4 . The following data are available for the proposed design of an electrostatic precipitator . Air volumetric flow rate = 100 , 000 acting Uniform

The following data are available for the proposed design of an electrostatic precipitator.

Air volumetric flow rate = 100,000 acfm

Uniform flow distribution through 10 channels of plates

Plate height = 30 ft with 12 inch plate-to-plate spacing

Plate length = 36 ft

Inlet loading = 14 gr/ft3

Outlet loading = 0.35 gr/ft3

4 . The following data are available for the proposed design of an electrostatic precipitator .Air volumetric flow rate = 100 , 000 actingUniform flow distribution through 10 channels of platesPlate height = 30 It with 12 inch plate – to – plate spacingPlate length = 36 ftInlet loading = 14 or / ft"Outlet loading = 0. 35 or / ft ?"The data of average particle size ( Di ) , mass fraction ( X; ) and drift velocity wi are given below .Average Di ( um )wi ( It / s )xiMiJilli0. 10. 270. 010. 250. 150. 010. 50 . 120. 011. 00. 1 10. 011.50. 150. 162.00. 200. 162.50. 260. 165. 00. 500. 1610. 00. 600. 1625. 00. 700. 16Calculate collection efficiency of each average particle size , fill the table , and determine*whether the proposed design will meet the desired efficiency . Use mixed – flow model .

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