Blue Water Gas is a synthesis gas produced from petroleum and is so named because of the characteristic blue flame it produces when burned. A typical analysis of blue water gas shows 32.4% CO, 4.9% CO2, 34.3% H2, 8.2% N2, 0.9% O2, 10.4% CH4 and the rest is H2S. A design engineer in a plant wants to put a sample of blue water gas, which he weighed at 16.78 kg, inside a spherical tank. He wishes to maintain this tank at 15oC so that CO2, will exert a partial pressure of 11.7 kPa. a) If you were the design engineer, submit a report by completing the following table: Average Molecular weight Total Pressure (kPa) Density (kg/m3) Volume of tank (m3) Diameter of tank (m)
Blue Water Gas is a synthesis gas produced from petroleum and is so named because of the characteristic blue flame it produces when burned. A typical analysis of blue water gas shows 32.4% CO, 4.9% CO2, 34.3% H2, 8.2% N2, 0.9% O2, 10.4% CH4 and the rest is H2S. A design engineer in a plant wants to put a sample of blue water gas, which he weighed at 16.78 kg, inside a spherical tank. He wishes to maintain this tank at 15oC so that CO2, will exert a partial pressure of 11.7 kPa. a) If you were the design engineer, submit a report by completing the following table: Average Molecular weight Total Pressure (kPa) Density (kg/m3) Volume of tank (m3) Diameter of tank (m)
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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Blue Water Gas is a synthesis gas produced from petroleum and is so named because of the characteristic blue flame it produces when burned. A typical analysis of blue water gas shows 32.4% CO, 4.9% CO2, 34.3% H2, 8.2% N2, 0.9% O2, 10.4% CH4 and the rest is H2S. A design engineer in a plant wants to put a sample of blue water gas, which he weighed at 16.78 kg, inside a spherical tank. He wishes to maintain this tank at 15oC so that CO2, will exert a partial pressure of 11.7 kPa.
- a) If you were the design engineer, submit a report by completing the following table:
|
Average Molecular weight |
|
|
Total Pressure (kPa) |
|
|
Density (kg/m3) |
|
|
Volume of tank (m3) |
|
|
Diameter of tank (m) |
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