Dear chavannilesh,

Heat exchangers are required, where the conveying gas is too hot for the conveyed material.

The design parameters for the cooler are:

-The compressor outlet temperature

-The cooled temperature

-Pressure

-Cooling medium

-Condensation. ■

Dear chavannilesh,

Heat exchangers are required, where the conveying gas is too hot for the conveyed material.

The design parameters for the cooler are:

-The compressor outlet temperature

-The cooled temperature

-Pressure

-Cooling medium

-Condensation. ■

Dear chavannilesh,

If you want to dry the conveyed material, then the conveying gas must be dried first to a dewpoint temperature at the conveying pressure well below the material temperature.

Do not expect to much from the drying effect in pneumatic conveying ,as the residence time of a particle in the pipeline is rather short. ■

Dear chavannilesh,

If you want to dry the conveyed material, then the conveying gas must be dried first to a dewpoint temperature at the conveying pressure well below the material temperature.

Do not expect to much from the drying effect in pneumatic conveying ,as the residence time of a particle in the pipeline is rather short. ■

Dear chavannilesh,

Extending the pneumatic conveying distance, just to increase the residence time, for drying purposes is not the smartest way of drying.

A fluidized bed is a better and cheaper way.

Do not forget to calculate the temperatures, water content and Relative Humidity of the drying gas, before and after drying. ■

Dear chavannilesh,

Extending the pneumatic conveying distance, just to increase the residence time, for drying purposes is not the smartest way of drying.

A fluidized bed is a better and cheaper way.

Do not forget to calculate the temperatures, water content and Relative Humidity of the drying gas, before and after drying. ■