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Material Balance Calculation

Material Balance Calculation

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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Chemical Engineering: Material Balance Calculation

An evaporative Cry Process to recover crystalline The flowchart of a steady-state process potashum chromate (K₂ Croy) from an aqueous solution of this -Salt is shown below TH₂O evaporator 4500 kg/h 33.3% K₂ Croy stepti kan → Filter 49.4% M2 Croy krystallize katroy (s did crystals) 2 MO ААА 11 Suppose that the filtrate, were discarded production rate instead of being recycled. Calculate the JA, Eng with cry Falca A 4500 kg/h empuratur m₂(kg/h) 0.333 kg/hy 0.667 Kg W/kg and filter 136.49 K₂ Croy solution (the crystals M₂ = 6.22 Kg K (s) /h₂ M5² 2380 ng/h constitute 95% by muss of the filter Calle) → crystallize 123 [Mg H(i)/h 0.494 K₂ K/Kg filter Imy (Mysor-/) 0.506 ng W/kg S 6.369 ng//hysilh 10.636 ng W/ns l Dins [My/h) n 0.364 ng h/kg 0.636 How were these answers obtained??
Transcribed Image Text:An evaporative Cry Process to recover crystalline The flowchart of a steady-state process potashum chromate (K₂ Croy) from an aqueous solution of this -Salt is shown below TH₂O evaporator 4500 kg/h 33.3% K₂ Croy stepti kan → Filter 49.4% M2 Croy krystallize katroy (s did crystals) 2 MO ААА 11 Suppose that the filtrate, were discarded production rate instead of being recycled. Calculate the JA, Eng with cry Falca A 4500 kg/h empuratur m₂(kg/h) 0.333 kg/hy 0.667 Kg W/kg and filter 136.49 K₂ Croy solution (the crystals M₂ = 6.22 Kg K (s) /h₂ M5² 2380 ng/h constitute 95% by muss of the filter Calle) → crystallize 123 [Mg H(i)/h 0.494 K₂ K/Kg filter Imy (Mysor-/) 0.506 ng W/kg S 6.369 ng//hysilh 10.636 ng W/ns l Dins [My/h) n 0.364 ng h/kg 0.636 How were these answers obtained??
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