再生器的主要作用是烧去附在催化剂上的焦炭，恢复催化剂的活性，同时也提供

The main function of the regenerator is to burn off the coke attached to the catalyst, restore the activity of the catalyst, and also provide heat for the entire reaction. The function of the cyclone separator is to use inertial centrifugal force to separate the catalyst particles carried by the flue gas produced after the regenerator is scorched, recover the catalyst, and prevent the regenerator from "runaway". The device uses 2-stage high-temperature regeneration, the first regenerator uses 4 sets of built-in 2-stage tandem cyclones, and the second regenerator uses 2 external single-stage cyclones. The outstanding feature of the GE cyclone separator is the use of a special-shaped volute inlet, which changes the velocity and static pressure distribution in the annular space, suppresses the top ash ring and longitudinal vortex, and improves the separation efficiency. However, the special-shaped inlet structure is not the best and only choice to suppress short-circuit flow and weaken the top ash ring. It is also not the best in terms of performance indicators such as separation efficiency and pressure drop, and this structure also increases the difficulty of manufacturing.

The main function of the regenerator is to burn the coke attached to the catalyst, restore the activity of the catalyst, but also provide the heat of the whole reaction. The role of the cyclone separator is to use inertial centrifugal force to separate the catalyst particles carried by the flue gas produced by the scorching of the regenerator, to recover the catalyst, and to prevent the regenerator from "running agent". The device uses 2 high temperature regeneration, the 1st regenerator uses 4 sets of built-in 2-stage series cyclone separator, the second regenerator uses 2 external single-stage cyclone separator. Ge-type cyclone separator is characterized by the use of special-shaped shell inlet, and thus change the speed of the ring space and static pressure distribution, inhibit the top gray ring and vertical vortex, can improve the separation efficiency. However, the special import structure is not the best and only choice to suppress short-circuit flow and weaken the top gray ring, and it is not optimal in terms of performance indicators such as separation efficiency and pressure drop, and it also increases the difficulty of manufacturing.

The main function of the regenerator is to burn off coke attached to the catalyst, recover the activity of the catalyst, and provide heat for the whole reaction. The function of cyclone separator is to separate the catalyst particles carried by the flue gas after the regenerator is burnt by inertial centrifugal force, recover the catalyst and prevent the regenerator from "running off". The first regenerator uses four groups of internal two-stage cyclone separators in series, and the second regenerator uses two external single-stage cyclone separators. The outstanding feature of Ge cyclone separator is that it adopts a special-shaped volute inlet to change the velocity and static pressure distribution in the annular space, suppress the top ash ring and longitudinal vortex, and improve the separation efficiency. However, the special-shaped inlet structure is not the best and only choice to suppress the short-circuit flow and weaken the top ash ring, and it is not the best from the separation efficiency and pressure drop and other performance indicators, and this structure also increases the difficulty of manufacturing.<br>