... configurations and gas lift injection rates in a range that preserved flow similarity to full-scale conditions. Then, recorded pressures, flow rates, and hold-up signals were processed for flow instability and slug characteristic calculations. The laboratory-scale numerical models were run through a transient...

... propagation stimulation fracture propagation cohesive zone model numerical simulator detournay scalability equilibrium equation configuration eng URTeC: 3869162 A Combined Discontinuous Galerkin / Cohesive Zone Model Numerical Simulator for Hydraulic Fracturing and Application to Frac Hits...

... Abstract The implementation of effective completion design configurations during hydraulic stimulation is critical for the economic development of unconventional reservoirs. Low-frequency Distributed Acoustic Sensing (LF-DAS) based cross-well strain measurement is an advanced monitoring...

... configurations. Analyses in Midland Basin imply lack of interference between specific Spraberry and Wolfcamp targets and moderate to high interference between Spraberry targets, indicating the importance of the stagger element in the Spraberry plan of development. Anticipated additional insights include further...

... microstate physics md simulation transition configuration clathrate sloan jr markov state model american chemical society hydrate nucleation gas hydrate structure evolution revealed molecular dynamics simulation URTeC: 3817836 Gas Hydrate Structure Evolution Revealed by Coarsening Molecular...

... Abstract The stimulated-rock-volume (SRV) in unconventional shale and tight reservoirs is generated by horizontal well completion contacted with complex fracture network. In this work, SRV configuration is defined by primary fractures connected to the wellbore and secondary fractures...

... dataset previously acquired with conventional geophone technology. geologist united states government production monitoring geological subdiscipline communication technology conference efficiency wellbore production logging production control frac configuration disposable fiber geology...

... configuration of a new multi-zone development for an undrilled acreage. For one study, the base case was eight wells each in the Lower Spraberry, Wolfcamp A, and Wolfcamp B stacked directly above each other. The model had a median absolute percent error (MAPE) of ~15% for a random held-out 20% of pads, a score...

... increased dramatically. The stage configurations that created low RPC while maintaining high RPP did not show improved SDE. The strain change results based on DSS data during the production phase indicated near-wellbore fracture property changes (e.g., aperture changes during well shut-in and flow periods...

... Required: Reservoir and fluid properties, well configurations, and landing zones (including geology). Results: Simulation cases for conservative, moderate, aggressive, very aggressive drawdown scenarios. Observations: For cumulative oil (recovery) and GOR functions, no discernable effect of drawdown...

... unconventional resource technology conference configuration dtof reservoir property drainage volume urtec 5106 reservoir production forecasting complex reservoir fluid dynamics workflow eikonal equation evolution delaware basin URTeC: 5106 Well Performance and Completion Efficiency Assessment...

... urtec 2903 midland martin county drilling operation variability formation group configuration project valuation upstream oil & gas wolfcamp interference average performance artificial intelligence complex reservoir rystad energy horizontal well landing zone operator optimal well...

... be economic, and the rock property differences may be outweighed by the continued advancement of hydraulic fracturing technology. In the case where both upper and lower sand lobes are viable targets, the well configuration and interference between laterals becomes increasingly important to optimize...

... and scalable field development workflows involving many well/pad configurations, decision and uncertainty parameters. Introduction Data, simulation, forecasting and optimization requirements can vary significantly according to the number of wells in operation and to be incorporated in each field plan. When...

... a four well staggered high-low configuration. All wells were kitted with bottom hole pressure and fiber optics. A vertical well was employed to monitor microseismic and pressure during the completion and production phases of the pilot. In-well and cross-well DAS, DTS and pressure data were integrated...

... segmentation utilized an architecture based on a convolutional neural network (CNN) in the DeepUnet configuration. The implementation utilized the Pytorch framework in a Linux environment. Computation exploited high-performance computing system based on Intel(R) Core (TM) i7-6700 CPUs and NVIDIA GTX 1080i...

... Reservoir Characterization hydraulic fracturing Fluid Dynamics communication index configuration Technology Conference society of petroleum engineers asset and portfolio management field development optimization and planning Well Design workflow unconventional resource technology...

... was used to forecast liquid recovery under different scenarios involving huff-and- URTeC 979 3 puff or cyclic gas injection. Sensitivities to study the effect of the injected gas composition were carried out using different fracture configurations. Gas Condensate Reservoir Performance Fluids in gas...

... to conducting the same optimization using multi-well modeling (i.e., field zipper frac configuration). Results show that one cannot optimize the placement of stacked wells by treating them as standalone wells. We also investigated the effect of zipper fracture sequencing on the propped surface areas and well...

... distance child well drilling operation drillstem/well testing parent-child well configuration field development optimization and planning frequency buffer Energy Economics Directional Drilling horizontal parent well fdi frequency FDIS oil banking frac job parent well well configuration...