Panhandle Equation
3
The Panhandle A and B Equations for Parameters Inlet pressure (absolute) 998 Outlet pressure (absolute) 913 Pressure, std condition (absolute) 14.7 Temperature std condition (absolut 530 Mean temperature of line (absolute 560 Inside diameter 18.5 Pipe length 10 Gas relative density (air=1) 0.6 Mean gas compressibility 0.85 Pipeline efficiency 0.95 Mean gas viscosity 1 Elevation of exit above entrance 20 Flowrates (std conditions) Panhandle A 349505515.3 Panhandle B 338635377.8 For more engineering spreadsheets go to http://excelcalculations.blogspot.c
Transcript of Panhandle Equation
The Panhandle A and B Equations for Natural Gas Flow
ParametersInlet pressure (absolute) 998Outlet pressure (absolute) 913Pressure, std condition (absolute) 14.7Temperature std condition (absolute) 530Mean temperature of line (absolute) 560Inside diameter 18.5Pipe length 10Gas relative density (air=1) 0.6Mean gas compressibility 0.85Pipeline efficiency 0.95Mean gas viscosity 1Elevation of exit above entrance 20
Flowrates (std conditions)Panhandle A 349505515.3Panhandle B 338635377.81
For more engineering spreadsheets go to http://excelcalculations.blogspot.com
The Panhandle A and B Equations for Natural Gas Flow Pressure units Temperature Units Length units Viscosity
psia F in Pa sPa K m cP
milesUnit
Inlet pressure 1Outlet pressure 1Pressure, std condition 1Temperature std condition 1Mean temperature of line 1Inside diameter 1Pipe length 3Gas relative density (air=1)Mean gas compressibilityPipeline efficiencyPipe effective roughnessMean gas viscosity 2s 1LePanhandle A 1Panhandle b 1
Volume flowrate
ft^3/daym^3/s
Value in Imperial998913
14.7530560
18.510
17.8781512605E-0510.0003939179215349505515.295777338635377.810175
