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GA-40 T plus BASIC PRINCIPLES OF CALCULATING RESULTS
51
The above formula may be transformed with the use of formula
Œ
into the form:
[ ]
λ =
20
95%
2095%
2
.
. %O
meas
6.7 Fuel parameters
The basis for correctly determining the quantities describing the combustion process is the knowledge of fuel
parameters. GA-40 T plusplus analyser has stored parameters for several standard fuels. Table 7 presents
parameters for all the analyser fuels.
No Fuel type CO
2max
[%]
A1 B
αα
O
2ref
[%]
Vatr
[m³]
Hu
[MJ/UNIT]
Unit
1. Light oil
15.4 0.5000 0.007 52 3 42.70
kg
2. Natural gas
11.7 0.3700 0.009 32 3 35.90
3. Town gas
13.1 0.3500 0.011 32 3 16.10
4. Coke-oven gas
10.2 0.2900 0.011 32 3 17.40
5. Liquid gas
14.0 0.4200 0.008 32 3 93.20
6. BIO-Diesel
15.7 0.4567 0.005 52 3 41.80
kg
7. Extra light oil
15.3 0.5900 0 52 3 41.80
kg
8. Heavy oil
15.9 0.6100 0 52 3 41.00
kg
9. Coal-tar oil
18.0 0.6500 0 52 3 37.70
kg
10. Natural gas with fan
12.1 0.4600 0 32 3 35.90
11. Town gas with fan
10.0 0.3800 0 32 3 16.10
12.
Propane with fan
13.7 0.5000 0 32 3 93.20
13. Propane
13.7 0.4750 0 32 3 93.20
14. Butane with fan
14.1 0.5000 0 32 3 123.80
15. Butane
14.1 0.4750 0 32 3 123.80
16. Biogas with fan
11.7 0.7800 0 32 3 35.90
17. Biogas
11.7 0.7100 0 32 3 35.90
18. Mineral coal HV 31.5
18.8 0.6830 0 69 11 31.50
kg
19. Mineral coal HV 30.3
18.5 0.6720 0 69 11 30.30
kg
20. Lignite HV 8.2
19.1 1.1130 0 69 11 8.16
kg
21. Lignite HV 9.4
19.1 0.9880 0 69 11 9.34
kg
22. Dry wood
19.4 0.6500 0 69 11 15.60
kg
Tab. 7: Parameters of fuels stored in the memory of GA-40 T plus analyser.
Table 7. shows the following parameters:
CO2
max
- the maximum concentration of carbon dioxide in the combustion gas, a quantity
specific for a given type of fuel. The parameter determines the amount of carbon
dioxide in the combustion gases if the combustion process is carried out with
excess air factor l equal 1.
A1, B - factors which appear in Siegert's empirical formula
α - the factor used to calculate loss caused by incomplete combustion.
It should be assumed
α = 69 for solid fuels
α = 52 for liquid fuels
α = 32 for gaseous fuels
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