How to Protect Your Family from Carbon Monoxide
Many common household appliances release carbon monoxide
Carbon monoxide is a colorless, odorless gas that can build to unsafe levels in your home when fuel-burning devices are not appropriately vented, operated or maintained. Breathing in CO may cause carbon monoxide poisoning which attacks the nervous system, heart and could be fatal. It’s important to have your home tested for carbon monoxide regularly to help ensure safe air quality.
Common sources of CO in homes include certain:
- Space heaters
- Water heaters
- Clothes dryers
What do you know about CO?
Our survey results uncover the alarming lack of information homeowners have about the hazards of carbon monoxide:
- 66% don’t know if they would recognize the symptoms of carbon monoxide poisoning (headache, nausea, dizziness, or confusion).
- 94% of homeowners know that the furnace can give off deadly carbon monoxide gas, but more than half (54%) don’t get an annual furnace tune-up, a simple step that can help ensure good furnace operation and venting.
- 54% don’t know the best place in the home to install a carbon monoxide detector (the Consumer Product Safety Commission suggests a detector outside of each separate sleeping area).
- More than half of homeowners (54%) don’t know that the clothes dryer may be a source of carbon monoxide; 25% don’t know that that fireplace also can be a source. Other possible sources include gas water heaters, gas ranges, charcoal grills, gas space heaters and wood burning stoves.
- Over one third of homeowners (34%) don’t have or can’t be sure if they have a carbon monoxide detector in their home; 41% say they never change their carbon monoxide detector, or they aren’t sure how often it is switched.
Determine your home’s CO risk
With a routine home comfort analysis, Matz-Rightway in Long Island can help keep your family safe this winter. Visit ServiceExperts.com/CO-Safety, call 631-406-9220 or use our online scheduler to set up an analysis of CO and other dangerous indoor air pollutant levels.