Water at 22C flows through a 1.8 m-high, 49% porosity GAC bed at a 6 m/h approach velocity.
a) What is the head loss according to (i) the Kozeny Carman equation, and (ii) the empirical relationship if the mean media diameter is 0.65 mm?

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Water at 22C flows through a 1.8 m-high, 49% porosity GAC bed at a 6 m/h approach velocity.
 a) What is the head loss according to (i) the Kozeny Carman equation, and (ii) the empirical relationship if the mean media diameter is 0.65 mm?

Water at 22C flows through a 1.8 m-high, 49% porosity GAC bed at a 6 m/h approach velocity.

a) What is the head loss according to (i) the Kozeny Carman equation, and (ii) the empirical relationship if the mean media diameter is 0.65 mm?

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Water at 22C flows through a 1.8 m-high, 49% porosity GAC bed at a 6 m/h approach velocity. a) What is the head loss according to (i) the Kozeny Carman equation, and (ii) the empirical relationship if the mean media diameter is 0.65 mm?

Unlock all answers

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Water at 22C flows through a 1.8 m-high, 49% porosity GAC bed at a 6 m/h approach velocity.

a) What is the head loss according to (i) the Kozeny Carman equation, and (ii) the empirical relationship if the mean media diameter is 0.65 mm?