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The feed of the flash and the relevant parameters: k fx B.P. A B G mol/h (K) pentane 25 309.1 5.9947 1073.14 -40.188 cis-2-butene 40 276.7 6.0096 967.32 -35.277 n-butane 35 272.5 5.9327 935.77 -34.361 B lg (po/kPa) = A -- (T/K)+C calculate the dew and bubble point 1. Fixed 200 kPa, compositions?

The feed of the flash and the relevant parameters: k fx B.P. A B G mol/h (K) pentane 25 309.1 5.9947 1073.14 -40.188 cis-2-butene 40 276.7 6.0096 967.32 -35.277 n-butane 35 272.5 5.9327 935.77 -34.361 B lg (po/kPa) = A -- (T/K)+C calculate the dew and bubble point 1. Fixed 200 kPa, compositions?

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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VooV Meeting The feed of the flash and the relevant parameters: fx B.P. A B G mol/h (K) pentane 25 309.1 5.9947 1073.14 40.188 cis-2-butene 40 276.7 6.0096 967.32 -35.277 n-butane 35 272.5 5.9327 935.77 -34.361 B lg (pº/kPa) = A- (T/K)+C 1. Fixed 200 kPa, calculate the dew and bubble point compositions? 2. If the flash is operated at 100 kPa, at what temperature could you recover 80% cis-2-butene in the vapor? Send the answer sheet (PDF file) to the mailbox. Homework Speaking
Transcribed Image Text:VooV Meeting The feed of the flash and the relevant parameters: fx B.P. A B G mol/h (K) pentane 25 309.1 5.9947 1073.14 40.188 cis-2-butene 40 276.7 6.0096 967.32 -35.277 n-butane 35 272.5 5.9327 935.77 -34.361 B lg (pº/kPa) = A- (T/K)+C 1. Fixed 200 kPa, calculate the dew and bubble point compositions? 2. If the flash is operated at 100 kPa, at what temperature could you recover 80% cis-2-butene in the vapor? Send the answer sheet (PDF file) to the mailbox. Homework Speaking
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