Forced fluidization of the catalytic cracking external heat exchanger?
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Forced fluidization of the catalytic cracking external heat exchanger? Where is the coercion reflected?
Gas is passed through the bottom of the heat exchanger to create a fluidized bed.
External heat-induced forced fluidization is the pre-fluidization data design for the regenerator
This is reflected in: the collection of the catalyst, with a degassing hopper being designed instead of a grid plate. External heat degassing uses a separate degassing tube. Forced pressurization fan, forced water pump.
Currently, the designs are generally of the downflow type.
A degassing hopper rather than a grid plate was designed for catalyst collection. External heat degassing uses a separate degassing tube. Forced pressure boost fan and forced water pump.
Why do you need to create two posts for one topic?
The key is to ensure proper pressure balance under different operating conditions; if the pressure balance is satisfactory, then vulcanization will proceed without issues. From a professional perspective, it is generally not referred to as \"forced\"; in fact, even a \"full-backmixing\" type of external heat exchanger falls under the category of \"forced\" systems, as there must be some form of fluidizing air present.