liq line sizing

8/11/2019 Liq Line Sizing

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Page Of

Line No Line No Line No

DWG No DWG No DWG No

Op Pressure (Inlet) psia Op Pressure (Inlet) psia Op Pressure (Inlet) psiaOp Temp R Op Temp R Op TempDesity @ P,T lb/ft Desity @ P,T lb/ft Desity @ P,TViscosity cP Viscosity cP ViscosityMolecular Weight Molecular Weight Molecular WeightLiquid Flowrate bbl/day Gas Flowrate bbl/day Gas Flowrate bbl/Design Factor % Design Factor % Design Factor %Liquid Design Flowrate bbl/day Gas Design Flowrate bbl/day Gas Design Flowrate bbl/dayC (Emperical Constant) C (Emperical Constant) C (Emperical Constant)Nominal Size in Nominal Size in Nominal Size inMaterial of Constuction Material of Constuction Material of ConstuctionSch. No Sch. No Sch. NoID in ID in IDOD in OD in OD

Actual Velocity ft/sec Actual Velocity ft/sec Actual Velocity2 operating +

Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc)Elbows, Tees Elbows, Tees Elbows, TeesElbow 90 Short Elbow 90 Short Elbow 90 ShortElbow 90 Long Elbow 90 Long Elbow 90 LongElbow 45 Elbow 45 Elbow 45Run of Tee Run of Tee Run of TeeBranch of T Branch of T Branch of TEnlarger, Reducer Enlarger, Reducer Enlarger, Reducer Enlarger (Std) Enlarger (Std) Enlarger (Std)Enlarger (Sudden) Enlarger (Sudden) Enlarger (Sudden)Reducer (Std) Reducer (Std) Reducer (Std)Reducer (Sudden) Reducer (Sudden) Reducer (Sudden)Valves Valves ValvesPlug, Gate, Ball valve Plug, Gate, Ball valve Plug, Gate, Ball valveGlobe valve/Ball check valve Globe valve/Ball check valve Globe valve/Ball check valveSwing Check valve Swing Check valve Swing Check valveLine Losses (Fittings)

Total Pressure Drop Total Pressure Drop Total Pressure DropLength of Pipe run ft Length of Pipe run ft Length of Pipe run ftLength Design Factor % Length Design Factor % Length Design Factor %Total Length Total Length Total Length(Pipe run + Equiv. Length) ft (Pipe run + Equiv. Length) ft (Pipe run + Equiv. Length) ft

Reynold Number Reynold Number Reynold Number

Relative Roughness Relative Roughness Relative RoughnessMoody Friction Factor Moody Friction Factor Moody Friction Factor

psi / 100 ft psi / 100 ft psiDifference in Level ft Difference in Level ft Difference in Level

psi psi pOthers (strainersetc) psi Others (strainersetc) psi Others (strainersetc)Outlet Pressure psia Outlet Pressure psia Outlet Pressure

