Difference between revisions of "IPR"

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(Oil Well IPR)
(Gas Well IPR)
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===Gas Well IPR===
 
===Gas Well IPR===
 
*[[Darcy's law]]
 
*[[Darcy's law]]
 +
 +
:<math>J_D=\frac{1422 \times 10^3\ T_R}{kh} \frac{q_g}{P_{\bar{P}}-P_{P_{wf}}}</math>
 +
 
*Pseudopressure
 
*Pseudopressure
 
*C and n
 
*C and n
 +
 
===IPR calculator software===
 
===IPR calculator software===
 
*[[:Category:PQplot | PQplot]] nodal analysis software is used to calculate the [[IPR]] curves. [[:Category:PQplot | PQplot]]  is available online at [https://www.pengtools.com www.pengtools.com].
 
*[[:Category:PQplot | PQplot]] nodal analysis software is used to calculate the [[IPR]] curves. [[:Category:PQplot | PQplot]]  is available online at [https://www.pengtools.com www.pengtools.com].

Revision as of 10:37, 29 March 2019

Inflow Performance Relationship

IPR is relationship between well bottomhole pressure and well production rate, usually in a form of a curve.

IPR curve shows productive capacity and performance of a well.

IPR curve is used in Nodal Analysis for production systems design, analysis and optimization.

Oil Well IPR

 {J_D} = \frac{141.2 B \mu}{kh} \frac{q}{\bar{P} - P_{wf}}

Gas Well IPR

J_D=\frac{1422 \times 10^3\ T_R}{kh} \frac{q_g}{P_{\bar{P}}-P_{P_{wf}}}
  • Pseudopressure
  • C and n

IPR calculator software