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• W2044299622 abstract "Abstract The use of mechanical diverters in the oil and gas industry has been a common practice for decades, typically deploying perf ball sealers, degradeable balls, rock salt, dissolvable flakes, and incorporating downhole equipment such as sliding sleeves or straddle-packer systems. With multiple stage operations and horizontal wells becoming the industry norm, there is a need for a more permanent and reliable technology that is easily deployable and will seal previously stimulated perforations and zones from untreated perforations. This paper describes case histories from horizontal Marcellus Shale wells treated with degradable diversion materials applicable at a broad bottom-hole temperature range, maintains integrity under treating pressures and remains in place for the entire duration of well completion operations. There are a number of scenarios for which biodegradable materials are applicable: zonal isolation for horizontal wells with multiple perforation clusters, vertical wells treated through tubing where bridge plugs cannot be used, sealing off perforations for re-stimulation treatments as opposed to squeezing the perfs, and sealing off perforations after treating through coiled-tubing. The results from the wells treated at the Marcellus Shale showed compelling evidence that temporary mechanical bridging agents can effectively replace bridge plugs and maintain zonal isolation. The concentrations of the diverter system used were optimized during the treatments and achieved typical pressure increases of 300–1,200 psi per stage and complete seal-off pressures of 3,600–4,000 psi. The information presented in this paper will show the capabilities of using this material and the potential applications for multiple stage stimulation treatments. The pressure responses from the treatments show the ability of the materials to remain in place throughout the treatment of the well, and the details of the successful treatment execution and production results will be presented. The production results of the candidate wells also showed production rates higher than neighboring wells and wells typical for that area." @default.
• W2044299622 created "2016-06-24" @default.
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• W2044299622 date "2014-10-27" @default.
• W2044299622 modified "2023-09-23" @default.
• W2044299622 title "Eco-Friendly Biodegradable Materials For Diversion And Zonal Isolation Of Multiple Stage Horizontal Well Completions: Case Histories From Marcellus Shale Hydraulic Fracturing" @default.
• W2044299622 cites W2093427828 @default.
• W2044299622 doi "https://doi.org/10.2118/170823-ms" @default.
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