... Abstract Drilling and completion of long, highly deviated, or horizontal wells have become commonplace in most mature petroleum reservoirs, especially for unconventional plays. Field observations indicate that most infill wells pass through depleted zones where stress changes are induced...

... of the Permian Basin. pressure transient analysis asset and portfolio management hydraulic fracturing complex reservoir production forecasting pressure transient testing dimension interference seg unconventional resource technology conference infill well upstream oil & gas unconventional...

... temperature profile complex reservoir infill well temperature response simulated downhole temperature profile injection URTeC: 3721052 Simulation of Downhole Temperature Distribution in Fractured Shale Gas Wells by Incorporating Geomechanics and Apparent Permeability Modeling Chuanyao Zhong...

..." wells, called "child wells," have experienced disappointing production performance due to reservoir depletion by the parent wells. These child wells are distinguished from infill wells which do not interact with parent well depletion. This early development activity resulted in a large number...

... Abstract Predicting primary and infill well performance accurately is an industry focus with increasing development of unconventional shale plays. Traditionally, physics-based forecasting models require extensive time to generate predictions compared to the time to plan and implement multi...

... upstream oil & gas integrated reservoir modeling case study urtec 3723983 production loss prediction sensitivity drillstem/well testing infill well sensitivity child well depletion impact gauge pressure data visit well well spacing horizontal well fracture URTeC: 3723983 An Integrated...

... Abstract Successful development of the Wolfcamp and Bone Springs in the southern Delaware basin requires a clear understanding of the complex interactions between primary wells and infill wells. Pressure sinks around depleted primary wells give rise to fracture-driven interactions during...

... of the net pressure. modeling & simulation pore pressure horizontal stress hydraulic fracturing long-term pressurization coefficient reservoir characterization upstream oil & gas pressurization time mpa reservoir geomechanics infill well pressurization production fracture in-situ...

... Abstract It is well known that pre-existing fractures and depletion play an integral role in the completion and production of infill wells. However, it is often left to speculation as to where and how these depleted fractures are distributed along the wellbore. To bring additional context...

..., there is little discernable difference in well performance between wells that are completed within 9 months of each other. Fully-Bound ( FB WOI has offset wells completed on both side of the wellbore before or up to 9 months after of the WOI s completion date. Includes FB-Co-Developed, FB-Child, and Infill wells...

... hydraulic fracturing upstream oil & gas modeling & simulation reservoir simulation infill well depletion perforation cluster re-fracturing tensile fracture scenario 2 interference completion connectivity rd well uegfd shale member complex reservoir redevelopment well...

... results showed that child wells exhibit similar or in some cases larger contacted stimulated areas than infill wells with no depletion. However, their productivity is significantly lower due to preferential fracture growth toward the depleted zones around the parent wells, where there is lower reservoir...

... strategic planning and management benchmarking asset and portfolio management performance indicator reservoir characterization shale gas complex reservoir field development optimization and planning inflow performance tensile fracture fracture characterization infill well well...

... Abstract This case study involves three infill (i.e., "child") wells drilled near a producing primary (i.e., "parent") well. All study wells target the same unconventional sandstone formation. The project objective is quantifying the interactions between the primary and infill wells...

... & gas unconventional resource economics field development optimization and planning communication liquid chemical tracer interference infill well well interference kelkar tracer study water tracer urtec 3134 oil tracer fracture operator society of petroleum engineers structural geology...

... Abstract This Permian Basin case study investigates the impact of primary (i.e., "parent") well depletion on infill (i.e., "child") well completions. The operator used electromagnetic frac fluid tracking to monitor the hydraulic fracturing treatments of three infill wells. The project’s primary...

... This paper describes a novel process that uses standard drilling data obtained during the drilling of an infill well to identify induced hydraulic fractures that were created during the stimulation of a legacy well. Five case studies are presented to illustrate some insights gained through...

... energy economics reservoir characterization production monitoring hydraulic fracturing upstream oil & gas infill well reservoir geomechanics shale gas parent well production reservoir simulation parent well fluid dynamics urtec 2821 production loss reservoir surveillance...

... of infill well performance. A typical vintage Drilling Spacing Unit (DSU) was selected for pilot tests. The 8 parent wells had been on production for 6 years before 3 infill wells were drilled in Middle Bakken and Middle Three Forks (MTF) formations. Infill well completion was designed to mitigate...

..., 2020, with multiple operators active (Figure 1). hydraulic fracturing asset and portfolio management field development optimization and planning infill well eur change directional drilling fracture technique comparison infill activity infill drilling complex reservoir production...