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UNIPOL PE's reaction killing system is divided into five types. What is the basis for this classification?
Reaction kill system? This is the first time I've heard of it. . . Sweat:L
Kill the system? I’ve never heard of it. I thought it was the poster who wanted to use PVC for the brake system. It’s too powerful.
Haha, it turns out I'm not the only one who didn't know. . . :lol
The author of this post? ? ? It seems that no one understands
The author of this post? ? ? It seems that no one understands
The author of this post? ? ? It seems that no one understands
UNIPOL PE's reaction killing system is divided into five types. What is the basis for this classification? Mainly based on the degree of risk. type 1 kill: The condition is that the reactor temperature exceeds the set value by 7 degrees Celsius or the reaction temperature exceeds a certain value. CO is injected with the compressor running and the killing agent circulates in the reaction system. type 3 kill: The compressor cannot run, but the turbine can be started, and the turbine is used to drive the fluidized bed to circulate CO in the system. Type 2 kills the most: Type 3 kill fails and Type 2 kill is automatically initiated. The valve on the circulating air line is closed. After Type 2 is killed, the reactor must be cleaned. micro kill: If the reaction temperature is high or the load needs to be reduced quickly, micro-killing can be performed. Generally, each micro-killing can reduce the load by about 10%. Of course, this has something to do with the time it takes to kill the system. Manual kill: On-site manual switch to perform kill. If indoor control fails, kill on site.
There really is a killing system. . . Learned a lot