MEMPHIS, Tenn. — In response to a recent surge in carbon monoxide-related fatalities during last month’s severe winter storm, Tennessee officials are broadening the scope of their smoke alarm initiative to include carbon monoxide detectors. The Tennessee Department of Health reported a troubling death toll, with nearly 30 lives lost during the storm, attributable in part to this invisible and odorless gas often released by improperly used generators.
The Tennessee State Fire Marshal’s Office announced that its “Get Alarmed, Tennessee!” program will now distribute carbon monoxide detectors alongside its existing smoke alarm offerings. Launched in 2012, this program has successfully installed over 342,000 smoke alarms statewide, contributing to an estimated 500 lives saved.
As homeowners navigate the challenges of winter weather, officials encourage residents to take advantage of this expanded program. Carbon monoxide can accumulate rapidly, especially in enclosed spaces, posing significant risks to families and individuals. Education on the safe use of heating devices, particularly generators, is crucial as temperatures drop.
To request smoke or carbon monoxide alarms, Tennessee residents can access the program online. Officials emphasize that these tools are vital for ensuring the safety of homes, particularly during extreme weather events.
The new initiative aligns with ongoing public safety efforts aimed at reducing preventable deaths. Fire safety educators are also conducting awareness campaigns about the dangers of carbon monoxide, urging residents to take precautionary measures.
As part of this initiative, free installations will help at-risk communities that may struggle to afford such safety devices. Counties across Tennessee are mobilizing to ensure that vulnerable populations have access to these essential life-saving tools.
With the potential for severe weather to continue, Tennesseans are reminded to prioritize safety and remain vigilant. Engaging in preventive measures can significantly decrease the risks associated with carbon monoxide exposure, especially during the harsh winter months.