At 400°C, 760mmHg, and a saturation temperature of 54°C, a stack gas with an analysis of 7.5 percent CO2, 2.3 percent CO, 1.12 percent H2, 6 percent O2, and 83.08 percent N2 exits. Excess air is provided to the very same furnace at 28°C, 745 torr, and 85 percent relative humidity. It's presumed that the fuel is a saturated hydrocarbon. Determine: a.) The percent excess air if 2000 m3 air is provided and 4200 m3 stack gas is produced? b.) Fuel's chemical formula c.) Fuel analysis, given that the fuel isn't pure and has significant amounts of nitrogen.
At 400°C, 760mmHg, and a saturation temperature of 54°C, a stack gas with an analysis of 7.5 percent CO2, 2.3 percent CO, 1.12 percent H2, 6 percent O2, and 83.08 percent N2 exits. Excess air is provided to the very same furnace at 28°C, 745 torr, and 85 percent relative humidity. It's presumed that the fuel is a saturated hydrocarbon. Determine: a.) The percent excess air if 2000 m3 air is provided and 4200 m3 stack gas is produced? b.) Fuel's chemical formula c.) Fuel analysis, given that the fuel isn't pure and has significant amounts of nitrogen.
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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At 400°C, 760mmHg, and a saturation temperature of 54°C, a stack gas with an analysis of 7.5 percent CO2, 2.3 percent CO, 1.12 percent H2, 6 percent O2, and 83.08 percent N2 exits. Excess air is provided to the very same furnace at 28°C, 745 torr, and 85 percent relative humidity. It's presumed that the fuel is a saturated hydrocarbon.
Determine:
a.) The percent excess air if 2000 m3 air is provided and 4200 m3 stack gas is produced?
b.) Fuel's chemical formula
c.) Fuel analysis, given that the fuel isn't pure and has significant amounts of nitrogen.
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