Honeywell Fusion4 MSC-L Installation & Operation Manual page 349

5.14.1.4.2.8 Volume Conversion Terms
5.14.1.4.2.9 Calculation of Gross Standard Volume
Part No.: 4418309_Rev09
Honeywell
Operation - Stream Configuration

product (lab sample) density
lab
T product (lab sample) temperature
ab
P product (lab sample) pressure
lab
 product thermal expansion factor at 60 °F

product (metering conditions) density (measured or calculated)
m
T product (metering conditions) temperature
m
P product (metering conditions) pressure
m
V product (metering conditions) volume
m

product (base conditions) density
b
T product (base conditions) temperature
b
P product (base conditions) pressure
b
V product (base conditions) volume
b
M product mass
P product equilibrium vapour pressure
e
F product compressibility factor
p
CTL temperature correction factor from conditions A to conditions B
A-B
CPL pressure correction factor from conditions A to conditions B
A-B
CTPL temperature and pressure correction factor from conditions A to
A-B
conditions B
The calculation of the Gross Standard Volume (GSV) is performed
incrementally by performing a volume-conversion calculation on an
incremental measured product stream volume. The volume-converted
values of these incremental product stream observed volumes are then
added together to generate the running accumulative GSV value.
The gross standard volume after N number of incremental calculation
intervals is provided by the following formula.
N


GSV VCF
transactio n

1
i
The GOV represents the total accumulative gross observed volume
i
after i calculation intervals. GOV
Fusion4 MSC-L
Installation & Operation Manual

( )
GOV GOV

1
i i i
is always 0.
0
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