Main Article Content

Abstract

Gas properties vary significantly with pressure change. To take this variation in gas
properties into account the Pseudo pressure has to be used instead of pressure in all
calculations. This paper presents an analysis of Flow-after-flow test for gas wells. The
analysis has been performed through using the Simplified method and Laminar-Inertial
Turbulent (LIT) Approach, which includes Pressure, Pressure squared and Pseudo-pressure
methods. Wetherford PS software has also been used to analyze the test. IPR curve for a
gas well has been constructed by using both C,n and LIT methods and the results have
been compared with the results obtained from PS software. To check the applicability of
each approach, all results have been compared with Pseudo-pressure method as it is
superior to all other methods. AOFP has been determined for all methods. The results have
revealed that Pseudo pressure method, manual Simplified and pressure squared under
estimate AOFP whereas pressure method over estimate it. On the other hand, PS software
results for AOFP from both simplified and LIT method are reasonably close as the
software uses pseudo pressure for both methods.

Keywords

Rawlins-Schellhardt analysis, gas wells performance, Laminar-Inertial- Turbulent (LIT), Pressure square Approach, AOFP, Bahr Essalam.

Article Details

Author Biographies

Ibrahim Salm Mohamd, Department of Petroleum Engineering, University of Sabratha, Sabtatha, Libya

Department of Petroleum Engineering, University of Sabratha, Sabtatha, Libya

Salim Khalifa Fatooh, Department of Petroleum Engineering, University of Sabratha, Sabtatha, Libya

Department of Petroleum Engineering, University of Sabratha, Sabtatha, Libya

How to Cite
Salm Mohamd, I., & Khalifa Fatooh, S. (2026). GAS WELLS DELIVERABILITY DETERMINATION USING FLOWAFTER- FLOW TEST ANALYSIS: Journal of Applied Science Issue (4) April (2020). Journal of Applied Science. Retrieved from https://jas.sabu.edu.ly/index.php/JS/article/view/223

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