***************************************************
Duty
***********************************************


Horizontal conveying = 120 m

Vertical conveying = 12 m

Required material mass flow rate = 1.5 tonne/hr

Material = Magnesium sulphate (Anhydrous)

Particle density = 2660 kg/m^3

Particle size = 2 mm

No. of 90 deg Elbows = 2

D/d for elbows = 7

Temperature of air = 125 deg C



******************************************************************
Data Taken for Design:
**************************************************************************

Allowable pressure drop = 0.2 bar

Minimum conveying air velocity, Cmin = 16 m/s


Conveying line inlet velocity, C1 = 1.2 x 16 = 19.2 m/s


5” schedule 40 pipe, ID = 128.20 mm


I have used “Pneumatic conveying design guide” by David Mills.



**************************************************************
Results obtained
****************************************************************

Air mass flow rate = 0.26 kg/sec

Material mass flow rate = 1.78 tonne/hr

Volumatric air flow rate = 0.212 m^3/s