Charlotte: 3 People Treated for Possible Carbon Monoxide Poisoning in West Charlotte
CHARLOTTE, N.C. (HERE News) – Three people were treated for possible carbon monoxide poisoning in west Charlotte on Wednesday, according to the Charlotte Fire Department. The incident occurred in the 1500 block of W. Morehead St. in a construction area where high levels of carbon monoxide were detected.
Details of the Incident
The Charlotte Fire Department responded to reports of individuals feeling unwell at a construction site on W. Morehead St. Upon arrival, emergency responders discovered high levels of carbon monoxide in the vicinity, prompting immediate action to evacuate the affected area and ensure the safety of all individuals on-site. Three individuals were identified as displaying symptoms of possible carbon monoxide poisoning and were promptly attended to by emergency medical personnel from MEDIC.
Treatment and Response
The three individuals who showed signs of carbon monoxide exposure were treated on the scene before being transported to a medical facility for further evaluation and care. The Charlotte Fire Department, in collaboration with local authorities, worked swiftly to contain the situation and mitigate any potential risks associated with the incident. The safety and well-being of those involved were of top priority during the emergency response efforts.
Carbon Monoxide Poisoning
Carbon monoxide is a colorless, odorless gas that can be extremely dangerous if inhaled in high concentrations. Common sources of carbon monoxide include faulty heating systems, gas appliances, and vehicle exhaust fumes. Symptoms of carbon monoxide poisoning may include headache, dizziness, nausea, confusion, and difficulty breathing. It is important to have carbon monoxide detectors installed in homes and workspaces to alert individuals to any potential leaks or build-ups of this harmful gas.
The Charlotte Fire Department emphasized the importance of carbon monoxide safety measures and urged the public to be vigilant in ensuring proper ventilation and maintenance of gas-powered equipment to prevent such incidents from occurring.