An incompressible fluid flows in a linear porous media with the following properties.

• L = 2500 ft,

• h = 30 ft,

• width = 500 ft,

• k = 50 md,

• = 17%,

• ? = 2 cp,

• inlet pressure = 2100 psi,

• Q = 4 bbl/day,

• ? = 45 lb/ft ³

Calculate and plot the pressure profile throughout the linear system.

Assume the reservoir linear system as described in problem 1 is tilted with a dip angle of 7 . Calculate the fluid potential through the linear system.

A gas of 0.7 specific gravity is flowing in a linear reservoir system at 150 F. The upstream and downstream pressures are 2000 and 1800 psi, respectively. The system has the following properties:

• L = 2000 ft,

• W = 300 ft,

• h = 15 ft

• k = 40 md,

• = 15%

Calculate the gas flow rate.

An oil well is producing a crude oil system at 1000 STB/day and 2000 psi of bottom-hole flowing pressure. The pay zone and the producing well have the following characteristics.

• h = 35 ft,

• r _w = 0.25 ft,

• drainage area = 40 acres

• API = 45 ,

• ? _g = 0.72,

• R _s = 700 scf/STB

• k = 80 md

Assuming steady-state flowing conditions, calculate and plot the pressure profile around the wellbore.

Assuming steady-state flow and an incompressible fluid, calculate the oil flow rate under the following conditions:

• p _e = 2500 psi,

• p _wf