... intelligence upstream oil & gas calculation project well production indicator readability hydrodynamic model hydraulic fracturing optimization problem variant efficiency experiment optimization algorithm restriction algorithm indicator reservoir horizontal well Introduction More...

... production monitoring reservoir characterization machine learning enhanced recovery production control artificial intelligence upstream oil & gas bottom hole pressure neural network forecasting calculation hydrodynamic model gas cap well operation production well vector...

... numerical hydrodynamic models ( Apasov et.al., 2018 ), taking into account all the features of the field under consideration or using analytical models based on the fundamental principles of filtration theory and development experience. In such conditions, when solving optimization problems...

... ). log analysis wellbore seismic information production monitoring borehole imaging microimager gis complex hydrodynamic model production control reservoir surveillance core absence interval facies information content sediment spe-206593-m data interpretation petroleum engineer...

... well pressure diffusivity convergence reservoir pressure diffusivity aslanyan pressure response cross-well interval drillstem testing drillstem/well testing thickness farakhova producer cross-validation result hydrodynamic model transmissibility value permeability model value tracer...

... calculation hydrodynamic model boundary dependence lenticular body impenetrable boundary analytical solution equation interference inflow flow model coefficient horizontal well vertical well Introduction Today, the reserves of "traditional" oil are being depleted. To maintain...

... with water displacement (total surfactant concentration 1%) using an analytical method of interpretation. The adaptation of the SWCTT results on the hydrodynamic model was carried out, the most influencing parameters on the quality of adaptation were determined. The selection and justification of a pilot...

... Abstract To create a technology for selection the optimal RPM method the simulation on a sector hydrodynamic model of the field has performed. Different injection modes (continuous injection, alternating, cyclic), injection agents and completions of injection wells were tried during...

... and economic parameters of the proposed development option (horizontal wells with multi-stage hydraulic fracturing of the formation) with the basic version (horizontal wells with traditional completion). A hydrodynamic model was used to calculate oil production levels according to options. As a result...

... breakthrough gas cap enhanced recovery upstream oil & gas oil production rim water flooding improvement experience production control drilling operation water flooding cell hydrodynamic model compensation water injection pilot region flooding autonomous system injection production well...

... polymer injection efficiency flow in porous media fluid dynamics calculation chemical flooding methods modeling & simulation hydrodynamic model polymer solution bottom-hole pressure additional oil production adaptation upstream oil & gas concentration viscosity polymer flooding...

... Abstract Significant acceleration of the calculations used to create three-dimensional geological and hydrodynamic models is discussed. Detailed 3D models of large and giant reservoirs requires significant computing power for their creation. All available seismic, geological and hydrodynamic...

... produced water is removed from the bottom hole are evaluated. A feasibility study of technologies applicability was carried out in the context of unique gas field, the main reserves of which are associated with Cenomanian deposits. All calculations were performed on the hydrodynamic model including...

... of the Turonian formation and their impact on the gas production profile. For the uncertainty analysis, a sector hydrodynamic model was built and history matched, which included the first launch clusters with the U-shaped wells and the multistage hydraulically fractured wells (MSHF). The assessment was made...

... permeability, residual reserves maps, a seismic map of average amplitudes, as well as the proximity of the candidate to the existing well stock are mainly considered during analysis of the trajectory. ▪ Prediction of the flow rates is not always based on the hydrodynamic model - when calculating...

... caps of productive reservoirs and dry gas reservoirs, as well as the gas injection system on the efficiency of the field development process as a whole. The task included creating, history matching and integration of the hydrodynamic models with surface facility system, the elimination of "bottlenecks...

... implementation upstream oil & gas information horizontal stress sakhalin shelf mechanical earth model one-dimensional mechanical earth model fracture reservoir geomechanics stress reorientation hydrodynamic model stress-strain behavior earth model construction society of petroleum engineers...

... Abstract As part of this work, a three-dimensional interactive visualization library for rendering geological and hydrodynamic models' objects was implemented. The main functional capabilities of the library are described, and a comparison with commercial and free alternatives is made...

... Abstract In the practice of hydrodynamic modeling the anisotropy parameter (the ratio of vertical permeability to horizontal – k v /k h ) is usually determined by experts as a fixed value varying in the range of 0.1-0.01, for the formation or for the field as a whole, and it is specified...

... of performing calculations is interesting because the software was provided by different vendors, which is typical for almost all companies. The geological and hydrodynamic model was designed by using tNavigator, and the well and surface infrastructure models were designed in Weatherford software complexes...