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(a) A cryogenic distillation unit has a feed of 1000 kgmol/hr air. The top stream has 700 kgmol/hr nitrogen and the bottom stream has 160 kgmol/hr oxygen. The process is illustrated in the block diagram below. Write balances on the oxygen and nitrogen to determine the unknown component molar flow rates. 700 kgmol/hr N; n, kemol/hr O. 790 kgmol/hr N; 210 kgmol/hr O; n, kgmol/hr N; 160 kgmol/hr O:

(a) A cryogenic distillation unit has a feed of 1000 kgmol/hr air. The top stream has 700 kgmol/hr nitrogen and the bottom stream has 160 kgmol/hr oxygen. The process is illustrated in the block diagram below. Write balances on the oxygen and nitrogen to determine the unknown component molar flow rates. 700 kgmol/hr N; n, kemol/hr O. 790 kgmol/hr N; 210 kgmol/hr O; n, kgmol/hr N; 160 kgmol/hr O:

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
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(a) A cryogenic distillation unit has a feed of 1000 kgmol/hr air, The top stream has 700 kgmol/hr nitrogen and the bottom stream has 160 kgmol/hr oxygen. The process is illustrated in the block diagram below. Write balances on the oxygen and nitrogen to determine the unknown component molar flow rates. 700 kgmol/hr N; n, kgmol/hr O. 790 kgmol/hr N: 210 kgmol/hr O: n, kgmol/hr N; 160 kgmol/hr O:
Transcribed Image Text:(a) A cryogenic distillation unit has a feed of 1000 kgmol/hr air, The top stream has 700 kgmol/hr nitrogen and the bottom stream has 160 kgmol/hr oxygen. The process is illustrated in the block diagram below. Write balances on the oxygen and nitrogen to determine the unknown component molar flow rates. 700 kgmol/hr N; n, kgmol/hr O. 790 kgmol/hr N: 210 kgmol/hr O: n, kgmol/hr N; 160 kgmol/hr O:
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