Carbureted water gas is produced in the same way as blue water gas but in the presence of cracked oil vapors in a carburetor. A typical gas analysis shows 4.7% CO2, 7.8% C2H4, 0.3% O2, 36.5% H2, 35.5% CO, 8.6% CH4 and 6.6% N2. If this gas is saturated with H2O at 20°C, 742 torrs and burned in 10.434 m3 air at 30°C, 101 kPa and 60% RH per m3 fuel, calculate:a) % excess O2 (183%)b) Orsat analysis of the stack gas (400°C, 760 torrs) if 85% of C burns to CO; all H2 burns to H2O. (5.33% CO2, 0.94% CO)c) GCV in MJ/kgmol (391.68)d) % calorific value lost due to:i) CO (6.984)ii) Uncondensed water Vapor (7.79)iii) sensible heat (34.84)

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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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Carbureted water gas is produced in the same way as blue water gas but in the presence of cracked oil vapors in a carburetor. A typical gas analysis shows 4.7% CO₂, 7.8% C₂H₄, 0.3% O₂, 36.5% H₂, 35.5% CO, 8.6% CH₄ and 6.6% N₂. If this gas is saturated with H₂O at 20°C, 742 torrs and burned in 10.434 m³ air at 30°C, 101 kPa and 60% RH per m³ fuel, calculate:
a) % excess O₂ (183%)
b) Orsat analysis of the stack gas (400°C, 760 torrs) if 85% of C burns to CO; all H₂ burns to H₂O. (5.33% CO₂, 0.94% CO)
c) GCV in MJ/kgmol (391.68)
d) % calorific value lost due to:
i) CO (6.984)
ii) Uncondensed water Vapor (7.79)
iii) sensible heat (34.84)

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