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• W2767519056 abstract "Abstract Openhole (OH) multistage fracturing (MSF) is increasingly used to stimulate and maximize production within low-permeability reservoirs in unconventional plays globally, extending its use from tight sands, shales, and carbonate reservoirs. Technological breakthroughs in hydraulic fracturing have helped enable OH MSF within lateral sections. The target reservoir is a tight heterogeneous carbonate with unsustainable productivity. The hydrocarbon produced is oil of relatively low API and gas/oil ratio (GOR). Given the challenging nature of the unconventional Mauddud reservoir of the Bahrah field, a sophisticated design of both the well completion and fracturing treatment is necessary to achieve the North Kuwait strategic production targets by maximizing reservoir contact and enhancingwell performance. A long horizontal well was drilled within the Mauddud reservoir. Completion technology was based on distributing swellable packers along the lateral section to develop MSF acidizing. The multistage packer and port designs were based on the reservoir mechanical and formation properties, to achievethe best fracture extension. Fracture acidizingwas performed on each stage, the well was flowed clean, and an electrical submersible pump (ESP) was run to produce the well. A production logging tool (PLT) survey was run immediately after fracture acidizing and six months after production. The recorded data indicated different contribution profiles of the stages, which indicated the fractures and production within such reservoirstake time to stabilize. This paper describes and addresses the effectiveness of MSF. Additionally, MSF performance in horizontal vs. vertical wells is assessed. Well performance analysis, exploitation approaches, and successful implementation are discussed, highlighting the advanced completion technology applied. The PLT results at different stages of the well life (post-acidizing and after ESP installation) are discussed. A comparison between the multifracture within the lateral section and vertical fractured well showed the benefit of the technology used to boost and sustain production. Effective horizontal drilling and MSF have helped enablethe development of unconventional resources, which were considered economically unfeasible previously." @default.
• W2767519056 created "2017-11-17" @default.
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• W2767519056 date "2017-11-13" @default.
• W2767519056 modified "2023-10-12" @default.
• W2767519056 title "First Successful Openhole Lateral Multistage Acid Frac in a Complex Unconventional Carbonate Reservoir North Kuwait" @default.
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• W2767519056 doi "https://doi.org/10.2118/188170-ms" @default.
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