... property shale gas shale reservoir fracture conductivity mechanical property fracture permeability Introduction The development of shale reservoirs is important for the globally increasing energy demands. It is estimated that 50% of the energy requirements will be met from shale gas...

... fluid information pilot program unconventional resource permeability drilling operation Junggar Basin fracture conductivity conductivity society of petroleum engineers Directional Drilling lateral Well Productivity evaluation reservoir proppant Upstream Oil & Gas completion tight...

.... The pressure response together with its corresponding derivative type curves has been reproduced to examine effects of number of stages, fracture conductivity, and fracture dimension under various penetration conditions. The fracture conductivity is found to mainly influence early-stage bilinear/linear flow...

... type conductivity breaker permeability breaker system fracture gel loading viscosity fracture conductivity production rate reservoir society of petroleum engineers Introduction The primary purpose of hydraulic fracturing treatment is to enhance productivity. The unconventional gas...

..., drainage area, fracture surface area, and fracture conductivity on both initial and long term gas production rates, using single well simulation models for a generic tight, dry gas reservoir. The study compared transverse multiple fractures in a horizontal well with 40, 20, 10, and 5 hydraulic fractures...

... practical or useful since the extraction of completion parameters (fracture conductivity and half-length) out of a recorded response requires an estimate of effective formation permeability. Obtaining an estimate of permeability directly from a buildup or drawdown test can only be done if data from...

..., number of fracture stages and clusters, nonuniform half length of fracture and fracture conductivity in order to achieve maximum net present value (NPV). The advantages of this method include: 1) The automated and comprehensive process makes it easier and more precise to find the optimum design than most...

... of the deep UAE offshore tight gas sands. Artificial Intelligence dimensionless fracture conductivity tight gas sand design constraint hydraulic fracturing constraint fracture half-length drainage area optimization problem transverse fracture productivity proppant Upstream Oil & Gas...

... that proppants should not be considered an interchangeable commodity, and that well performance will be dependent on the quality and characteristics of the specific proppants selected. fracturing fluid Pellet fracture conductivity fracturing materials Upstream Oil & Gas HDC porosity ldc...

..., the number of stages to be placed in the lateral, the fracture placement technique and job size. Fracture conductivity is determined by the proppant type and size, fracturing fluid system as well as the placement technique. While most parameters are considered in great detail in the completion design...

..., the number of stages to be placed in the lateral, the fracture isolation technique and job size. Fracture conductivity is determined by the proppant type and size, fracturing fluid system as well as the placement technique. While most parameters are considered in great detail in the completion design...

... production. completion installation and operations spe 153221 well performance conductivity upstream oil & gas communication tight gas reservoir concentration gas rate fracture half-length hydraulic fracturing gas reservoir fracture conductivity perforation reservoir society...

... is economically viable, this is not the case in shale gas particularly in Australia. Before embarking on any drilling, testing or development activities simulation sensitivity studies of this nature are essential. shale gas cum fracture conductivity upstream oil & gas spe 152110 hydraulic...

... both natural and hydraulic fractures and evaluate the effect of propped and unpropped hydraulic fracture conductivity in gas recovery from a well in the Barnett shale play. In the following section, a simple model is introduced to assess the effect of hydraulic fracture spacing and length, fracture...

.... The aim of this study is to address this problem in detail and suggest that this behavior is due to a variety of reasons assuming the frac job has targeted the reservoir interval of interest. The controlling factors are fracture lengths, fracture conductivity, the damage caused by the fracture operation...

... the fracture half length by enhancing the fracture conductivity. The results showed that Productivity index (PI) increased by 2.5 folds during the post treatment production test. However, after 3 months of continuous production, the PI declined down to 1.2 folds despite the pressure build up performed...