SPE Eastern Regional Meeting · 2010 · 15 citations · 11 references
EngineeringEarth SciencesPetroleum EngineeringReservoir CharacterizationReservoir EngineeringUnconventional ReservoirsHorizontal Well CompletionsReservoir Quality AssessmentUnconventional Reservoir EngineeringWell CompletionWell ModelingWell Performance AnalysisFlow In Horizontal WellsFlow In Vertical WellsGross Pay CalculationHorizontal Well PerformanceHorizontal Well ProductivityShale Gas Resource EvaluationWell Performance ForecastingWell Productivity Analysis
Abstract The Barnett Shale play in north central Texas has 14,382 wells which were originally primarily vertical wells. Currently 68% of the wells are horizontal wells. This Barnett Shale has significant changes in performance and quality as produced fluid type changes, as the depth changes, and as the thickness changes. Completion type is known to have a significant impact on well productivity. This review relates peak month rate to reservoir performance. The peak month rate is shown to be impacted in a predictable manner by horizontal wellbore length, by lateral azimuth, by completion depth, by gross pay interval, and by type of fluid being produced, which ranges from dry gas to oil. A P10/P90 ratio is used to measure the relative uncertainty in performance for the various subsets of the Barnett Shale reviewed.
11
Pore Networks and Fluid Flow in Gas Shales
F. P. Wang, Robert M. Reed, A. John et al. · SPE Annual Technical Conference and Exhibition · 2009 · 523 citations
Modeling of gas generation from the Barnett Shale, Fort Worth Basin, Texas
Ronald J. Hill, Etuan Zhang, Barry J. Katz et al. · AAPG Bulletin · 2007 · 283 citations
Oil and gas geochemistry and petroleum systems of the Fort Worth Basin
Ronald J. Hill, Daniel M. Jarvie, John E. Zumberge et al. · AAPG Bulletin · 2007 · 264 citations
Engineering, Earth Sciences, Geology +17