b. Calculate the amount of produ (42% concentrate) produced per

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
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These are interconnected questions aligned to Bartleby's rules. See below. 11. For Number 5 letter b: The amount of product produced per 100 kg fresh juice fed to the process is ____ kg. 12. For Number 5 letter c: The fraction of feed that bypasses the evaporator is __.
b. Calculate the amount of product
(42% concentrate) produced per
100 kg fresh juice fed to the
process.
c. Calculate the fraction of the feed
that bypasses the evaporator.
Transcribed Image Text:b. Calculate the amount of product (42% concentrate) produced per 100 kg fresh juice fed to the process. c. Calculate the fraction of the feed that bypasses the evaporator.
#5. Fresh Orange juice contains 12.0 wt
% solids and the balance water, and
concentrate orange juice contains 42 %
wt solids. Initially a single evaporation
process was used for the concentration,
butbvolatile constituents of the juice
escaped with the water, leaving the
concentrate with a flat taste. The
current process overcomes this problem
by bypassing the evaporator with a
fraction of the fresh juice. The juice that
enters the evaporator is concentrated to
58% wt solids, and the evaporator
product stream is mixed with the
bypassed fresh juice to achieve the
desired final concentration.
a. Draw and label a flowchart of
this process, neglecting the
vaporization of everything in the
juice but water.
b. Calculate the amount of product
(42 % concentrate) produced per
100 kg fresh juice fed to the
process.
Transcribed Image Text:#5. Fresh Orange juice contains 12.0 wt % solids and the balance water, and concentrate orange juice contains 42 % wt solids. Initially a single evaporation process was used for the concentration, butbvolatile constituents of the juice escaped with the water, leaving the concentrate with a flat taste. The current process overcomes this problem by bypassing the evaporator with a fraction of the fresh juice. The juice that enters the evaporator is concentrated to 58% wt solids, and the evaporator product stream is mixed with the bypassed fresh juice to achieve the desired final concentration. a. Draw and label a flowchart of this process, neglecting the vaporization of everything in the juice but water. b. Calculate the amount of product (42 % concentrate) produced per 100 kg fresh juice fed to the process.
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