How Does A Residential Bipolar Ionization Unit Help Improve The Air Quality Inside Your House?

Indoor air quality can sometimes become a problem in homes. Air conditioners and furnaces are equipped with air filters, but they're unable to remove all potential contaminants from the air. Airborne contaminants can cause odors in your home, and they can also worsen asthma or allergy symptoms.

Thankfully, there's an easy way to help improve your home's air quality. Installing a residential bipolar ionization unit will help continually remove contaminants from the air, leaving your home smelling fresher and letting you breathe more easily. To find out how bipolar ionization works and how to install one in your home, read on.

What Contributes to Poor Air Quality Inside the Home?

Volatile organic compounds (VOCs) are the primary contributor to indoor air quality. Paint, wood finish, deodorizing air sprays, and household cleaners are all common sources of VOCs found in the typical home. High concentrations of VOCs in the air reduce indoor air quality, and they can worsen respiratory issues such as asthma and allergies.

Mold spores, pollen, dust, and other airborne particulates also contribute to poor indoor air quality. These typically enter your home through your HVAC system's supply duct, which brings in air from the outside. Many of these particles can be caught by the filter in your air conditioner or furnace. Unfortunately, VOCs are too small to get caught in the filter.

How Can a Residential Bipolar Ionization Unit Help Improve Air Quality?

A bipolar ionization unit constantly releases positive and negative ions into the air surrounding it. It does this by running a small amount of electrical current through a glass tube with electrodes on both ends. The positive and negative ions are highly reactive, and they will attempt to bind with other compounds floating around in the air.

Discharging positive and negative ions into the air helps to improve air quality in two ways. The first way is that particles in the air become much heavier when ions bind to them. Heavier particles will sink to the ground instead of floating around in the air, and it's also easier for them to become stuck in your HVAC system's air filter. The second way that the ions improve air quality is that they can change the chemical composition of many VOCs to render them harmless.

Additionally, positive and negative ions are capable of neutralizing bacteria and viruses in the air. The ions interfere with bacterial cell signaling, rendering them unable to reproduce. Likewise, ions also prevent viral replication when they bind to viruses in the air. For this reason, bipolar ionization is becoming popular in hospitals in order to reduce the chance of patients or staff acquiring infections.

Where Is the Best Place to Install a Residential Bipolar Ionization Unit?

Residential bipolar ionization units can either be installed as a free-standing unit or within your HVAC system's supply duct. Standalone units are easy to install and operate, but they're limited in how much air they can purify. You'll typically need to install several of them throughout your home in order to purify all of the air in your home.

Installing a residential bipolar ionization in your HVAC system's supply duct is typically the better choice. You'll be able to purify the air before it even circulates around your home, which reduces your exposure to airborne particles from the outside. Air that's already circulating around your home has to move through the supply duct as well, so installing a residential bipolar ionization unit in this location will also help remove VOCs that are already circulating around the air in your home.

Whether you choose to install a free-standing unit or install the unit within your supply duct, your bipolar ionization air purifier will help improve the air quality in your home by continuously removing airborne particles and VOCs. If you're unsatisfied with the air quality inside your home or want to help improve asthma and allergy symptoms, consider installing a residential bipolar ionization unit to help keep your air pure and clean.