..., and have an F1-Score range of 0.8 to 0.9 in Case 1 and 0.7 to 0.84 in Case 2. These F1-Scores indicate good model performance as the highest attainable value is 1, which indicates perfect performance. Additionally, using geostatistical modeling, the natural fracture predictions along the wells were...

...) 73.1 MPa Angle between initial Shmin and horizontal wellbore 0 degree Case 1: Horizontal Parent-Well with Planar Hydraulic Fractures In the base case, no lateral fracture complexity is included in our numerical model. The four planar hydraulic fractures have half-length of 320 ft, fracture height of 42...

... cases are constructed from the base case, and the major varying factor is the fracture (network) geometry except for Case 1, in which the difference from the base case is the shut-in time. In addition to single-cluster cases, three multi-cluster cases are constructed to examine the effects of complexity...

... fracture permeability interference unconventional resource technology conference fracture geometry fracture system case 1 scenario production surface area urtec 2121 different fracture system Abstract The multistage hydraulic fracturing process is the main stimulation technique to develop...

...-dominated flow (BDF). Case 1: Only 11 traditional transverse HF exist in this scenario, shown in Figure 2a. Case 2: Based on Case 1, 200 NF were added to the near-wellbore region, shown in Figure 2b. Case 3: Based on Case 2, another 1800 NF were added to the near-wellbore region, total number of NF...

... are in Table 1 and Figure 4. Table 1. Design of Field-Scale Pumping Schedules Case 1 Case 2 Case 3 Case 4 Stage Proppant Size, Mesh Pumping Time, Min Proppant Concentration, PPG Pumping Time, Min Proppant Concentration, PPG Pumping Time, Min Proppant Concentration, PPG Pumping Time, Min Proppant Concentration...

... change case 1 fracture geometry URTeC: 972 Impact of Parent Well Depletion on Stress Changes and Infill Well Completion in Multiple Layers in Permian Basin Anusarn Sangnimnuan, Jiawei Li, Kan Wu*, Stephen A. Holditch; Texas A&M University. Copyright 2019, Unconventional Resources Technology...

... benches. Figure 7. Multiple zipper frac sequence configurations considered in this study. The difference between Case 1 and Case 2 is that in Case 1 all the upper wells are zipper frac to completion before the lower wells are stimulated. In Case 2 all wells are stimulated one stage at a time. +5...

... Reservoir Characterization hydraulic fracturing complex reservoir Upstream Oil & Gas Artificial Intelligence reservoir simulator geocellular grid fracture Scenario ramsay natural fracture natural fracture system simulated day orientation productivity case 1 fault likelihood...

... Modeling & Simulation hydraulic fracturing fracture complexity complex fracture network imbibition depth complex reservoir wet condition case 3 case 1 EDFM fracture conductivity hydraulic fracture fracture geometry Upstream Oil & Gas natural fracture wettability alteration...

... analysis case 1 society of petroleum engineers Rate transient analysis (RTA) or decline curve analysis (DCA) uses empirical models that enable a reasonable production forecast with minimum effort using only the well production history. Wells producing from conventional gas reservoirs typically...

... lower model asset and portfolio management structural geology case 2 cumulative gas production well location hydraulic fracturing case 1 Scenario reservoir area sandstone body permeability field development optimization and planning completion geologic model equivalent fracture...