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THE ROLE OF POLAR ORGANIC COMPONENTS IN DYNAMIC CRUDE OIL ADSORPTION ON SANDSTONES AND CARBONATES

Abstract: An appropriated wettability characterization is crucial for the successful implementation of waterflooding operations. Understanding how crude oil adsorption takes place on different mineral surfaces and how these processes impact reservoir wettability are es

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EFFECT OF IONIC STRENGTH IN LOW SALINITY WATER INJECTION PROCESSES

Abstract: Low salinity water injection has been frequently studied as an enhanced oil recovery process (EOR), mainly due to promising experimental results and because operational needs are not very different from those of the conventional water injection. However, ther

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PRACTICAL METHODOLOGY FOR INTERWELL TRACER APPLICATIONS

Abstract: Tracer technology has been used in the oil industry to investigate the fluid flow behavior into the reservoir. Using this technology is possible to obtain relevant data from the reservoir such as remaining oil accumulations, estimate volumetric sweep efficien

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CO2 EOR WITH IN-SITU CO2 CAPTURE, A NEUQUINA BASIN OXYCOMBUSTION CASE STUDY

Abstract: Given the growing interest in the capture and utilization of CO2 in recent years, several technologies have emerged that seek to generate CO2 in-situ at low cost. There are promising developments, which allow capturing CO2 with sufficient purity to be used fo

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DOWNHOLE HEATING AND HYBRID CYCLIC STEAM METHODS: EVALUATING TECHNOLOGIES FROM THE LABORATORY TO THE FIELD

Abstract: The development of heavy oil reservoirs under steam injection methods is facing multiple challenges due to the volatility of oil markets, energy efficiency, and new and stricter environmental regulations. This study aims to summarize the advances of a Researc

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DOWNHOLE ELECTRIC HEATING OF HEAVY-OIL WELLS

Abstract: Downhole electric heating has historically been unreliable or limited to short, often vertical, well sections. Technology improvements over the past several years now allow for reliable, long length, relatively high-powered, downhole electric heating suitable

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HEAVY OIL AND HIGH-TEMPERATURE POLYMER EOR APPLICATIONS

Abstract: Polymer flooding represents the most common chemical enhanced oil recovery (CEOR) method used at commercial scale. In this process, the polymeric solutions (generally hydrolyzed polyacrylamide - HPAM) are injected to improve the oil/water mobility ratio (M).

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USE OF NANOPARTICLES TO IMPROVE THERMOCHEMICAL RESISTANCE OF SYNTHETIC POLYMER TO ENHANCED OIL RECOVERY APPLICATIONS: A REVIEW

Abstract: Partially Hydrolyzed Polyacrylamide (HPAM) is the polymer most used in chemical enhanced oil recovery (cEOR) processes and it has been implemented in several field projects worldwide. Polymer injection has shown to be an effective EOR process. However, it has

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POLYMERIC SURFACTANTS AS ALTERNATIVE TO IMPROVE WATERFLOODING OIL RECOVERY EFFICIENCY

Abstract: Chemical formulations, including surfactants, polymers, alkalis, or their combinations, are widely used in different oil recovery processes to improve water injection performance. However, based on challenging profit margins in most mature waterfloods in Colo

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CFD SIMULATION OF HPAM EOR SOLUTIONS MECHANICAL DEGRADATION BY RESTRICTIONS IN TURBULENT FLOW

Abstract: Polymer flooding is a widely used enhanced oil recovery (EOR) technology. The purpose of the polymer is to increase water viscosity to improve reservoir sweep efficiency. However, mechanical elements of the polymer injection facilities may impact the viscosit

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EXPERIMENTAL EVALUATION OF THE MECHANICAL DEGRADATION OF HPAM POLYMERIC SOLUTIONS USED IN ENHANCED OIL RECOVERY

Abstract: With the design of experiments (DoE), this study analyses the influence of physical (capillary diameter and pressure drop) and chemical variables (salinity, polymer concentration, and molecular weight) on the mechanical degradation of partially hydrolyzed pol

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