Run 1.xlsm
V
m(std)
– Volume of Gas Sampled Corrected to Dry Standard Conditions, dscf
ASTM E2515 equation (6)
Where:
K
1
=
17.64
°
R/in. Hg
V
m
=
Volume of gas sample measured at the dry gas meter, dcf
Y
=
Dry gas meter calibration factor, dimensionless
P
bar
=
Barometric pressure at the testing site, in. Hg
∆
H
=
Average pressure differential across the orifice meter, in. H
2
O
T
m
=
Absolute average dry gas meter temperature,
°
R
Sample Calculation:
Using equation for Train A:
1.49
V
m(std)
= 17.64
x 68.125 x
0.994
x
13.6
(
62.8 +
460
)
V
m(std)
=
69.868
dscf
Using equation for Train B:
1.51
V
m(std)
= 17.64
x 64.067 x
1.002
x
13.6
(
90.1 +
460
)
V
m(std)
=
62.953
dscf
Using equation for ambient train:
0.00
V
m(std)
= 17.64
x
56.86
x
0.997
x
13.6
(
68.3 +
460
)
V
m(std)
=
57.671
dscf
+
)
( 30.47
( 30.47 +
)
( 30.47 +
)
m
bar
m
std
m
T
H
P
Y
V
K
V
+
=
6
.
13
1
)
(
PFS-TECO
Page 8 of 14
Summary of Contents for KP5522
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Page 129: ...2022 United States Stove Company 25 NOTES...
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