Below shows the process flow chart for the extraction of 1-hexanol (specie C), immiscible with water. The starting material to extract 1-hexanol is a feed mixture co acetic acid (specie A) and water (specie B). Starting with the basis of the given feed mixture, calculate mc, mɛ, and mR. Give a complete and traceable solution in the space provided below. Avoid erasures the notation/variables. mclg CgH130H/min) mɛ(g/min) 0.096 g CH3COOH/g 0.904 g CgH130H/g EXTRACTOR 400 g/min mg(g/min) 0.115 g CH3COOH/g 0.885 g H20/g 0.005 g CH3COOH/g 0.995 g H2O/g
Below shows the process flow chart for the extraction of 1-hexanol (specie C), immiscible with water. The starting material to extract 1-hexanol is a feed mixture co acetic acid (specie A) and water (specie B). Starting with the basis of the given feed mixture, calculate mc, mɛ, and mR. Give a complete and traceable solution in the space provided below. Avoid erasures the notation/variables. mclg CgH130H/min) mɛ(g/min) 0.096 g CH3COOH/g 0.904 g CgH130H/g EXTRACTOR 400 g/min mg(g/min) 0.115 g CH3COOH/g 0.885 g H20/g 0.005 g CH3COOH/g 0.995 g H2O/g
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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Transcribed Image Text:Below shows the process flow chart for the extraction of 1-hexanol (specie C), a liquid
immiscible with water. The starting material to extract 1-hexanol is a feed mixture containing
acetic acid (specie A) and water (specie B).
Starting with the basis of the given feed mixture, calculate mc, mɛ, and mr.
Give a complete and traceable solution in the space provided below. Avoid erasures. Follow
the notation/variables.
mclg C6H130H/min)
mɛ(g/min)
0.096 g CH3COOH/g
0.904 g C6H130H/g
EXTRACTOR
400 g/min
mg(g/min)
0.115 g CH3COOH/g
0.885 g H20/g
0.005 g CH3COOH/g
0.995 g H2O/g
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