When it comes to complete home comfort and indoor air quality, there’s nothing like breathing in fresh, clean air throughout the year. Of course, the climate in Hudsonville may not make that seem possible during hot and cold months, but there is an often forgotten piece of indoor air quality that gets overlooked: ventilation.

When most people think about ventilation, they typically think about propping open a few windows throughout their home or using their screen doors. While this is still commonplace, it’s not practical year-round in Hudsonville. That’s where we can be grateful for the improvements in technology that have left us with heating and cooling equipment that produces the same effects of having your windows or doors propped open for ventilation.

Today’s ventilation systems work by drawing just the right amount of fresh air from outside, providing you with the advantages of traditional ventilation while eliminating odors, chemicals and other pollutants from your home’s indoor air. The process not only provides you with nicer feeling air, but it also gets rid of stale air from your home, helping make your home’s air as comfortable as it can be without wasting energy.

Choosing a ventilation system is relatively easy as there are two types of systems used: Energy Recovery Ventilators (ERVs) and Heat Recovery Ventilators (HRVs). Most of the United States, and all of Canada, are recommended to use HRVs due to the environments in those areas. ERVs are almost exclusive to southern regions that have higher than normal humidity levels.

Ventilation is just the beginning of things when thinking about indoor air quality. If you’d like to read more about all that you can be doing to increase your home’s indoor comfort, check out the other blogs we’ve written on indoor air quality. From dehumidifiers to air filtration and air purification, the experts at West Michigan Heating & Air Conditioning Services know indoor air quality. Schedule an appointment by calling them at (616) 319-1436 to take your home’s air quality to a new level.