance of humidity measurement and control can mean different things depending on the application. To the museum curator, it means preserving valuable artwork and artifacts. To the hospital facilities engineer, it means a comfortable environment for the patients, as well as maintaining accurate moisture control to prevent the spread of bacteria and infection. And to the building maintenance professional, it means a reliable building automation system that reduces energy costs while increasing the comfort of its occupants. Continue reading “What to Consider When Selecting a Humidity Transmitter”