Si
|
Hallar
(Con datos de la prueba de Flujo)
| |
Hallar
| |
Hallar
| |
Hallar
|
Si
|
Hallar
| |
Hallar
|
Si
|
Hallar
| |
Hallar
|
Si
|
Hallar
Valor de
| |
Hallar
|
Si
|
Hallar
| |
Hallar
| |
Hallar
|
Utilizar ecuación
|
Hallar
| |
Si
|
Aplicar paso
|
Si
|
Utilizar
|
Variación de la curva IPR con el paso del tiempo
|
Hallar
(Con datos de la prueba de Flujo)
|
Utilizar ecuación
|
Hallar
| |
Hallar
| |
Hallar
| |
Hallar caudal
| |
Hallar caudal
|
Caída de Presión
|
Ecuación de Vogel
|
No involucra la eficiencia de flujo ni el daño de formación
|
ABREVIATURAS
|
BIBLIOGRAFÍA
|
VOGEL, J. V.; Inflow Performance Relationships For Solution Gas Drive Wells”. Journal of Petroleum Technology, January 1968.
STANDING, M., Concerning the Calculations of Inflow Performance of Well Producing from Solution Gas Drive Reservoirs, Journal of Petroleum Technology, September 1971.
LEKIA, S. and EVANS R., Generalized Inflow Performance Relationship for Stimulated Wells; Journal of Canadian Petroleum Technology, November 1990.
DIAS C., GOLAN M. General Inflow Performance Relationship for Solution Gas Reservoir Wells, Journal of Petroleum Technology, February 1982.
PATTON L. and GOLAN M. Generalized IPR Curves for Prediction Well Behavior. Petroleum Engineer – International. June 1980, Pag 74 – 82.
GALLICE F., WIGGINS M., A Comparison of Two Phase Inflow Performance Relationships. SPE Production and Facilities. May 2004.
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