7/29/2019 Gas Lines Sizing

1/3

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) psia

Op Temp R Op Temp R Op Temp R

Desity @ P,T lb/ft Desity @ P,T lb/ft Desity @ P,T lb/ft

Viscosity cP Viscosity cP Viscosity cP

Molecular Weight Molecular Weight Molecular Weight

Z Factor Z Factor Z Factor

Gas Flowrate MMSCFD Gas Flowrate MMSCFD Gas Flowrate MMSCFD

Design Factor % Design Factor % Design Factor %

Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD

C (Emperical Constant) C (Emperical Constant) C (Emperical Constant)

Nominal Size in Nominal Size in Nominal Size in

Material of Constuction Material of Constuction Material of Constuction

Sch. No Sch. No Sch. No

ID in ID in ID in

OD in OD in OD in

Actual Velocity ft/sec Actual Velocity ft/sec Actual Velocity ft/sec

Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft)Elbows, Tees Elbows, Tees Elbows, Tees

Elbow 90 Short Elbow 90 Short Elbow 90 Short

Elbow 90 Long Elbow 90 Long Elbow 90 Long

Elbow 45 Elbow 45 Elbow 45

Run of Tee Run of Tee Run of Tee

Branch of T Branch of T Branch of T

Enlarger, 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 Valves

Plug, Gate, Ball valve Plug, Gate, Ball valve Plug, Gate, Ball valve

Globe valve/Ball check valve Globe valve/Ball check valve Globe valve/Ball check valve

Swing Check valve Swing Check valve Swing Check valve

Line Losses (Fittings)

Total Pressure Drop Total Pressure Drop Total Pressure Drop

Length of Pipe run ft Length of Pipe run ft Length of Pipe run ft

Length 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 Roughness

Moody Friction Factor Moody Friction Factor Moody Friction Factor

Outlet Pressure psia Outlet Pressure psia Outlet Pressure psia

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

649

6038955

Turbulent

0.00002

0.0090

1999.97

P/100 ft 0.00436

1 200

3 144

P (ft) 440

150

0 0

0 0

0 0

2 8

d/D = 1/4

10

1 8

2 8

0 0

1 28

0 0

6

Stainless Steel

160

40.58

4 44

2000.0

555.0

2.00

0.01

22.00

0.975

75.00

90.00

122

20.0020.00

From

To

200

3 144

P (ft) 459

2 8

0 0

1 28

0

1 18

40.58

4

2.00

10

4

1

2

0

1

Commercial Steel

0.01

0

20.00

100

4

0

0

1293.75

0.00060

1496.31

44

1 8

0

150

1025

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

From

To

3

1

1500.0

160

2

0

0

1

555.0

3

122

216.45

90.00

75.00

0.975

22.00

75

P/100 ft 0.28559

1 1

0 0

2 8

1

Turbulent

0.0138

16103880

800

6038955

Turbulent

0.00002

0.0090

1999.97

P/100 ft 0.00436

669.9

235

Document No

Client

Project No / TitleLocation

0

14

0

4

4

24

From

To

2000.0

555.0

2.00

0.01

22.00

0.975

75.00

90.00

122

6

Stainless Steel

160

d/D = 1/2

d/D = 1/4

d/D = 3/4

d/D = 1/4

d/D = 1/2

d/D = 1/4

d/D = 3/4

d/D = 1/4

d/D = 1/2

d/D = 1/4

d/D = 3/4

7/29/2019 Gas Lines Sizing

2/3

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) psia

Op Temp R Op Temp R Op Temp R

Desity @ P,T lb/ft Desity @ P,T lb/ft Desity @ P,T lb/ft

Viscosity cP Viscosity cP Viscosity cPMolecular Weight Molecular Weight Molecular Weight

Z Factor Z Factor Z Factor

Gas Flowrate MMSCFD Gas Flowrate MMSCFD Gas Flowrate MMSCFD

Design Factor % Design Factor % Design Factor %

Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD

C (Emperical Constant) C (Emperical Constant) C (Emperical Constant)

Nominal Size in Nominal Size in Nominal Size in

Material of Constuction Material of Constuction Material of Constuction

Sch. No Sch. No Sch. No

ID in ID in ID in

OD in OD in OD in

Ve ft/sec

Actual Velocity ft/sec Actual Velocity ft/sec Actual Velocity ft/sec

Vmax (Noise limit) ft/sec Vmax (Noise limit) ft/sec Vmax (Noise limit) ft/secPressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft)

Elbows, Tees Elbows, Tees Elbows, Tees

Elbow 90 Short Elbow 90 Short Elbow 90 Short

Elbow 90 Long Elbow 90 Long Elbow 90 Long

Elbow 45 Elbow 45 Elbow 45

Run of Tee Run of Tee Run of Tee

Branch of T Branch of T Branch of T

Enlarger, 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 Valves

Plug, Gate, Ball valve Plug, Gate, Ball valve Plug, Gate, Ball valveGlobe valve/Ball check valve Globe valve/Ball check valve Globe valve/Ball check valve

Swing Check valve Swing Check valve Swing Check valve

Line Losses (Fittings)

Total Pressure Drop Total Pressure Drop Total Pressure Drop

Length of Pipe run ft Length of Pipe run ft Length of Pipe run ft

Length 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 Roughness

Moody Friction Factor Moody Friction Factor Moody Friction Factor

Outlet Pressure psia Outlet Pressure psia Outlet Pressure psiapsi / 100 ft psi / 100 ft psi / 100 ft

