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Ergun Equation Reference: Introduction to Particle Technology, 2 nd ed., Martin Rhodes Work and Power Reference: Introduction to Particle Technology, 2 nd ed., Martin Rhodes Screen Efficiency Reference: Mechanical Operations Fundamental Principles and Applications, 2 nd ed., Kiran D. Patil

Particles LT 2 Lau Memije Timbreza

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Page 1: Particles LT 2 Lau Memije Timbreza

Ergun Equation

Reference: Introduction to Particle Technology, 2nd ed., Martin Rhodes

Work and Power

Reference: Introduction to Particle Technology, 2nd ed., Martin Rhodes

Screen Efficiency

Reference: Mechanical Operations Fundamental Principles and Applications, 2nd ed., Kiran D. Patil

Page 2: Particles LT 2 Lau Memije Timbreza

Solution

Ergun Equation

Page 3: Particles LT 2 Lau Memije Timbreza

Work and Power

Page 4: Particles LT 2 Lau Memije Timbreza

Screen Efficiency

If F = 100

D = 75 and b = 25

D/F = 75/100 = 0.75

From table, xB = 0.332 and xD = 0.584

Solving for xF, xF = 0.521

Screen efficiency,

E = 0.2931 or 29.31%