Appendix
Yamatake Corporation
A-6
Model HGC303 - Heat Value Gas Chromatograph
10) Wobbe index (dry) [BTU/CF]
Real Wobbe Index (dry)
Ideal Wobbe Index (dry)
11) Wobbe index (sat) [BTU/CF]
Real Wobbe Index (sat)
=
Ideal Wobbe Index (sat)
=
12) Gallons per thousand cubic feet (GPM) [gal /1000CF]
where,
Vi
= volume for component
i
13) Reid vapor pressure: RVP [psia]
where,
VPi
= Vapor pressure at 100
°
F for component
i
14) Weight fraction
where,
Mi
= Molar mass for component
i
15) Liquid volume fraction
RealGHV dry
(
)
G
---------------------------------------
=
GHV
id
G
id
-----------------
=
RealGHV sat
(
)
G
--------------------------------------
1
xw
–
(
)
GHV
id
×
G
id
--------------------------------------------
GPM
xi
1000
V
i
------------
×
PB
14 696
,
------------------
×
i
1
=
n
∑
=
RVP
xi
i
1
=
n
∑
VPi
×
=
ti
xi Mi
×
xi
i
1
=
n
∑
Mi
×
---------------------------
=
l
i
ti
( )
LD
(
)
i
⁄
ti
i
1
=
n
∑
LD
(
)
i
⁄
-------------------------------
=
Summary of Contents for HGC303
Page 10: ...Safety Yamatake Corporation viii Model HGC303 Heat Value Gas Chromatograph ...
Page 42: ...Installation Yamatake Corporation 2 22 Model HGC303 Heat Value Gas Chromatograph ...
Page 110: ...Operation Yamatake Corporation 3 68 Model HGC303 Heat Value Gas Chromatograph ...
Page 112: ...Maintenance Yamatake Corporation 4 2 Model HGC303 Heat Value Gas Chromatograph ...
Page 127: ...Yamatake Corporation Appendix Model HGC303 Heat Value Gas Chromatograph A 13 Drawings HGC00 ...
Page 128: ...Appendix Yamatake Corporation A 14 Model HGC303 Heat Value Gas Chromatograph ...
