... Abstract Waterflooding has a long history as a successful development strategy in oil recovery, yet maximizing its potential through optimized strategies remains a significant challenge. Traditionally, identifying the most effective waterflooding designs requires extensive numerical simulations...

... determining ions (PDIs), specifically Ca 2+ , Mg 2+ , and SO 4 2− ions compared to high-salinity connate water or injected seawater. Achieving an optimum concentration of the PDIs in the injected water provides further potential for enhancing oil recovery, which is denoted as smart waterflooding...

... Abstract As part of the Wellbore Utilization and Asset's idle well reactivation initiative in KOC, Fields Development S&EK evaluated several Saturation Observation wells completed with Fiber Glass casing across the Wara reservoir, currently under waterflood. The existence of brittle fiber...

... agents. This lays a theoretical foundation for nanofluids flooding technology. geology chemical flooding methods analysis result waterflooding alp permeability nanofluid mineral water flooding absorption peak geologist enhanced recovery concentration dispersion system injection oil...

... water flooding waterflooding machine learning carbonate reservoir oil recovery petroleum engineer interaction composition initial contact angle viscosity Introduction Carbonate reservoirs are characterized as oil-wet to neutral-wet reservoirs[ 1 , 2 ]. The further complexity caused...

... injection rate bottom layer injection history application long injection warmback analysis drilling operation heat exchange waterflooding well logging log analysis geothermal temperature shut-in period directional drilling heat capacity warmback data warmback temperature equation of state...

... analysis and accurate numerical simulation of carbonate reservoirs. geologist sedimentary rock carbonate rock rock type core analysis permeability carbonate reservoir complex reservoir enhanced recovery coefficient classification waterflooding artificial intelligence machine learning...

.... sedimentary rock geologist waterflooding artificial intelligence reservoir geomechanics orientation interpretation clastic rock neural network log analysis spe-218881-ms geology rock type enhanced recovery geological subdiscipline western desert computer vision fmi data deep learning well...

... basis. Furthermore, it estimates the remaining, bypassed oil volumes in place from these drainage regions. drillstem/well testing drillstem testing reservoir characterization geologist reservoir simulation enhanced recovery drainage geometry waterflooding streamline historical drainage...

... geologist waterflooding rock type chemical flooding methods carbonate reservoir decision tree learning artificial intelligence machine learning data analysis carbonate rock neural network surfactant treatment oil recovery model performance geology complex reservoir prediction model...

... Abstract An indispensable factor to the development of improved enhanced oil recovery (EOR) is the in-depth insight into the fractional flow mechanistic effects of waterflood performance. Especially for an inefficient waterflood operated field. In this study the inefficiency of waterflood...

... upstream oil & gas geology geologist waterflooding asia government optimization evolutionary algorithm injection efficiency constraint optimization problem enhanced recovery machine learning multi-objective optimization polymer flooding particle swarm optimization europe government...

... waterflooding process all while being financially feasible at a reduced cost. Regardless of its widely acclaimed efficiency, its incapacity to substantially alter the fluid–fluid properties in the reservoir remains as one of the critical limitations of LSW flooding. The hybrid application of low-salinity water...

... is required. This contribution could also help bolster further studies and eventually aid more efficient LSP-injection designs. geologist upstream oil & gas clojure waterflooding united states government modeling & simulation reservoir simulation cobol rock type sedimentary rock...

... Abstract After implementing a water injection project with high temperature (up to 235°F @ surface) sourced water in existing wells, 63% of the conventional Wellhead associated with waterflooding installed showed growth/inclination at the surface. A detailed analysis of twenty-seven wells...

... approach. produced water discharge geologist geology united states government upstream oil & gas drillstem/well testing waterflooding water management enhanced recovery geological subdiscipline monte carlo simulation information storage capacity reservoir simulation reservoir...

... fluid dynamics clastic rock waterflooding united states government rock type subsurface storage miscible method europe government chemical flooding methods scco 2 carbonate reservoir pvt measurement complex reservoir flow in porous media enhanced recovery geological subdiscipline climate...

... injectivity. During the first half of the pilot period, water cut (WC) drastically reduced in both producers and over the entire duration, the deemed EOR benefit over waterflood was in the range of 700-1,000 bopd, and that too at a low polymer utilization of 1.7 lbs/bbl. Low concentration polymer breakthrough...

... fluid dynamics asia government united states government flow in porous media subsurface storage saudi arabia government co 2 chemical flooding methods experiment geologist waterflooding rock type artificial intelligence climate change sedimentary rock geology gas injection method...

... waterflooding. This motivates thorough evaluation of polymer to build optimum injection strategy for the targeted reservoir. This study aims to evaluate the impact of polymer and chase water injections in high salinity carbonate rock using single-phase coreflood experiments coupled with real-time saturation...