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Selecting Perforation Intervals and Stimulation Technique in the Khuff Reservoir for Improved and Economic Gas Recovery
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Abstract
Saudi ARAMCO has initiated an acid fracturing program to treat the carbonates of the Khuff reservoir in the Ghawar field in the eastern province of Saudi Arabia. Khuff reservoir belongs to the Permian age and is encountered at an average depth of about 11,500 ft. Two main producing intervals of this reservoir, Khuff B and Khuff C, have tested high quantity of condensate rich gas.
Khuff reservoir consists mainly of dolomite and limestone sections with streaks of shale and anhydrite that constitute the non-permeable and possible fracture barrier zones. The reservoir extends up to several hundred feet in thickness with varying quality and production potential. A careful planning of completion technique and choice of stimulation is important for efficient fracture coverage and improved hydrocarbon recovery. This paper addresses the general methodology of selecting perforation intervals and stimulation technique to develop and enhance production in the Khuff carbonate gas reservoir.
Title: Selecting Perforation Intervals and Stimulation Technique in the Khuff Reservoir for Improved and Economic Gas Recovery
Description:
Abstract
Saudi ARAMCO has initiated an acid fracturing program to treat the carbonates of the Khuff reservoir in the Ghawar field in the eastern province of Saudi Arabia.
Khuff reservoir belongs to the Permian age and is encountered at an average depth of about 11,500 ft.
Two main producing intervals of this reservoir, Khuff B and Khuff C, have tested high quantity of condensate rich gas.
Khuff reservoir consists mainly of dolomite and limestone sections with streaks of shale and anhydrite that constitute the non-permeable and possible fracture barrier zones.
The reservoir extends up to several hundred feet in thickness with varying quality and production potential.
A careful planning of completion technique and choice of stimulation is important for efficient fracture coverage and improved hydrocarbon recovery.
This paper addresses the general methodology of selecting perforation intervals and stimulation technique to develop and enhance production in the Khuff carbonate gas reservoir.
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