|
|
Natural Gas
| |
% of DFG
(Volume) |
SCF per
106 Btu
|
Lbs. per
106 Btu |
PPM |
Comments |
| CO2 |
10.10
|
1033.00
|
119.76
|
|
Orsat & Calculation
|
| O2 |
3.00
|
306.00
|
25.80
|
|
Orsat & Calculation
|
| CO |
NIL
|
0.20
|
0.07
|
90
|
Colorimetric |
| N2 |
86.90
|
8873.00
|
654.80
|
|
Orsat & Calculation
|
| H2O |
|
2237.00
|
106.16
|
|
Calculations |
| TOTAL |
100.00
|
12449.00
|
906.56
|
|
|
| Particulates |
|
|
0.001
|
|
EPA Method 5 |
| NOX |
|
|
0.035
|
30
|
Chemiluminescent
|
| Hydrocarbons |
0.001
|
0.1
|
0.004
|
10
|
Flame Ionization
|
| SOX |
NOT
APPLICABLE TO GAS |
|
|
Note: Emissions
corrected to 3% O2.
|
|
CONDITIONS
|
| H2
|
22.31%
(Wt.) |
| C
|
68.98%
(Wt.) |
| S
|
0.00%
(Wt.) |
| HHV
|
1,000
Btu/ft.3 |
| Sp.
Gr. |
0.619
|
Propane
|
|
% of
DFG
(Volume) |
SCF per
106 Btu
|
Lbs.
per
106 Btu |
PPM
|
Comments
|
| CO2 |
11.43
|
1190.60
|
138.00
|
|
Orsat & Calculation
|
| O2 |
3.42
|
356.00
|
30.01
|
|
Orsat & Calculation
|
| CO |
NIL
|
0.36
|
0.13
|
90
|
Colorimetric |
| N2 |
85.15
|
8868.70
|
654.17
|
|
Orsat & Calculation
|
| H2O |
|
1523.70
|
72.25
|
|
Calculations |
| TOTAL |
100.00
|
11939.36
|
894.50
|
|
|
| Particulates |
|
|
0.001
|
|
EPA Method 5 |
| NOX |
|
|
0.04
|
35
|
Cheiluminescent
|
| Hydrocarbons |
0.001
|
0.10
|
0.008
|
10
|
Flame Ionization
|
| SOx |
NOT
APPLICABLE TO GAS |
|
|
Note:
Emissions corrected to 3% O2. |
|
CONDITIONS
|
| H2
|
18.29%
(Wt.) |
| C
|
81.71%
(Wt.) |
| S
|
0.00%
(Wt.) |
| HHV
|
2,500
Btu/ft.3 |
| Sp.
Gr. |
0.619
|
Amber 363 Oil
|
|
% of
DFG
(Volume) |
SCF per
106 Btu
|
Lbs.
per
106 Btu |
PPM
|
Comments
|
| CO2 |
13.38
|
1453.55
|
168.53
|
|
Orsat & Calculation
|
| O2 |
2.89
|
313.65
|
26.44
|
|
Orsat & Calculation
|
| CO |
NIL
|
1.10
|
0.08
|
100
|
Colorimetric |
| N2 |
83.73
|
9097.78
|
671.41
|
|
Orsat & Calculation
|
| H2O |
|
1500.16
|
71.20
|
|
Calculations |
| TOTAL |
100.00
|
12365.69
|
937.58
|
|
|
| Particulates |
|
|
0.005
|
|
EPA Method 5 |
| NOX (*)
|
0.003
|
0.44
|
0.05
|
40
|
Cheiluminescent
|
| Hydrocarbons |
0.001
|
0.24
|
0.01
|
20
|
Flame Ionization
|
| SOX |
See
Table |
|
|
Note:
Emissions corrected to 3% O2.
*Based on fuel bound nitrogen of 0.0003% (wt). |
|
CONDITIONS
|
| H2
|
13.67%
(Wt.) |
| C
|
85.88%
(Wt.) |
| S
|
0.001%
(Wt.) |
| HHV
|
19,860
Btu/lb. |
| Sp.
Gr. |
0.859
|
SO2 Emission
|
Weight %
Sulfur
|
SO2Lb./MMBtu
|
PPM*
|
| 0
|
0
|
0
|
| 0.2
|
0.208
|
112
|
| 0.4
|
0.417
|
225
|
| 0.6
|
0.625
|
337
|
| 0.8
|
0.833
|
449
|
| 1.0
|
1.042
|
561
|
| 1.2
|
1.250
|
673
|
| 1.4
|
1.458
|
786
|
| 1.6
|
1.670
|
898
|
| 1.8
|
1.875
|
1010
|
| 2.0
|
2.083
|
1122
|
|
|
*Based
on 3% flue gas O2. |
Molecular
Weights Used
| CO
|
=
|
28
|
N2
|
=
|
28
|
| CO2
|
=
|
44
|
NOX
|
=
|
46
for NO2 |
| H20
|
=
|
18
|
SOX
|
=
|
64
for SO2 |
| O2
|
=
|
32
|
CH4
|
=
|
16
|
|
Conversion
Data
| 1
PPM = 1 Part Per Million = 0.0001% |
| SCF
= Standard Cubic Feet at 60 deg. F at 14.7 psia |
| 1
pound - Mole = 380 SCF |
|
|