Rev. Date Description Prep'd Chk'd

P/100 ft 4.49 P/100 ft 4.49 P/100 ft 4.49

4.6251.2050.93

0.82.6

0.82.6

0.41.3

3.0

0.0177 0.0177 0.0177

Turbulent Turbulent Turbulent0.0000 0.0000 0.0000

795.96 789.76 789.76

105,699 105,699 105,699

467.52 467.52 467.5255 55 55

46 P (ft) 42 P (ft)0 0 0 0 00 0 0 0 02 4 2 4 2

d/D = 1/4 1 3 d/D = 1/4 1 3 d/D = 1/4 1d/D = 1/2 1 1 d/D = 1/2 1 1 d/D = 1/2 1

d/D = 1/2 1d/D = 3/4 1 1 d/D = 3/4 1 1 d/D = 3/4d/D = 1/2 1 5 d/D = 1/2 1 5

1

1 10 1 10 10 0 0 0 00 0 0 0 06 18 6 18 61 4 0 0 0

9.32 9.32 9.32

Commercial Steel Commercial Steel Commercial Steel160 40 40

122 122 1222 2 2

2,823.0 2,823.0 2,823.0

3,106.0 3,106.0 3,106.0101010

165.57 165.57 165.57

45.74 45.74 45.741.00 1.00 1.00

85.8 85.8 42.6573.0 573.0 564.0

From From FromTo To To

ClientProject No / TitleLocationDocument No


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Page Of

Line No Line No Line NoDWG No DWG No DWG No

Op Pressure (Inlet) psia Op Pressure (Inlet) psia Op Pressure (Inlet) psiaOp Temp R Op Temp R Op Temp RDesity @ P,T lb/ft Desity @ P,T lb/ft Desity @ P,T lb/ftViscosity cP Viscosity cP Viscosity cPMolecular Weight Molecular Weight Molecular WeightLiquid Flowrate bbl/day Gas Flowrate bbl/day Gas Flowrate bbl/dayDesign Factor % Design Factor % Design Factor %Liquid Design Flowrate bbl/day Gas Design Flowrate bbl/day Gas Design Flowrate bbl/dayC (Emperical Constant) C (Emperical Constant) C (Emperical Constant)Nominal Size in Nominal Size in Nominal Size inMaterial of Constuction Material of Constuction Material of ConstuctionSch. No Sch. No Sch. NoID in ID in ID inOD in OD in OD in

Actual Velocity ft/sec Actual Velocity ft/sec Actual Velocity ft/sec2 operating + 1 standby

Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft)Elbows, Tees Elbows, Tees Elbows, TeesElbow 90 Short Elbow 90 Short Elbow 90 ShortElbow 90 Long Elbow 90 Long Elbow 90 LongElbow 45 Elbow 45 Elbow 45Run of Tee Run of Tee Run of TeeBranch of T Branch of T Branch of TEnlarger, Reducer Enlarger, Reducer Enlarger, Reducer Enlarger (Std) Enlarger (Std) Enlarger (Std)Enlarger (Sudden) Enlarger (Sudden) Enlarger (Sudden)Reducer (Std) Reducer (Std) Reducer (Std)Reducer (Sudden) Reducer (Sudden) Reducer (Sudden)Valves Valves ValvesPlug, Gate, Ball valve Plug, Gate, Ball valve Plug, Gate, Ball valveGlobe valve/Ball check valve Globe valve/Ball check valve Globe valve/Ball check valveSwing Check valve Swing Check valve Swing Check valveLine Losses (Fittings)

Total Pressure Drop Total Pressure Drop Total Pressure DropLength of Pipe run ft Length of Pipe run ft Length of Pipe run ftLength Design Factor % Length Design Factor % Length Design Factor %Total Length Total Length Total Length(Pipe run + Equiv. Length) ft (Pipe run + Equiv. Length) ft (Pipe run + Equiv. Length) ft

Reynold Number Reynold Number Reynold Number

Relative Roughness Relative Roughness Relative RoughnessMoody Friction Factor Moody Friction Factor Moody Friction Factor

psi / 100 ft psi / 100 ft psi / 100 ft

Difference in Level ft Difference in Level ft Difference in Level ftpsi psi psi

Others (strainersetc) psi Others (strainersetc) psi Others (strainersetc) psiOutlet Pressure psia Outlet Pressure psia Outlet Pressure psia

ClientProject No / TitleLocationDocument No

85.8 85.8 42.6573.0 573.0 564.0

From From FromTo To To

165.57 165.57 165.572,823.0 2,823.0 2,823.0

45.74 45.74 45.741.00 1.00 1.00

122 122 1222 2 2

10 10 103,106.0 3,106.0 3,106.0

Commercial Steel Commercial Steel Commercial Steel160 40 40

9.32 9.32 9.32

1 4 1 4 1

0 0 0 0 0 0

46 18 6 18 6 18

1 10 1 10 1 100 0 0 0 0 0

d/D = 1/2 1 5d/D = 3/4 1 1 d/D = 3/4 1 1 d/D = 3/4d/D = 1/2 1 5 d/D = 1/2 1 5

1 1d/D = 1/2 1 1 d/D = 1/2 1 1 d/D = 1/2 1 1d/D = 1/4 1 3 d/D = 1/4 1 3 d/D = 1/4 1 3

40 0 0 0 0 02 4 2 4 2

460 0 0 0 0 0

467.52 467.52 467.5210 55 55

46 P (ft) 46 P (ft)

105,699 105,699 105,699

564.87 795.96 795.96

0.0177 0.0177 0.01774.49 4.49 4.49

Turbulent Turbulent Turbulent0.0000 0.0000 0.0000

Rev. Date Description Prep'd Chk'd Appr'd

P/100 ft P/100 ft P/100 ft

3.061.30 50.92 4.34

2.6 2.6 1.30.8 0.8 0.4


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liq line sizing

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