The water viscosity at reservoir condition is 0.95cp and the permeability of the formation is 300...

 

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The water viscosity at reservoir condition is 0.95cp and the permeability of the formation is 300 mD. Below figure 2.30 shows a water formation dipping with a 15 angle. Points A, B, & C fall on the dip and are separated as shown in the figure. The water density at reservoir conditions is 60 lbm/ft. The pressure at Point B is 2000 psia and water is under hydrodynamic equilibrium at the time of discovery. Determine the rate of water flow between points A and C if the formation width along the strike is 950 feet and the pressures at Points A and C are maintained at 1500 and 3000 psia respectively. 1,000 ft 15 B 1,500 ft Fig. 2.30-Cross section of reservoir 30 ft The water viscosity at reservoir condition is 0.95cp and the permeability of the formation is 300 mD. Below figure 2.30 shows a water formation dipping with a 15 angle. Points A, B, & C fall on the dip and are separated as shown in the figure. The water density at reservoir conditions is 60 lbm/ft. The pressure at Point B is 2000 psia and water is under hydrodynamic equilibrium at the time of discovery. Determine the rate of water flow between points A and C if the formation width along the strike is 950 feet and the pressures at Points A and C are maintained at 1500 and 3000 psia respectively. 1,000 ft 15 B 1,500 ft Fig. 2.30-Cross section of reservoir 30 ft