Testing page for app
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A coiled-tubing selective perforating and activation system that transmits critical downhole data and measurements in real time is enabling well interventions that previously could not have been executed.
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The oil and gas industry should pay more attention to mature vertical wells but it first must consider technology and cost.
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Last year, SPE created a task force to study the topic of climate change and to determine if a public position statement should be created. After a year-long review, it recommended that we not develop a statement on climate change, which was accepted by the SPE Board of Directors in March.
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When oil prices began to fall rapidly in the last half of 2014, the impact was quickly felt in all of SPE’s programs. Our magazines were affected first by a reduction in advertising as companies reduced their marketing budgets.
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The treatment in a deepwater, frac-packed well with fiber-optic-equipped coiled tubing (CT) and a rotating, hydraulic high-pressure jetting tool achieved successful stimulation of a 500-ft-long frac-packed zone after several previous failures using different techniques.
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This paper discusses a novel approach to abrasive perforating, including the first-ever use of an acid-soluble abrasive material and ending with CT-jetting-assisted nitrified stimulation.
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Advanced horizontal drilling, multistage hydraulic fracturing, and other technologies have helped make the Vaca Muerta shale oil and gas resource economically viable.
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Deepwater coiled-tubing (CT) well interventions can benefit from significant rig-time reduction and cost savings associated with improved efficiencies of surface processes.
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This paper describes both design and economic considerations that lead to the selection of vacuum-insulated tubing (VIT) or vacuum-insulated casing (VIC) for the completion of thermal wells.
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This paper describes the testing of a novel concept based on resistivity measurements to monitor acid-stimulation operations.