HVAC Duct Cleaning

Dust, dirt, pollen, animal dander and other airborne contaminants are pulled into your duct system every time the furnace or air conditioner runs. These contaminants build up inside the ductwork over time and can help you make your duct system an ideal breeding ground for mold spores, bacteria, fungus, mildew, and other microbes. Each time the furnace of air conditioner is turned on, contaminants are spewed out and circulated throughout your home and affect the health and comfort of your family. Family members who suffer from allergies, asthma or other respiratory ailments as well as children and the elderly are especially vulnerable to the effects of indoor air pollutants.

The removal of contaminants from the entire HVAC system is recognized by the industry experts as the most effective way to eliminate air duct pollutants. This is referred to as the "source removal" method of duct cleaning. In addition to the obvious health benefits, duct cleaning can help you maintain a cleaner home.

How we clean your air vents

The HEPA method used by our company assures you that your ducts are being cleaned with the most advanced source removal equipment available. This high-tech, state-of-the-art system is used by leading professional duct cleaners throughout North America, and is widely recognized as the most significant breakthrough in duct cleaning equipment technology in the past 30 years. 

The key component of this system are the patented HEPA portable power vacuum and compressor. This system enables our technicians to reach and thoroughly clean your entire duct system with minimal noise and disruption. The HEPA unit creates a powerful vacuum, pulling dislodged contaminants into its filtration system. This filtration system is so efficient that it captures contaminants 1/300th the diameter of a human hair and returns filtered "hospital grade" air to your home. And, it'’s so quiet you'll hardly know it's running.

Once your duct system has been cleaned, we reseal all access holes and your ducts are returned to "like new" condition.