An analysis of the flue gas (dry basis) indicates that it consists of 7.71% CO, 0.51% CO, 7.41% O, 84.32% of N2, and a trace amount of methane and ethane (% mole). Calculate: a. The composition of the fuel b. The conversion of oxygen c. The conversion of methane d. The conversion of ethane e. The excess amount of air used
An analysis of the flue gas (dry basis) indicates that it consists of 7.71% CO, 0.51% CO, 7.41% O, 84.32% of N2, and a trace amount of methane and ethane (% mole). Calculate: a. The composition of the fuel b. The conversion of oxygen c. The conversion of methane d. The conversion of ethane e. The excess amount of air used
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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system shown in Figure P2.17. The reaction is
N2 + 3H2 – 2NH3
99 of 494
onia is removed completely in the separator. A feed stream con-
sisting of 2% argon (by mole) and stoichiometric proportion of the reac-
tants is fed into the system at the rate of 100 mol/min. The mole fraction
of argon in the purge stream (stream 6) is 5%, and the conversion per
pass in the reactor is 10%, Determine:
a. The production rate of ammonia
b. The overall (process) conversions of nitrogen and hydrogen
c. The flow rate of the recycle stream (stream 7)
2.183 A gaseous fuel consisting of a mixture of methane (CH4) and ethane
(C,H) is fed into a burner in a proportion of 1 mol of fuel per 18 mol of
air. The following reactions are believed to take place in the reactor:
CH4 + 202
- CO2 + 2H2O
2CH4 + 302
- 2CO + 4H2O
2C,H6 + 502
4CO + 6H2O
3
Reactor
Separator
4
+ Ammonia
7
6 Purge
Figure P2.17
Ammonia rector with a separator.
BIBLIOGRAPHY
79
2C2H6 + 702 → 4CO2 + 6H2O
2CO + 02 - 2CO2
An analysis of the flue gas (dry basis) indicates that it consists of 7.71%
CO,, 0.51% CO, 7.41% O2, 84.32% of N2, and a trace amount of methane
and ethane (% mole). Calculate:
a. The composition of the fuel
b. The conversion of oxygen
c. The conversion of methane
d. The conversion of ethane
e. The excess amount of air used
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