... not necessarily reflect any position of URTeC. Any reproduction, distribution, or storage of any part of this paper by anyone other than the author without the written consent of URTeC is prohibited. Abstract While it is generally understood that existing well depletion affects future well developments negatively...

...., 2023; Fowler et al., 2023, Pearson et al., 2022). By coupling fracturing and production physics, solutions implicitly reconcile the impact of fracturing designs on depletion results (e.g. - as well spacing is decreased the increased stress shadowing will impact fracture geometries, which in turn...

... geologist reservoir surveillance production control production logging production monitoring complex reservoir log analysis geology well logging depletion assessment urtec pvt simulation completion isip advanced mud gas logging reservoir depletion intensity drilling...

... of this paper is to present a comprehensive study on the optimization of child-well spacing and completion design through advanced reservoir characterization, complex fracture modeling, and robust reservoir simulation. Finally, an optimal child-well spacing is presented for each parent-well depletion time...

... described the positive, negative, and neutral consequences to both parent and child wells after child well stimulation and completions. The purpose of this work is to provide a workflow for quantifying the impact of parent-child depletion to estimate future child well performance based on available data...

... by lateral length and proppant intensity (pounds per foot). To investigate depletion effects, wells were grouped based on starting time, especially for the years with significant populations. Misalignments between well orientation and the direction of minimum horizontal stress is referred as "well-stress...

...URTeC: 4036768 Investigation of Parent-Child Well Fracturing Interference in Depleted Shale Oil Reservoirs in a Faulted Region with Strong Tectonic Stresses Xuyang Guo1, Jiawei Li*2, 1. China University of Petroleum Beijing, 2. SLB. Copyright 2024, Unconventional Resources Technology Conference...

... implications for the spatial distribution of depletion, leading to complexity when choosing optimal configuration and completion designs for new development wells. URTeC 4033310 3 In 2023, Chesapeake Energy embarked on an effort to establish new models and calibration frameworks for their Haynesville acreage...

... unconventional resource technology conference depletion numerical modeling geological subdiscipline interference propagation hydraulic fracturing test site 2 Abstract Hydraulic stimulation design requires careful consideration of fracture height and the potential parent-child well interference...

... on developing child wells. Specifically, we are able to demonstrate that the depletion effect of the parent well impacts child condensate production more severely than gas production, IP s are impacted more than EUR s, and that incremental impact on the child becomes smaller through time. The utilization...

... deep learning geologist complex reservoir reservoir surveillance neural network production monitoring machine learning production control dataset depletion function prediction forecast workflow geology artificial intelligence depletion urtec sensitivity accuracy validation...

... learning exhibition urtec artificial intelligence geological subdiscipline paper morphology geologist fracturing fluid optimization problem reservoir geomechanics fracture geometry texas operator real-time optimization completion effectiveness depletion URTeC: 4044071 The Perfect Frac...

... flow, and geomechanics tool has been carried out. The tool couples hydraulic fracture simulation with geomechanics, hence it can capture the stress change due to the depletion at the parent well as well as the pressure response and water cut response at the parent wells due to FDI. Two field case...

... Abstract For unconventional reservoir development, it is critical to understand the impact of well spacing, completion designs, formation pressure depletion, and parent-child interference, etc. The comprehensive diagnostic dataset acquired in the Hydraulic Fracturing Test Site 2 (HFTS-2...

... Abstract In Permian Basin unconventional reservoirs, field production data show that water cuts tend to increase over the long term, mostly driven by depletion. This increase becomes more severe with faster reservoir depletion due to larger completion designs, higher well density, and more...

... interaction, increase near wellbore fracture complexity, and enhance conductivity. Completion optimization was implemented to avoid large scale changes in RockMSE and potential depleted fracture intervals (DFIs). Additionally, active frac guidance was run using high-frequency pressure monitoring from...

... geometry reservoir characterization depletion completion mcclure objective URTeC: 3848875 A Success Story: Screening and Optimizing Refracs in the Eagle Ford Garrett Fowler*1; Jose Zaghloul2; David Jones2; Lindsey Hall-Wiist2; Drew Hopson2; Sarah Allen2; Matteo Picone3; Adrian Morales4; Matteo...

... united states government drillstem testing reservoir characterization pressure transient analysis gauge communication overlap interaction hydraulic fracturing geological subdiscipline interference fiber concentration frac geometry permian basin depletion unconventional resource technology...

... drivers that contribute to their success. The selection of candidates for refracturing treatments involves comprehensive consideration of various factors, such as the initial completion of the wells, the depletion stage resulting from the first hydraulic fracture job, stress distribution, estimation...

... wells (child wells) are drilled and fractured close to those that have already been in production (parent wells). Due to the pressure depletion, the new wells are not as productive as the original ones. The alternatives to deal with this problem are diverse. There is more than one technical-economic...