How does the pneumatic press position affect the reaction position?
Thread Content
How does the pneumatic press position affect the reaction position?
After the device is running normally, the reaction pressure is controlled by the speed of the pneumatic unit. At the same time, the processing capacity of the air compressor also determines the changes in the processing load of the device to a large extent, and the impact is quite large.
The current trend is full-process operation. Our gas compressor and reaction are in the same position. In the future, catalysis may only have one position. The two parts are closely related, and the reaction pressure relies on the air compressor to adjust.
The reaction pressure is adjusted by the air compressor, and changes in the rotation speed, surge, inlet flow rate, outlet pressure, etc. of the air compressor will all be affected.
The air compressor and the main fan are the heart of the catalytic device. The main fan provides air to the catalytic device to ensure normal burning and fluidization of the catalyst. The air compressor is responsible for regulating the pressure of the reactor. Every movement of the air compressor will cause fluctuations in the catalytic device. Its number of revolutions can affect the processing capacity of the catalytic device. Anti-flight is an important means to adjust the pressure balance between the two devices. In short, it is an inseparable part of the catalysis. Without it, the catalysis will not be able to operate.
Pressure fluctuations will definitely have an impact on the reaction
The air compressor directly affects the reaction pressure. Usually, adjusting the speed of the air compressor is used as a main means to adjust the pressure.
The current trend reaction and the air compressor should be two parts of the same job. The gas generated by the reaction is boosted by the air compressor and then transported to the stable system for separation. Therefore, the main task of the air compressor is to maintain the stability of the reaction pressure. If the machine is unstable, its reaction will fluctuate, and if the machine's reaction is unstable, it will also need to be adjusted accordingly. {:2_45:}
The air compressor is the core of the catalytic device. It mainly provides air for the catalytic device to ensure normal burning and fluidization of the catalyst. The pressure adjustment of the reactor is completed by adjusting the speed of the air compressor. Therefore, in order to ensure the normal operation of the two reactors, the reactor is now the main post and the air compressor is the secondary post. They obey the operating instructions of the reactor post.
In normal operation, the reaction pressure is adjusted by changing the rotation speed of the air compressor. As the rotation speed increases, the reaction pressure decreases.； The number of revolutions decreases and the reaction pressure increases. The operating status of the air compressor directly affects the reaction pressure.
There needs to be a coordination issue between the reaction post and the two machine posts. First, it depends on the situation under which the reaction pressure is high. Second, it depends on the load of the air compressor post. If the load of the air compressor allows, the rotation speed of the gas turbine can be adjusted to reduce the pressure of the reactor. If the air compressor is already at full load, the processing capacity of the reaction post must be reduced.