How to Naturally Reduce Humidity in Your Home

In our region, high humidity in the home can be a problem. In summer when the air is warm, it will hold more moisture and make us feel warmer than we need to. That means turning the air conditioner down just to feel comfortable. Any time of the year, high humidity can encourage the growth of mold, mildew and fungus, which can destroy paper, drywall, paint and other materials — plus, it’s unhealthful to breathe these pollutants.

The best way to control humidity is to install a whole-house dehumidifier. Under most circumstances, your A/C performs that function adequately, but if you have an excessively moist home, it can be overwhelmed.

Learn how to reduce humid conditions with the following tips and maybe you’ll see results that will help you until you can plan for a dehumidifier.

Tips for Reducing Too-Humid Conditions

1. Sequester plants. Having lots of plants in the home is a lovely way to decorate and to improve air quality, but plants also raise moisture levels. Round them up and move them to one room.
2. Keep your air filter clean. A dirty air filter won’t do as good a job allowing proper air flow into your HVAC system. Slower air flow can mean the system won’t dehumidify the air as effectively. Change the air filter frequently.
3. Take shorter showers. If you live with several people, long and frequent showering can up moisture in the air significantly. Ask people to take shorter showers. Crack the window and run a fan so the humidity can escape.
4. Install kitchen or bathroom ventilation. Ventilation exhaust fans are not expensive to purchase or install, and they do a a great job of removing moisture from bathrooms and around the kitchen range.
5. Fix leaks asap. As soon as you realize a faucet, a pipe, the attic or ceiling is leaking water, fix the leak so you prevent flooding and lower moisture levels. Also be vigilant about the HVAC’s condensate drain; a plugged drain can also boost air moisture.

To learn more about lowering humidity, contact Roth Heating and Cooling of Portland.