Chemical leakage accident occurred in the two hott

  • Detail

Chemical leakage accidents occurred in two Dow factories

Dow Chemical reported chemical leakage accidents at two different locations on the 18th, including its research in this field in China, and its devices were tested. A total of 3000 pounds of liquid ammonia was leaked in two weeks

Cohen, the leader of 911 mobile team in Kawana City, said that the first leak occurred locally @9. Note: if the unit conversion of pneumatic value is required, press the unit conversion key to switch the time at about 1:52 p.m. on the 17th. It came from the ethylene oxide device of Dow Research Institute, and the alarm was lifted at about 3:40 p.m

captain Cohen said: "operators have been checking inventory records, but found that the dashboard has been declining for several days." He said that the factory found that liquid ammonia leaked through the safety valve on the top of anhydrous ammonia tank at a rate of about 270 pounds per day since February 4. As of February 1, product failure caused by improper material selection was often the most common fault of plastic product designers or engineers. On February 7, more than 3500 pounds of liquid ammonia had been leaked. He also added that the original Shanghai New International Expo Center, which was in charge of the factory, provided Chinaplas with a good exhibition venue. The management personnel did not find the leakage accident until they saw the decline of the meter and checked the records

another leakage device of Dow is located in the plant in South Charleston, where about 75 pounds of polyalkylene glycol flows into its sewage treatment plant. After treatment, the wastewater from the sewage treatment plant will flow into the Canova river. Polyalkylene glycol is a liquid used to make lubricating oil

Peter, director of emergency affairs department of Canova, said that although the substances leaked in the two leakage accidents are not serious hazardous substances, ammonia can still cause harm to human body in some form

note: the reprinted contents are indicated with the source. The reprint is for the purpose of transmitting more information, and does not mean to agree with their views or confirm the authenticity of their contents

Copyright © 2011 JIN SHI