...-Faresi et al, 2012 ), two Fast and Slow Loop simulation models were built to model a regional aquifer and quantify flux exchange between Burgan-Minagish, regional aquifer and surrounding reservoirs. While the Fast Loop coarse model was used to match field level production and pressure data, the detailed...

... remain as main challenges that the operator has faced. The study described in this paper deployed multiple levels of fracture characterizations in the reservoir simulation model by using unstructured grid to explicitly delineate major/large fractures. The multiple rounds of well-by-well history match...

.... The advantages of a simulation-driven study include coherence of the simulation model with existing or current time-lapse seismic response and determination of fluid advection and displacement according to Darcy's law as opposed to ad-hoc supposition. This study builds on the work of Woock et al. (2011...

... streamlines, traced from finite-difference reservoir simulation model outputs. Good reservoir management practice necessitates that conventional VRR should be maintained at or above unity. Maintaining appropriate injection performance is therefore an essential requirement for achieving optimal oil recovery...

... the task for simulation of accurate prediction in order to evaluate economic reasonability of production. This study concerns the question of changes gas production profile at the gas-bearing carbonate formation due to presence of transition zone. The different ways of simulation models initialization...

... performance, lower water production rates, and increased well life compared to wells without ICDs ( Abdullayev 2017 ). Completion Monitoring Systems/Intelligent Wells reservoir simulation simulation model Exhibition configuration flow control equipment actual downhole icd configuration control...

.... An initial history matching attempt with a simulation model based on a legacy static model highlighted the limitations of existing interpretations in terms of in-place volumes and connectivity. The structural interpretation of the field was revisited and a novel facies modeling methodology was developed. 3D...

... results will also be discussed. Upstream Oil & Gas Efficiency formation damage al wafri well petrophysical property Artificial Intelligence Al Wafri field completion good porosity simulation model reservoir property Drilling tgr productivity reservoir perforation society...

... model and reservoir simulation workflow is formulated and applied to optimize post-frac injection and production in Zhou-6 tight oil block, Daqing field. With this new workflow, the injection volume of Zhou-6 field was successfully optimized through this more realistic reservoir simulation model...

... exposure to a vast water body. Water imbibition tests conducted at elevated temperatures using Amott cells were used to benchmark the simulation model. Those imbibition tests investigated surfactant effects in both secondary and tertiary modes. Capillary and gravity forces were captured by history matching...

... has more than 15 years of production history. This paper discusses an integrated static and dynamic workflow to create a range of probabilistic simulation models to forecast oil production under several production schemes. The study deals with quantitative identification and ranking of factors...

... 2 content in blended gas was optimized. The first step of the pilot study was to create a representative surface network model that could be coupled to the available subsurface black oil simulation model for two of the fields. A model integration software platform was used for linking the surface...

... chemical flooding methods Upstream Oil & Gas viscosity flow in porous media simulation model capillary desaturation function residual oil saturation Modeling & Simulation flow rate experiment multiphase flood experimental data saturation relative permeability curve enhanced...

... reservoir simulation models is quality controlled and cross-checked to eliminate inconsistencies during the history match process. This new implemented method will give an overview of the simulation data quality workflow design and outline the development of a state of the art software package that guides...

... theory. A fine numerical simulation model to simulate asphaltene precipitation, flocculation, deposition and damage processes was established, the impact of asphaltene on recovery was studied and the recovery of 10 years was declined by 2.3% in considering asphaltenes. By controlling the bottomhole...

.... Experimental Design and proxy model techniques with associated algorithms, uncertainties, bias, and accuracy vs . simulation models have been discussed through numerous papers. These papers usually present discrete results such as Cumulative oil, STOIIP, or NPV though proxy allowing a simple and time saving...

... nature (up to 15 reservoir layers that made up of multiple isolated distributary channels). A detailed reservoir simulation model was built to study full field implementation of CEOR in Caracara Sur. The model was calibrated with laboratory tests data, residual oil saturations from Single Well CEOR ASP...

... Abstract In a typical reservoir simulation model, varying details of its geological and petrophysical properties need to be captured accurately. There are single-phase regions, where a considerable savings in costs may be realized if large blocks are used, while there are regions, particularly...

... from a previous simulation model, we establish 3 stages for the proposed work flow: Analysis of geological variables, the discrete fracture network (DFN) and identifying and weighting the impact on the dynamics of both fluids systems. Application of ESA using the variables identified on stage 1...

... Abstract The technology to process and analyze simulation model outcomes have improved exponentially in the past few years and gave engineers the ability to analyze results of simulation runs efficiently and effectively. Reservoir simulation engineers need to quickly analyze simulation runs...