Difference between revisions of "SPipe"
From wiki.pengtools.com
(→References) |
(→References) |
||
| Line 51: | Line 51: | ||
</tr><tr> | </tr><tr> | ||
<td>Dry gas flow</td> | <td>Dry gas flow</td> | ||
| − | <td> | + | <td>[[Fanning correlation|Fanning]]</td> |
<td>Cullender, M.H. and Smith, R.V. 1956. Practical Solution of Gas-Flow Equations for Wells and Pipelines with Large Temperature Gradients. Trans., AIME 207: 281.</td> | <td>Cullender, M.H. and Smith, R.V. 1956. Practical Solution of Gas-Flow Equations for Wells and Pipelines with Large Temperature Gradients. Trans., AIME 207: 281.</td> | ||
</tr></table> | </tr></table> | ||
Revision as of 09:04, 7 June 2017
Brief
sPipe is a simple surface pipeline sizing tool.
It calculates the pressure drop in oil, gas and water flowlines.
Typical applications include
- Estimation of flowrate with defined pressures at inlet and outlet
- Estimation of inlet and outlet pressures for achieving target flowrate
- Selection of pipeline size
- Estimation of mixture velocity
Main features
- Plot of pressure profile vs length
- Result table with pressure, velocity and hold-up
- Sensitivity analysis
- Using prepared PVT models
- Account for elevation
Interface features
- Save and share references to saved models with colleagues
- Last saved model on current computer and browser is automatically opened
- Choose between Metric units and US oilfield units.
- Save as image and print plot by means of chart context menu (button at the upper-right corner of chart)
- Download report in pdf format containing input parameters, calculated values and plot
- Select and copy results to Excel or other application
References
| Type of problem | Correlation | Reference |
|---|---|---|
| Oil and water flow | Beggs and Brill | Brill, J.P. and Mukherjee, H. 1999. Multiphase Flow in Wells. SPE Monograph, Vol. 17, Society of Petroleum Engineers, Richardson, TX. |
| Dry gas flow | Fanning | Cullender, M.H. and Smith, R.V. 1956. Practical Solution of Gas-Flow Equations for Wells and Pipelines with Large Temperature Gradients. Trans., AIME 207: 281. |
