Federal officials issue warning after consumer safety report reveals American families are putting themselves at risk: 'We nearly lost our entire family'

The Consumer Product Safety Commission (CPSC) has released a report highlighting the dangers of stationary power generators. Even when positioned outdoors, these devices can emit carbon monoxide that may enter nearby homes, creating serious health hazards.

The federal study drew on data from Fox 8 Live's investigation into carbon monoxide risks. Researchers examined 256 homes across southeast Louisiana that experienced carbon monoxide exposure in the aftermath of Hurricane Ida in 2021. Among these cases, 105 were linked directly to stationary generators, with at least 20 individuals suffering carbon monoxide poisoning.

Based on these findings, the CPSC now advises placing generators at a minimum distance of 25 feet from homes to prevent the toxic gas from entering through windows or vents. Carbon monoxide is a colorless, odorless gas that can cause poisoning, unconsciousness, and even death if inhaled, according to the Occupational Safety and Health Administration (OSHA).

One resident, Lynn Moore from St. Tammany Parish, shared her experience with Fox 8 Live. Following Hurricane Ida, carbon monoxide from her outdoor generator infiltrated her home, but fortunately, a detector alerted her in time. "We almost lost our entire immediate family, and we didn't even know it could happen," Moore said.

Although the greater New Orleans area had about 1 million residents in 2020, and the exact number of homes with stationary generators is unclear, following safety precautions remains crucial. Keeping carbon monoxide away from living spaces not only protects families but also reduces strain on emergency services.

The report emphasizes that precautions, such as maintaining distance from homes and using detectors, are vital for safety. Alternative solutions like solar systems paired with battery storage can also help households remain safe during power outages while providing long-term energy savings.

Author: Aiden Foster