Sudden! An Explosion Occurred at a Chemical Plant in Guixi City, Jiangxi Province

According to the news from CCTV News Client on July 1, an explosion occurred at Jiangxi Qiantai New Material Co., Ltd. in Guixi City, Jiangxi Province at noon today. At present, fire rescue work is underway, and the number of casualties is being verified.

According to the news from Guixi Media Convergence Center, after receiving the alarm, the Guixi Fire and Rescue Brigade, emergency management and other relevant departments rushed to the scene for disposal at the first time. At present, the fire brigade is making every effort to put out the fire, and the fire is under control. All personnel and those in the surrounding factories have been evacuated, and there are no casualties so far. The cause of the fire is under investigation. Accidents have occurred frequently recently, and emergency management departments in all provinces and cities have stated their resolve to thoroughly implement the important instructions of General Secretary Xi Jinping on production safety. Hazardous chemicals are toxic, harmful, flammable and explosive, and their production, storage, use and transportation involve great risks. If safety risk control is not in place, it is likely to trigger accidents causing mass casualties. In view of the causes and characteristics of explosions in hazardous chemical enterprises, only by adopting gas leakage monitoring equipment that can actively monitor with no missed or false alarms can pre-incident prevention be achieved more effectively.

Fixed Reflective Laser Gas Telemeter

This equipment is mainly used for the overall monitoring of large-scale spaces. It consists of two parts: one is a transmitting and receiving device, which is responsible for laser control and spectral signal analysis; the other is a pure optical reflecting device that requires no power supply. The transmitting and receiving device is installed at one end of the monitored area. The detection laser is emitted by the transmitting and receiving device to the reflecting device, and the returned spectral signal is received. The concentration monitoring result is obtained through analysis. The area between the transmitting and receiving device and the reflecting device is the monitored area, with a maximum monitoring range of 1 kilometer. It can conduct real-time online monitoring of various gases such as methane, hydrogen sulfide, ethylene, acetylene, carbon monoxide, ammonia, hydrogen fluoride and hydrogen chloride. It complies with the national standard GB/T 50493-2019 (Code for Design of Combustible and Toxic Gas Detection and Alarm for Petroleum Chemical Industry).