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

1497.59 1999.97 1999.97P/100 ft 0.18647 P/100 ft 0.00436 P/100 ft 0.00436

0.00004 0.00002 0.00002

0.0090 0.0090 0.0090

16103880 6038955 6038955

Turbulent Turbulent Turbulent

1293.75 669.9 649

800 150 150

25 10 10

235 P (ft) 459 P (ft) 440

3 75 3 144 3 144

81 100 1 200 1 2002 4 2 8 2

d/D = 1/4 0 0 d/D = 1/4 0 0 d/D = 1/4 0 0

d/D = 3/4 0 0 d/D = 3/4 1 1 d/D = 3/4 0 0

d/D = 1/2 0 0

d/D = 1/4 1 10 d/D = 1/4 1 18 d/D = 1/4

d/D = 1/2 0 0 d/D = 1/2 0 0

0 0

1 14 1 28 1 28

0 0 0 0 0 0

2 4 2 8 2 8

44

1 4 1 8 1 8

112.69 112.69 112.69

4 24 4 44 4

86.27

216.45 40.58 40.58

160 160 160

3 6 6

Stainless Steel Stainless Steel Stainless Steel

90.00 90.00 90.00

122 122 122

75.00 75.00 75.00

20.00 20.00 20.00

22.00 22.00 22.00

0.975 0.975 0.975

2.00 2.00 2.00

0.01 0.01 0.01

1500.0 2000.0 2000.0

555.0 555.0 555.0

From From From

To To To

Client

Project No / TitleLocation

Document No

7/29/2019 Gas Lines Sizing

3/3

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) psia

Op Temp R Op Temp R Op Temp R

Desity @ P,T lb/ft Desity @ P,T lb/ft Desity @ P,T lb/ft

Viscosity cP Viscosity cP Viscosity cPMolecular Weight Molecular Weight Molecular Weight

Z Factor Z Factor Z Factor

Gas Flowrate MMSCFD Gas Flowrate MMSCFD Gas Flowrate MMSCFD

Design Factor % Design Factor % Design Factor %

Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD Gas Design Flowrate MMSCFD

C (Emperical Constant) C (Emperical Constant) C (Emperical Constant)

Nominal Size in Nominal Size in Nominal Size in

Material of Constuction Material of Constuction Material of Constuction

Sch. No Sch. No Sch. No

ID in ID in ID in

OD in OD in OD in

Ve ft/sec

Actual Velocity ft/sec Actual Velocity ft/sec Actual Velocity ft/sec

Vmax (Noise limit) ft/sec Vmax (Noise limit) ft/sec Vmax (Noise limit) ft/secPressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft) Pressure Drop (fittingsetc) Eq Length (ft)

Elbows, Tees Elbows, Tees Elbows, Tees

Elbow 90 Short Elbow 90 Short Elbow 90 Short

Elbow 90 Long Elbow 90 Long Elbow 90 Long

Elbow 45 Elbow 45 Elbow 45

Run of Tee Run of Tee Run of Tee

Branch of T Branch of T Branch of T

Enlarger, 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 Valves

Plug, Gate, Ball valve Plug, Gate, Ball valve Plug, Gate, Ball valveGlobe valve/Ball check valve Globe valve/Ball check valve Globe valve/Ball check valve

Swing Check valve Swing Check valve Swing Check valve

Line Losses (Fittings)

Total Pressure Drop Total Pressure Drop Total Pressure Drop

Length of Pipe run ft Length of Pipe run ft Length of Pipe run ft

Length 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 Roughness

Moody Friction Factor Moody Friction Factor Moody Friction Factor

Outlet Pressure psia Outlet Pressure psia Outlet Pressure psiapsi / 100 ft psi / 100 ft psi / 100 ft

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

1497.59 1999.97 1999.97P/100 ft 0.18647 P/100 ft 0.00436 P/100 ft 0.00436

0.00004 0.00002 0.00002

0.0090 0.0090 0.0090

16103880 6038955 6038955

Turbulent Turbulent Turbulent

1293.75 669.9 649

800 150 150

25 10 10

235 P (ft) 459 P (ft) 440

3 75 3 144 3 144

81 100 1 200 1 2002 4 2 8 2

d/D = 1/4 0 0 d/D = 1/4 0 0 d/D = 1/4 0 0

d/D = 3/4 0 0 d/D = 3/4 1 1 d/D = 3/4 0 0

d/D = 1/2 0 0

d/D = 1/4 1 10 d/D = 1/4 1 18 d/D = 1/4

d/D = 1/2 0 0 d/D = 1/2 0 0

0 0

1 14 1 28 1 28

0 0 0 0 0 0

2 4 2 8 2 8

44

1 4 1 8 1 8

112.69 112.69 112.69

4 24 4 44 4

86.27

216.45 40.58 40.58

160 160 160

3 6 6

Stainless Steel Stainless Steel Stainless Steel

90.00 90.00 90.00

122 122 122

75.00 75.00 75.00

20.00 20.00 20.00

22.00 22.00 22.00

0.975 0.975 0.975

2.00 2.00 2.00

0.01 0.01 0.01

1500.0 2000.0 2000.0

555.0 555.0 555.0

From From From

To To To

Client

Project No / TitleLocation

Document No