An evaporative Crystallization Process The flow-chart of a steady-state process to recover crystalline. potassium chromate (K₂ (v Uy) from an aqueous solution of this salt is shown 1H₂0 4500 kg/h 33.3% K₂ Croy → evaporatur filter calle crystallizer K₂Croy (sulid crystals) filter 36.4 %0 K₂ Croy solution. (the crystals constitute 95% by mass of the filter calle) Suppose that the filtrate were discarded instead of being recycled. Calculate the production of crystals. wish the calculations. Show degree-of-freedom for each system, then proceed 4500K Tń, [Usw/h] 0.333 kg Wy evaporator ₂ (M₂/b) 0.667 Ks W/kg 0.994 0.506 filter crystallizer muskin [my (Kssoir/h) 0364 M₂ K/M₂sol 0.636 1W/1550n и забравил M5² 2380 kg/h Umg (us/h), ở sảy ngưng 0.636 Kg with g
An evaporative Crystallization Process The flow-chart of a steady-state process to recover crystalline. potassium chromate (K₂ (v Uy) from an aqueous solution of this salt is shown 1H₂0 4500 kg/h 33.3% K₂ Croy → evaporatur filter calle crystallizer K₂Croy (sulid crystals) filter 36.4 %0 K₂ Croy solution. (the crystals constitute 95% by mass of the filter calle) Suppose that the filtrate were discarded instead of being recycled. Calculate the production of crystals. wish the calculations. Show degree-of-freedom for each system, then proceed 4500K Tń, [Usw/h] 0.333 kg Wy evaporator ₂ (M₂/b) 0.667 Ks W/kg 0.994 0.506 filter crystallizer muskin [my (Kssoir/h) 0364 M₂ K/M₂sol 0.636 1W/1550n и забравил M5² 2380 kg/h Umg (us/h), ở sảy ngưng 0.636 Kg with 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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Chemical Engineering: material balances
![An
evaporative Crystallization
Process
flow-chart of
The a steady-state process
to recover crystalline putussouch chromate (K₂Cruy)
from an aqueous solution of this salt is shown
1+1/₂0
4500 каль
33.3% K₂ Croy evaporatio
filter calle
crystallizer K₂Croy (solid crystals)
filter 36.4%0 K₂ Croy solution
(the crystals constitute
95% by mass of the
filter calle)
() Suppose that the filtrate were discorded instead of
eing recycled. Calculate the production of crystals
with the calculations,
Show degree-of-freedom for each system, then proceed.
↑m, [Usw/h]
4500 kg/h
из кутка
0.333 k₂ WK₂ evaporatur _₂ (1₂/1)
0.667 kg W/kg
400 Sheets
n
crystallizer
mscuskih
0.494 M5K/KS | falter [my (Kgsolin /h)
0.364
0.636 njW/n
ng k/ngsüln
ng Wing soln
32 622 изисо
h
Ms ² 2380 kg/h
Please contact us at our
TRURED.com
Jums (us/h)
0.364 nigh/ky
0.636
Mes
Kg with g](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ba88ecd-654b-4f6b-9783-e93c33ca6a16%2F8061e40a-e261-4371-8a0c-d9e21531ee1e%2F22xdxol_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An
evaporative Crystallization
Process
flow-chart of
The a steady-state process
to recover crystalline putussouch chromate (K₂Cruy)
from an aqueous solution of this salt is shown
1+1/₂0
4500 каль
33.3% K₂ Croy evaporatio
filter calle
crystallizer K₂Croy (solid crystals)
filter 36.4%0 K₂ Croy solution
(the crystals constitute
95% by mass of the
filter calle)
() Suppose that the filtrate were discorded instead of
eing recycled. Calculate the production of crystals
with the calculations,
Show degree-of-freedom for each system, then proceed.
↑m, [Usw/h]
4500 kg/h
из кутка
0.333 k₂ WK₂ evaporatur _₂ (1₂/1)
0.667 kg W/kg
400 Sheets
n
crystallizer
mscuskih
0.494 M5K/KS | falter [my (Kgsolin /h)
0.364
0.636 njW/n
ng k/ngsüln
ng Wing soln
32 622 изисо
h
Ms ² 2380 kg/h
Please contact us at our
TRURED.com
Jums (us/h)
0.364 nigh/ky
0.636
Mes
Kg with g
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