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Pipeng Free Online Software : API 14E Erosion Velocity Calculators
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Pipeng : API 14E Erosion Velocity Equation For Gas Flow Calculation Module

API 14E Erosion Velocity Calculators

Description : API 14E single phase and two phase erosion velocity calculators.

Discussion : The equation coefficients have been factored for SI units.

References :

Calculator Tools In This Module:

CALC : Flow : Flowrate 041 : API 14E Two Phase Gas Liquid Mixture Density : Calculator
CALC : Flow : Flowrate 042 : API 14E Two Phase Gas Liquid Erosional Velocity From Density : Calculator
CALC : Flow : Flowrate 043 : API 14E Two Phase Gas Liquid Erosional Velocity From Mixture : Calculator


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Module List

CALC : Flow : Flowrate 041 : API 14E Two Phase Gas Liquid Mixture Density : Calculator

Description : Calculate the two phase mixture density ρm from the gas and liquid specific gravities.

Discussion : The equation coefficient has been factored for SI units.

Figures :

Input Variables :

  • P = Fluid Absolute Pressure
  • Sg = Fluid Gas Specific Gravity
  • Sl = Fluid Liquid Specific Gravity
  • T = Fluid Absolute Temperature
  • Z = Fluid Dimensionless Compressibility Z Factor
  • gor = Fluid Gas Mole to Liquid Volume Ratio

Output Variables :

  • ρm = Fluid Density

Calculation :

ρm = ( 0.1204594 Sl P + 0.003484922 gor Sg P ) / ( 1.204151e-4 P + gor T Z )

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CALC : Flow : Flowrate 042 : API 14E Two Phase Gas Liquid Erosional Velocity From Density : Calculator

Description : Calculate the erosional velocity limit Ve from the two phase mixture density ρm.

Discussion : The equation coefficient has been factored for SI units.

Figures :

Input Variables :

  • ρm = Fluid Density
  • c = Erosion Velocity Coefficient

Output Variables :

  • Ve = Fluid Erosional Velocity

Calculation :

Ve = 1.219903 c / √( ρm )

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CALC : Flow : Flowrate 043 : API 14E Two Phase Gas Liquid Erosional Velocity From Mixture : Calculator

Description : Calculate the erosional velocity limit Ve from the two phase mixture gas and liquid specific gravities.

Discussion : The equation coefficient has been factored for SI units.

Figures :

Input Variables :

  • P = Fluid Absolute Pressure
  • Sg = Fluid Gas Specific Gravity
  • Sl = Fluid Liquid Specific Gravity
  • T = Fluid Absolute Temperature
  • Z = Fluid Dimensionless Compressibility Z Factor
  • c = Erosion Velocity Coefficient
  • gor = Fluid Gas Mole to Liquid Volume Ratio

Output Variables :

  • ρm = Fluid Density
  • Ve = Fluid Erosional Velocity

Calculation :

ρm = ( 0.1204594 Sl P + 0.003484922 gor Sg P ) / ( 1.204151e-4 P + gor T Z )
Ve = 1.219903 c / √( ρm )

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