Planck Vision Systems: Georgia BioLab Fire Results in $2 Million Loss, Smoke Visible Up to 30 Miles

普朗克視覺系統生產用於便攜式檢測和全天候監控商業應用的熱像儀解決方案，包括早期火災偵測、製造業、變電站和隧道、電氣面板/機櫃、儲存設施、資料中心和體溫升高篩檢。本公司總部位於美國紅外線感測技術之都加州聖塔芭芭拉。

On September 23, 2024, at 5 AM, a fire broke out at the BioLab chemical plant in East Atlanta, caused by a malfunctioning sprinkler head that mixed water with a reactive chemical, producing toxic smoke. The fire resulted in estimated losses of $2 million, prompting evacuations of local residents while others were advised to shelter in place to avoid harmful substances. Although there were employees inside the plant, no injuries were reported. The smoke was visible up to 30 miles (50 kilometers) away.

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In the eastern part of Atlanta, a chemical plant fire occurred on Sunday, prompting evacuations for some residents while others were advised to shelter in place to avoid harmful contaminants.

According to the Georgia Department of Transportation, Interstate 20 was shut down in both directions due to the incident, leading to severe traffic congestion. The fire ignited around 5 AM at the BioLab plant when a malfunctioning sprinkler head caused water to mix with a water-reactive chemical, producing toxic smoke.

Rockdale County Fire Chief Marian McDaniel reported that there were employees inside the plant, but no injuries have been reported. The billowing smoke was visible up to 30 miles (50 kilometers) away at Atlanta’s international airport. McDaniel stated, “Once we can get that chemical out of the building and allow it to burn off, we’ll be in a much better shape.”

Initial estimates suggest that the fire may result in losses amounting to $2 million. Authorities are considering enhanced regulations and fire prevention measures for chemical handling and storage facilities to prevent similar incidents in the future.

To ensure system safety and operational excellence, Planck Vision Systems focuses on providing superior thermal imaging technology for various industries. This always-on technology not only detects minute temperature variations but also ensures system protection and captures every anomaly.

Such vigilance effectively minimizes risks, preempting system failures and potential threats, especially in facilities that handle and store hazardous chemicals.

_{來源：apnews.com}