The 2022 AHR Expo is over, and the Dwyer team has settled back into our normal day-to-day. For those of us in the Midwest, we were greeted with a few feet of snow when our planes landed back home. It was a big shift from the clear skies of Vegas! Continue reading “Thanks for Visiting Us at AHR Expo!”
Join us at AHR Expo!
It’s the end of January and… AHR Expo is here! We’re excited to share our new products and technologies with you at the show next week.
This year at AHR, we will be focusing on our indoor air quality solutions. Indoor air quality is an important part of our everyday lives. Did you know, on average, people spend 90% of their time indoors? From carbon dioxide to humidity, several factors impact the quality of the air we breathe. Continue reading “Join us at AHR Expo!”
What is Radon, and Why are We Testing for it in Our Homes?
For anyone who has recently purchased or sold a home, they may have noticed a radon inspection clause in the purchasing agreement. What is radon, and why are we testing for it in our homes?
Radon is an odorless, colorless gas that is naturally released into the environment as a decay byproduct of radium. Radium is a decay byproduct of uranium which can be found in certain types of rock, soil, or water. Some areas have higher concentrations of radon due to the soil composition which leads to additional testing for radon. Continue reading “What is Radon, and Why are We Testing for it in Our Homes?”
Visit Us at AHR Expo 2022!
As we round out 2021 and welcome the new year, we’re eagerly anticipating the 2022 AHR Expo, which will be held on January 31 through February 2 in Las Vegas, Nevada. We’ll be at Booth C1452, so be sure to look for us if you’re able to stop out! Continue reading “Visit Us at AHR Expo 2022!”
Duct Traversing for Average Air Velocity and Air Volume
The velocity of an air stream in a duct is not uniform over the cross section of the duct. This is because friction against duct walls causes the air velocity to be lower near the sides than the velocity in the center, creating a parabolic velocity profile. Continue reading “Duct Traversing for Average Air Velocity and Air Volume”