a) Enthalpy of Boiler Flue gas mixture stream Analyze enthalpy calculation for the Boiler Flue gas stream having composition as per table 1. calculate the heat content of A kmole gas mixture from 25 °C to B °C using given co data of gas mixture components as per table 2. [Note: Select A, B, C value as per instruction in Table 3] a. Gas N₂ H₂O 02 CO2 2 100-13-2-C Composition (Mole %) с 13 [Table 1: Gas mixture composition for task 1a)] co = a + bT + CT2, kJ/(kmole.K) or J/(mole.K) Gas a b x 10³ C x 106 CO2 (g) 21.35 64.27 -41.01 H2O (g) 32.49 0.08 13.21 O2 (g) 26.01 11.76 -2.35 N2 (g) 29.60 -5.15 13.19 [Table 2: c constants for task 1a)] Constant Value Example A 7464 68.18 kmole B 746 6 681 °C 726 C N2 = 68.18% And CO2 = 100-13-2-68.18-16.82% [Table 3: Assigned value of A, B, C for task 1a)]
a) Enthalpy of Boiler Flue gas mixture stream Analyze enthalpy calculation for the Boiler Flue gas stream having composition as per table 1. calculate the heat content of A kmole gas mixture from 25 °C to B °C using given co data of gas mixture components as per table 2. [Note: Select A, B, C value as per instruction in Table 3] a. Gas N₂ H₂O 02 CO2 2 100-13-2-C Composition (Mole %) с 13 [Table 1: Gas mixture composition for task 1a)] co = a + bT + CT2, kJ/(kmole.K) or J/(mole.K) Gas a b x 10³ C x 106 CO2 (g) 21.35 64.27 -41.01 H2O (g) 32.49 0.08 13.21 O2 (g) 26.01 11.76 -2.35 N2 (g) 29.60 -5.15 13.19 [Table 2: c constants for task 1a)] Constant Value Example A 7464 68.18 kmole B 746 6 681 °C 726 C N2 = 68.18% And CO2 = 100-13-2-68.18-16.82% [Table 3: Assigned value of A, B, C for task 1a)]
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
Related questions
Question
![a) Enthalpy of Boiler Flue gas mixture stream
Analyze enthalpy calculation for the Boiler Flue gas stream having composition as per table 1.
calculate the heat content of A kmole gas mixture from 25 °C to B °C using given co data of gas
mixture components as per table 2.
[Note: Select A, B, C value as per instruction in Table 3]
a.
Gas
N₂
H₂O
02
CO2
2
100-13-2-C
Composition
(Mole %)
с
13
[Table 1: Gas mixture composition for task 1a)]
co = a + bT + CT2, kJ/(kmole.K) or J/(mole.K)
Gas
a
b x 10³
C x 106
CO2 (g)
21.35
64.27
-41.01
H2O (g)
32.49
0.08
13.21
O2 (g)
26.01
11.76
-2.35
N2 (g)
29.60
-5.15
13.19
[Table 2: c constants for task 1a)]
Constant
Value
Example
A
7464
68.18 kmole
B
746
6
681 °C
726
C
N2 = 68.18%
And CO2 = 100-13-2-68.18-16.82%
[Table 3: Assigned value of A, B, C for task 1a)]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0280cc21-8041-4b35-83af-094302e775e5%2Ffa7fb798-d601-472b-8e00-52473132025b%2Fzdg443b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a) Enthalpy of Boiler Flue gas mixture stream
Analyze enthalpy calculation for the Boiler Flue gas stream having composition as per table 1.
calculate the heat content of A kmole gas mixture from 25 °C to B °C using given co data of gas
mixture components as per table 2.
[Note: Select A, B, C value as per instruction in Table 3]
a.
Gas
N₂
H₂O
02
CO2
2
100-13-2-C
Composition
(Mole %)
с
13
[Table 1: Gas mixture composition for task 1a)]
co = a + bT + CT2, kJ/(kmole.K) or J/(mole.K)
Gas
a
b x 10³
C x 106
CO2 (g)
21.35
64.27
-41.01
H2O (g)
32.49
0.08
13.21
O2 (g)
26.01
11.76
-2.35
N2 (g)
29.60
-5.15
13.19
[Table 2: c constants for task 1a)]
Constant
Value
Example
A
7464
68.18 kmole
B
746
6
681 °C
726
C
N2 = 68.18%
And CO2 = 100-13-2-68.18-16.82%
[Table 3: Assigned value of A, B, C for task 1a)]
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