Emergency services have mobilized in response to a freight train fire in the Czech Republic, where several tankers carrying the toxic chemical benzene derailed and ignited. The incident took place near Hustopeče nad Bečvou, located approximately 50 kilometers southwest of the Polish border. Firefighters from different regions were dispatched alongside a mobile chemical laboratory as a significant plume of thick black smoke stretched across several kilometers.
Czech Republic Battles Toxic Train Blaze After Benzene Derailment
Czech Republic Battles Toxic Train Blaze After Benzene Derailment
A freight train derailed in the Czech Republic, igniting a hazardous fire fueled by toxic benzene, prompting a widespread emergency response.
Officials confirmed that no injuries occurred as a result of the fire, which erupted on Friday when the train "split apart" and derailed. In addition to the burning train, an electric substation nearby caught fire, resulting in power outages for residents of Hustopeče. Eyewitnesses reported flames reaching heights of up to 20 meters upon ignition.
Drone footage captured by Czech fire services showcased several tankers engulfed in flames, with some sources still ablaze, sending billowing smoke into the air. Firefighters utilized heavy foam to contain the fire, while other tankers were sprayed with water to avert potential explosions. A helicopter was also dispatched to assist on-site operations, along with the chemical monitoring laboratory. Authorities indicated that containment of the blaze took several hours.
Approximately 15 out of the 17 benzene tanks aboard the train were impacted by the fire, according to a spokesperson for the fire department. Estimates suggest that one tanker contained roughly 60 tonnes of benzene, highlighting the severity of the situation. However, officials confirmed there was no guarantee that all the material would combust or leak, as containment efforts continued.
Local residents were advised to remain indoors and keep windows and doors closed as a precaution. Authorities reassured the public that air quality has not yet surpassed pollution thresholds. Law enforcement confirmed they would investigate the causes underlying the train derailment.
Benzene is a highly flammable, colorless or light-yellow liquid known for its sweet odor. It is commonly used in manufacturing plastics, resins, and some chemical products. Short-term exposure to benzene can lead to various health issues, including dizziness and drowsiness, while prolonged exposure may result in severe health consequences affecting the immune and blood systems.
Drone footage captured by Czech fire services showcased several tankers engulfed in flames, with some sources still ablaze, sending billowing smoke into the air. Firefighters utilized heavy foam to contain the fire, while other tankers were sprayed with water to avert potential explosions. A helicopter was also dispatched to assist on-site operations, along with the chemical monitoring laboratory. Authorities indicated that containment of the blaze took several hours.
Approximately 15 out of the 17 benzene tanks aboard the train were impacted by the fire, according to a spokesperson for the fire department. Estimates suggest that one tanker contained roughly 60 tonnes of benzene, highlighting the severity of the situation. However, officials confirmed there was no guarantee that all the material would combust or leak, as containment efforts continued.
Local residents were advised to remain indoors and keep windows and doors closed as a precaution. Authorities reassured the public that air quality has not yet surpassed pollution thresholds. Law enforcement confirmed they would investigate the causes underlying the train derailment.
Benzene is a highly flammable, colorless or light-yellow liquid known for its sweet odor. It is commonly used in manufacturing plastics, resins, and some chemical products. Short-term exposure to benzene can lead to various health issues, including dizziness and drowsiness, while prolonged exposure may result in severe health consequences affecting the immune and blood systems.
