... results to the Nobakht-Clarkson method, but does not require iterative procedure. The Ibrahim-Wattenbarger method for linear flow analysis always overestimates flow capacity as compared to the other methods. For boundary dominated flow, the results show that the Agarwal-Gardner FBM method is quite...

... both its organic matter maturity and oil/water flow capacity. The introduced I gp considers these features simultaneously; maturity is evaluated by discretizing %R o from 0 to 1 depending whether the rock is immature or not; free oil flow capacity is modeled normalizing OSI between 0 and 1...

..., helping reduce run time and anticipated convergence issues. flow in porous media flow unit texture facies Reservoir Characterization Fluid Dynamics Lorenz Plot flow capacity pore throat core analysis classification good rock type rock quality rock type capillary pressure saturation...

... or flow channels has a strong effect on the rate of cross flow with the flow capacities of individual layers. There is an upper limit of the conductivity of the zonal isolation beyond which the cross-flow rate is limited by the layer flow capacities. For a given two-layer system, the cross-flow rate...

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... extensively characterized and the swelling and erosional characteristics have been examined with capillary suction time (CST), roller oven (RO) and unpropped fracture flow capacity tests. Some shale samples are inherently unstable, regardless of the fluid used in the measurement, while the majority responds...

... A trend may be observed between the spinner response and flow capacity. Table 1 presents the final results of this grouping. Table 1 Characteristics of flow units according to NMR interpretation, for well Unit H (m) K (mD) k.H mD.m 1 3 104 312 2 5 33 175 3 19...

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... the simulation, a flow capacity diagram and sweep efficiency history can be determined. Five different measures of heterogeneity can be obtained from these two diagnostic plots. We then evaluated each of these measures of heterogeneity for 450 models that were constructed using a wide range of Dykstra-Parsons...

... times extends the power of moment analysis by allowing for the determination of reservoir properties and flood performance as a function of time. Flow geometry and construction of flow capacity - storage capacity diagrams also follows directly from the analysis. Swept volume vs. time, and sweep...

... of a reservoir. Yet, as this study demonstrates, a sand source that fails some of the standard testing parameters might still meet the flow capacity needs of a reservoir. One can better understand the role that industry standards play in predicting sand performance and in approving sand deposits through closer...

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... and engineering disciplines are required. Geologic, geophysical, and petrophysical data are needed to understand reservoir quality, thickness, and extent. Reservoir engineering data is used to assess in-place hydrocarbons, flow capacity, permeability, and reservoir drainage area. Production decline analysis...

... an impact on the performance of a hydraulically fractured well even at low flow rates. Although not as drastic as the effects on high flow rate wells, reductions in flow capacity of 5-30% can be realized in low rate wells. Such reductions are due solely to non-Darcy effects. When combined with other...

... of the Forchheimer Equation. If an apparent Darcy permeability is measured at low rate and the apparent β is measured from the tangent to the data at high rate, the actual flow capacity of the system will be misrepresented by Forchheimer's Equation (lower blue line). If the consistent slope and intercept of the high...

..., then a model with the well placed somewhere between two sealing faults forming a right angle would be a normal choice. But what if the two faults are not sealing? If the flow capacity on the other side of the faults is only one third of the value on the well side, what will be the derivative characteristics...

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