... with additional costs, potential downhole tool failure, additional slickline and multi-finger caliper runs, and nonproductive time (NPT). Relative permeability modifiers (RPM) are a cost-effective diverter option to reduce rig and associated equipment costs through the provision of a high diversion-pressure...

... is regulated by the sorption/diffusion mechanism, whereas the fluid flow in a two-phase scenario is dictated by the relative permeability of the fluids. Relative permeability serves as a valuable instrument in the examination of multiphase fluid dynamics within porous mediums. In the case of traditional...

... experiment saturation waterflooding injection geology enhanced recovery oil rim history match wag1 dyn cm composition interpretation drainage gas injection method water injection production data slug experiment imbibition relative permeability gas cap wag2 water saturation...

... by a highly conductive fracture network. Traditional modeling approaches tend to rely on Darcy's law with relative permeabilities. However, many experimental works have shown features such as reduced mobility or delayed onset of imbibition that are not captured by these standard approaches but can...

... and blockage phenomena. The impact of Non-Darcy flow and velocity dependent relative permeability on wells' performance is captured and modeled appropriately. Assessment of the impact of CO2/N2/Chemical injection along with injection volumes & rates on sectoral performance, is made. The detailed workflow...

... analogue relative permeability viscosity Background The FDIC AI (Field Development Integrated Catalogues Artificial Intelligence) is one of the analogue based forecasting tools which aim to simplify the approach of predicting the dynamic performance of a reservoir with specific Characterisation...

... Abstract Relative permeabilities are fundamental quantities for reservoir engineering that govern production/injection and displacement (i.e. natural depletion, water or gas-cap drive, waterflood). The relative permeability (k r ) of a phase is a dimensionless quantity that measures...

... saturation permeability scco 2 displacement efficiency consistent relative permeability relative permeability injection guidance reservoir simulation modeling & simulation hysteresis capillary pressure model plume Introduction With the need for rapid growth of the CCS industry...

... the subsurface uncertainties of S Field due to its strong heterogeneity, large amount of CO 2 initially present in the reservoir and high reservoir temperature conditions. The permeability of targeted injection is low which makes it more complex in term of characteristics. Relative permeability is one...

... Abstract Accurate estimation of the relative permeability and capillary pressure functions is necessary for effectively managing oil and gas reservoirs. Various methods for estimating these properties exist, but mathematical modelling-based strategies have shown promise for accurate estimates...

... using available models including capillary pressure and relative permeability hysteresis. It plays a key role in storage security, slowing plume migration, increasing storage capacity, and enhancing reservoir integrity, Krevor, et.al., 2015 . Trapped gas saturation has been investigated in three...

...) choosing the form of the fractional flow curve, (ii) from fractional flow deriving a set of relative permeability curves which gives the maximum total mobility function, (iii) establishing an appropriate random correlated permeability field and (iv) simulating the process with a sufficiently fine grid...

... study relative permeability fwl case study production monitoring reservoir surveillance upstream oil & gas presented spe annual technical conference technical conference fluid identification operation Introduction This paper addresses the field development planning challenges...

... leaves the matrix almost unswept. This feature was characterized through dedicated fine simulations, leading to an upscaling of relative permeability curves for a single porosity formulation. The workflow was applied to a carbonate giant field with a long production history under waterflood development...

... Abstract Simulation of Water-Alternating-Gas (WAG) Experiments require precise estimation of hysteresis phenomenon in three-phase relative permeability. Most of the research available in the literature are focused on experiments performed on sandstone rocks and the study of carbonate rocks has...

... waterflooding oil phase blunt experiment pore space gas phase upstream oil & gas three-phase system residual oil fluid dynamics mechanism relative permeability saturation occupancy oil film clay fabric displacement oil layer water phase visualization oil recovery Introduction...

.... enhanced recovery artificial intelligence modeling & simulation flow in porous media upstream oil & gas equation of state fluid dynamics gas injection method wag injection chemical flooding methods miscible method waterflooding slug size endpoint oil relative permeability hysteresis...

... injectivity in experiments starting with water cycle is better than that in experiments starting with gas cycle when compared at the same water saturation, 3- Cyclic hysteresis in gas relative permeability was observed when comparing the first and second gas cycle, however, no further hysteresis was observed...

... Abstract A meticulous interpretation of steady-state or unsteady-state relative permeability (K r ) experimental data is required to determine a complete set of K r curves. In this work, three different machine learning models was developed to assist in a faster estimation of these curves from...

... approach history matching modeling & simulation fluid dynamics relative permeability forecast middle east uncertain parameter scenario Introduction Context and objectives The subject of this paper is a sized Middle East onshore oil reservoir which has been developed approximately...