... for efficient sensitivity analysis and uncertainty quantification, further broadening its applicability. This framework represents a paradigm shift, offering a cost-effective and high-performance solution for complex, high-dimensional physical systems, with potential applications in reservoir simulations, fluid...

... evolutionary algorithm machine learning geological subdiscipline reservoir compressibility reservoir pressure proxy model bottomhole pressure accuracy prediction simulation optimization artificial neural network application scenario genetic programming depletion percentage reservoir simulation...

... Abstract This study developed a geological-driven reservoir simulation model to optimize the first hybrid gas Enhanced Oil Recovery (EOR) initiative in Thailand's largest onshore oilfield. By integrating geological insights from various disciplines with simulation techniques, the model can...

... volumes. The methodologies range in technical complexity from Decline Curve Analysis (DCA) for Primary recovery to numerical reservoir simulation modeling and Type Well Profile (TWP) used for secondary and tertiary recovery mechanisms. There are five main reservoirs within the subject field and each...

.... sedimentary rock fluid dynamics geologist carbonate rock geology waterflooding drilling operation reservoir simulation rock type flow in porous media asset and portfolio management field conformance improvement reservoir surveillance enhanced recovery production monitoring production control...

... reservoir simulation optimization problem drilling fluids and materials social responsibility production logging artificial intelligence reservoir surveillance drilling fluid management & disposal sustainable development production monitoring efficiency production control reservoir...

... of computing unconventional play geology reservoir simulation complex reservoir flow in porous media petroleum play type modeling & simulation heavy oil play enhanced recovery concentration activator flooding viscosity oil production activator concentration relative permeability curve oil...

... analysis reveals that gas-oil ratio is the most important input parameter for predicting Oil FVF, followed by oil density, solution gas-oil ratio, and oil/water interfacial tension. geologist geology pvt measurement decision tree learning reservoir simulation artificial intelligence prediction...

... availability of a light and fast tool able to provide an estimation of the produced fluid flow rate with just a little amount of input data can be helpful in situations where just few resources are accessible. pvt measurement reservoir simulation flow metering production logging artificial...

... diffusive and advective transport while exploring gravity-dominated and channeling flow that ultimately influences CO 2 transport and produced gas composition. All analysis is performed with a compositional reservoir simulation with the capability to account for the impacts of molecular diffusion...

... into oil reservoirs and its impact on reservoir performance and well productivity. This objective is achieved using an integrated well/reservoir asphaltene deposition model on a Middle East carbonate reservoir. A reservoir sector model is developed using a commercial compositional reservoir simulator...

... at the thermal front. This model can be applied to monitor multilayer CO 2 injection profiles during the early stages of injection, providing a basis for adjusting the injection profile to enhance CO 2 storage capacity. fluid dynamics reservoir simulation subsurface storage flow in porous media...

..., and results were correlated to other permeability indicators from different sources of measurement. fluid dynamics geologist trajectory design geology drilling operation directional drilling reservoir simulation lwd formation testing flow in porous media well planning logging while drilling...

... reservoir simulation hydrate formation subsurface storage flow in porous media enhanced recovery flow assurance climate change co 2 cold front saturation water saturation reservoir temperature dry-out front scenario injection evaporation rate evaporation initial reservoir temperature water...

.... Although these guidelines augment rather than supplant conventional computational and analytical approaches, they provide invaluable insights necessary for navigating the complexities of large-scale carbon storage projects successfully. geologist geology reservoir simulation subsurface storage...

... environment efficiency mechanism equation of state transitional environment sedimentary geology depositional environment injection figure sedimentology delta environment co 2 reservoir characterization permeability calculation reservoir simulation social responsibility continental environment...

.... This novel approach is of great importance for decision-makers to quantify the economic feasibility of the foam-assisted CO 2 storage process. carbonate rock geologist reservoir simulation rock type chemical flooding methods solubility hirasaki fluid dynamics waterflooding subsurface storage...

... was to understand which mechanisms can mitigate or prevent the formation of hydrates. The key mechanisms we studied included water dry-out, heat exchange with surrounding rock formation, and capillary pressure. A compositional thermal reservoir simulator is used to model the fluid and heat flow of CO 2 through...

..., it was established that, with such a robust EOS model, an arbitrary number of pseudo-components can be defined for the crude oil and solvents PVT models, without a considerable impact on oil recovery or injected fluid breakthrough. geologist unconventional play complex reservoir reservoir simulation...

... the decision-making process for one of the key design factors for water-flooding projects, namely pattern size, by using a simulation-economic-simulation approach. With the help of this approach, the best injection pattern size is chosen for use in the water-flooding design. Four reservoir simulation models...