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Calculate the amount of recycled stream from the washer in kg/min  Calculate the amount of crystal E coming out as product from the precipitator in kg/min

Calculate the amount of recycled stream from the washer in kg/min  Calculate the amount of crystal E coming out as product from the precipitator in kg/min

Introduction to Chemical Engineering Thermodynamics
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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Calculate the amount of recycled stream from the washer in kg/min 

Calculate the amount of crystal E coming out as product from the precipitator in kg/min

A liquid super conductor E is produced from its water solution by staged evaporation and crystallization (precipitation). Temperature, *C Wt% E in Water Vapor 100*C saturated solution 20 5.71 30 7.23 100 31.0 Feed Solution = 437 kg/min E= 0.472% Saturated solution, 35 kg/min, 20°C Evaporator, 100*C Water 20°C Pure liquid E, 30*C Melter, E dissolved in water 100*C Precipitator and Settler, 30*C 20*C Solid and some liquid E (100% E) crystal E (pure) with saturated 30°C solution, 7.06 kg/min, 20*C Washer, Solid and liquld E (100% E) 30*C Pure liquid E, saturated 30*C solution, 30*C 30*C
Transcribed Image Text:A liquid super conductor E is produced from its water solution by staged evaporation and crystallization (precipitation). Temperature, *C Wt% E in Water Vapor 100*C saturated solution 20 5.71 30 7.23 100 31.0 Feed Solution = 437 kg/min E= 0.472% Saturated solution, 35 kg/min, 20°C Evaporator, 100*C Water 20°C Pure liquid E, 30*C Melter, E dissolved in water 100*C Precipitator and Settler, 30*C 20*C Solid and some liquid E (100% E) crystal E (pure) with saturated 30°C solution, 7.06 kg/min, 20*C Washer, Solid and liquld E (100% E) 30*C Pure liquid E, saturated 30*C solution, 30*C 30*C
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