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To calculate Flue gas composition, Exercises of Thermodynamics

It helps to calculate flue gas composition

Typology: Exercises

2018/2019

Uploaded on 03/13/2019

Pradeepakaliraj
Pradeepakaliraj 🇮🇳

3 documents

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Mass Fraction
C0.3782
H0.0536
S0.0058
N0.0098
O0.2632
ASH 0.2815
MOISTURE 0.35
HCl 0.0078
HF 0.0001
Air required
stoichiometric air fuel ratio
excess air
actual A/F ratio
Fuel input
Product mi Kg/Kg MSW
CO2 1.3867
H2O 0.8324
SO2 0.0116
O2 1.1091
N2 7.6732
HCl 0.0078
HF 0.0001
Total 11.0131
Dry 10.1807
HHV(WET)
HHV(DRY)
LHV(DRY)
LHV(WET)
pf3
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Mass Fraction C 0. H 0. S 0. N 0. O 0. ASH 0. MOISTURE 0. HCl 0. HF 0.

Air required stoichiometric air fuel ratio excess air actual A/F ratio

Fuel input Product mi Kg/Kg MSW CO2 1. H2O 0. SO2 0. O2 1. N2 7. HCl 0. HF 0. Total 11. Dry 10.

HHV(WET)

HHV(DRY)

LHV(DRY)

LHV(WET)

Oxygen Required 1.009 Kg/Kg MSW 0.429 Kg/Kg MSW 0.006 Kg/Kg MSW 0.00 Kg/Kg MSW -0.263 Kg/Kg MSW 0.000 Kg/Kg MSW 0.000 Kg/Kg MSW

1.180 Kg/Kg MSW 5.130 Kg/Kg MSW

94%

6727.5 kg/h kg/h Gew% 9329.25 12. 8615.34 11. 78.04 0. 7461.72 9. 51621.52 66. 52.47 0. 0.67 0. 77159.02 100. 68543.

Flue gas analysis 7.66 Kg 2.29 Kg

7.67 Kg 1.11 Kg

Wet % Dry % 7.61 9. 17.29 0. 0.04 0. 8.42 10. 66.58 80. 0.05 0. 0.00 0. 100.00 100.