Please provide a detailed thought exercise for the following, no calculations are needed. A packed tower is being used to scrub ammonia out of a stream containing only 3% of that gas. The tower contains 1-cm Raschig rings; it is 50 cm in diameter and 4.3 m high. The gas flow of 0.93 kg/sec is at 30 degrees C and is largely air at 100% relative humidity and 1,100 mm Hg; it leaves the tower with only 2.2x10^-6 % NH_3. The liquid flow of 6.7 kg/sec is also at 30 degrees C. The Henry's law constant under these conditions is y_NH3 = 0.85x_NH3. What is the mass transfer coefficient K_G in this tower?
Please provide a detailed thought exercise for the following, no calculations are needed. A packed tower is being used to scrub ammonia out of a stream containing only 3% of that gas. The tower contains 1-cm Raschig rings; it is 50 cm in diameter and 4.3 m high. The gas flow of 0.93 kg/sec is at 30 degrees C and is largely air at 100% relative humidity and 1,100 mm Hg; it leaves the tower with only 2.2x10^-6 % NH_3. The liquid flow of 6.7 kg/sec is also at 30 degrees C. The Henry's law constant under these conditions is y_NH3 = 0.85x_NH3. What is the mass transfer coefficient K_G in this tower?
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Please provide a detailed thought exercise for the following, no calculations are needed.
A packed tower is being used to scrub ammonia out of a stream containing only 3% of that gas. The tower contains 1-cm Raschig rings; it is 50 cm in diameter and 4.3 m high. The gas flow of 0.93 kg/sec is at 30 degrees C and is largely air at 100% relative humidity and 1,100 mm Hg; it leaves the tower with only 2.2x10^-6 % NH_3. The liquid flow of 6.7 kg/sec is also at 30 degrees C. The Henry's law constant under these conditions is y_NH3 = 0.85x_NH3. What is the
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