A.R. Aude

This equation is accurate for Reynolds numbers in a range of Re:
– 6,000 to 130,000 for 8″ and 12″ crude oil lines.
– over 57,000 for 6″ and 8″ refined product lines.
This equation is limited to certain range of products and Reynolds numbers. In addition, no roughness factor is considered.
Flow Rate
PTLB Hydraulics Liquid 2.5 Intro.png
 
Upstream Pressure
PTLB Hydraulics Liquid 2.5 Intro_2.png  
Downstream Pressure
PTLB Hydraulics Liquid 2.5 Intro_3.png  
Internal Diameter

PTLB Hydraulics Liquid 2.5 Intro_4.png

πΎπ‘‰Β βˆ’ Kinematic Viscosity[ft2/sec]
𝐻1Β βˆ’ Upstream Elevation[ft]
𝐻2Β βˆ’ Downstream Elevation[ft]
𝐡 βˆ’ Flow Rate[ft/sec]
π·βˆ’Pipe Internal Diameter[in]
𝐿 βˆ’ Pipeline Length[mi]
𝐺 βˆ’ Liquid Specific Gravity
βˆ†π‘ƒ βˆ’ Pressure Drop[psi]
𝑃1Β βˆ’ Upstream Pressure[psi]
𝑃2Β βˆ’ Downstream Pressure[psi]
 

Input Parameters

1. To create a new case, click the β€œAdd Case” button
2. Select the Unknown and desired Flow Equation.
3. Enter Case Name, Location, Date and any necessary notes.
4. Fill out all required fields.
5. Make sure the values you are inputting are in the correct units.
6. Click the CALCULATE button.
β€’ Flowing Temperature(Β°F)
β€’ Liquid Specific Gravity
β€’ Upstream Pressure(psig)
β€’ Kinematic Viscosity
β€’ Internal Pipe Diameter(in)
β€’ Length of Pipeline(mi)
β€’ Upstream Elevation(ft)
β€’ Downstream Elevation(ft)
 

Outputs/Reports

  1. View the results.
  2. If an input parameter needs to be edited be sure to hit the CALCULATE button after the change.
  3. To SAVE, fill out all required case details then click the SAVE button.
  4. To rename an existing file, click the SAVE As button. Provide all case info then click SAVE.
  5. To generate a REPORT, click the REPORT button.
  6. The user may export the Case/Report by clicking the Export to Excel/PowerPoint icon.
  7. To delete a case, click the DELETE icon near the top of the widget.
  • Flow Rate(ft/sec.)
  • Transmission Factor
  • Velocity(ft/sec.)
  • Upstream Pressure(psi)
  • Transmission Factor
  • Velocity(ft/sec.)
  • Downstream Pressure(psi)
  • Transmission Factor
  • Velocity(ft/sec.)
  • Internal Pipe Diameter(in)
  • Transmission Factor
  • Velocity(ft/sec.)
Flow Rate
PLTB Hydraulics-Liquid 2.5_Output Flow Rate Revision_07232020.png  
Upstream Pressure
PLTB Hydraulics-Liquid 2.5_Output Upstream Revision_07232020.png  
Downstream Pressure
PLTB Hydraulics-Liquid 2.5_Output Downstream Revision_07232020.png  
Internal Pipe DiameterΒ 
PLTB Hydraulics-Liquid 2.5_Output IPD Revision_07232020.png  

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