A gas well is producing at a stabilized bottom-hole flowing pressure of 3200 psi. The wellbore...

Transcribed Image Text:

A gas well is producing at a stabilized bottom-hole flowing pressure of 3200 psi. The wellbore radius is 3.5 in. The laboratory measurement of the gas properties at reservoir temperature of 140 Fare given in the table below. As you can see below, no simplifying assumptions can be made with respect to gas properties. Calculate the stabilized gas flow rate in mscf/d. The following additional data are available: k = 65 md Pe = 4000 psi h = 15 ft re = 1000 ft P(psi) Hlcp) 0.0127 1 800 0.0139 0.882 1600 0.0168 0.794 2400 0.0201 0.763 3200 0.0234 0.797 4000 0.0266 0.860 A gas well is producing at a stabilized bottom-hole flowing pressure of 3200 psi. The wellbore radius is 3.5 in. The laboratory measurement of the gas properties at reservoir temperature of 140 Fare given in the table below. As you can see below, no simplifying assumptions can be made with respect to gas properties. Calculate the stabilized gas flow rate in mscf/d. The following additional data are available: k = 65 md Pe = 4000 psi h = 15 ft re = 1000 ft P(psi) Hlcp) 0.0127 1 800 0.0139 0.882 1600 0.0168 0.794 2400 0.0201 0.763 3200 0.0234 0.797 4000 0.0266 0.860