What is the maximum positive pressure that the furnace chamber of the pyrolyzer can withstand in its design?
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I would like to ask the experts: what is the maximum positive pressure that the furnace chamber in the radiation section of a pyrolysis furnace is generally designed to withstand? Thank you!
This question is a bit difficult to answer. Operation of the furnace under positive pressure is strictly prohibited; there are protective measures in place for the furnace pressure, as well as explosion-proof doors and mechanisms for automatic shutdown of the furnace
Thank you. Furnaces designed with negative pressure generally do indeed have positive pressure interlocks. But I believe that when designing, the engineers must have taken positive pressure into consideration as well; otherwise, during maintenance of the converter, when the operators turn on the blower, the furnace chamber will definitely be under positive pressure
This is a valid question; it’s necessary to ask the furnace designer or the furnace manufacturer to find out.
The original poster is being stubborn; not to mention the positive pressure, there’s also the issue of sequential parking. Flames are spraying from all the gaps where the viewing ports and burners/pipes enter and exit the furnace. Do you think that’s funny?
Hello, expert. I’m not being stubborn; I know what you’re saying. I’m just curious whether this risk was taken into consideration when it was designed in the first place
It was the process safety expert who asked me this while the company was conducting a process safety risk analysis; I didn’t know, so I consulted everyone
Negative pressure furnace, with a design pressure of atmospheric pressure