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All % compositions in the following problem are by mass, unless otherwise noted. The flow-sheet of the downstream section of a metal processing facility is shown in the Figure below. It has two waste streams: • Sream 1 has 23% Iron Oxide (ferric oxide) in water. • Stream 2 flows at 120 kg/hr has 14% by mole Magnesium Oxide in water. The two streams are combined and then passed through a filter that removes most of the solids. It is known that: • 89% of the iron oxide entering the process is removed through stream 4. • 90% of the magnesium oxide entering the process is removed through stream 4. • Stream 4 has 38% magnesium oxide in it. • Beside iron oxide and magnesium oxide, stream 4 also has some water in it (carried away with the filtered solids.) • Stream 5 contains mostly water and some iron oxide and magnesium oxide left over in it. It has 2.1% of magnesium oxide in it. Calculate the mass flow rate and composition (mass fractions) of all streams of the process. Mixer Filter

All % compositions in the following problem are by mass, unless otherwise noted. The flow-sheet of the downstream section of a metal processing facility is shown in the Figure below. It has two waste streams: • Sream 1 has 23% Iron Oxide (ferric oxide) in water. • Stream 2 flows at 120 kg/hr has 14% by mole Magnesium Oxide in water. The two streams are combined and then passed through a filter that removes most of the solids. It is known that: • 89% of the iron oxide entering the process is removed through stream 4. • 90% of the magnesium oxide entering the process is removed through stream 4. • Stream 4 has 38% magnesium oxide in it. • Beside iron oxide and magnesium oxide, stream 4 also has some water in it (carried away with the filtered solids.) • Stream 5 contains mostly water and some iron oxide and magnesium oxide left over in it. It has 2.1% of magnesium oxide in it. Calculate the mass flow rate and composition (mass fractions) of all streams of the process. Mixer Filter

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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All % compositions in the following problem are by mass, unless otherwise noted. The flow-sheet of the downstream section of a metal processing facility is shown in the Figure below. It has two waste streams: Stream 1 has 23% Iron Oxide (ferric oxide) in water. • Stream 2 flows at 120 kg/hr has 14% by mole Magnesium Oxide in water. The two streams are combined and then passed through a filter that removes most of the solids. It is known that: • 89% of the iron oxide entering the process is removed through stream 4. • 90% of the magnesium oxide entering the process is removed through stream 4. • Stream 4 has 38% magnesium oxide in it. • Beside iron oxide and magnesium oxide, stream 4 also has some water in it (carried away with the filtered solids.) • Stream 5 contains mostly water and some iron oxide and magnesium oxide left over in it. It has 2.1% of magnesium oxide in it. Calculate the mass flow rate and composition (mass fractions) of all streams of the process. Мixer Filter
Transcribed Image Text:All % compositions in the following problem are by mass, unless otherwise noted. The flow-sheet of the downstream section of a metal processing facility is shown in the Figure below. It has two waste streams: Stream 1 has 23% Iron Oxide (ferric oxide) in water. • Stream 2 flows at 120 kg/hr has 14% by mole Magnesium Oxide in water. The two streams are combined and then passed through a filter that removes most of the solids. It is known that: • 89% of the iron oxide entering the process is removed through stream 4. • 90% of the magnesium oxide entering the process is removed through stream 4. • Stream 4 has 38% magnesium oxide in it. • Beside iron oxide and magnesium oxide, stream 4 also has some water in it (carried away with the filtered solids.) • Stream 5 contains mostly water and some iron oxide and magnesium oxide left over in it. It has 2.1% of magnesium oxide in it. Calculate the mass flow rate and composition (mass fractions) of all streams of the process. Мixer Filter
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