... Abstract The QA Growth Project represents a transformative initiative designed to significantly accelerate oil production within the QA cluster, aiming for a 30% increase by 2029. This project leverages an integrated phased portfolio and agile methodologies to not only enhance operational...

.... OOR is a special tertiary oil recovery technique. This technology is based on the activation of targeted in-situ resident microbial ecology with the intent of increasing oil production. The mobility of trapped oil can be drastically increased by the microbial activation of specific species...

... failure environmental impact oil and ga industry nitrogen ga overcoming operational challenge mobile nitrogen generator unit oil production air compressor INTRODUCTION In the Sirikit oil field (S1) in Thailand, outstation oil production contributes more than 30% of total production...

... average coefficient producer correlation analysis variation wellhead temperature production characteristic polygon production polygon injection gini coefficient feature variable production rate individual injector oil production steam injection Introduction Thermal Recovery...

... Abstract CO 2 flooding is a well-established enhanced oil recovery (EOR) method, which also benefits carbon reduction by storing CO 2 in underground formations. Carbonated water injection is a promising alternative to utilize CO 2 for improving oil production and promoting carbon storage...

... viscosity reduction and irreversible-disassembling during the whole oil displacement period in field scale with a comprehensive viscosity reduction rate of 87.2%. The large-scale field trial of activator flooding in oilfield S has achieved a decent result with 5.5×10 4 m 3 incremental oil production...

... in Ecuador. A comparative study of this technology against a conventional ESP system highlights the lesson learned from a pilot well with the opportunity to enhance oil production (BOPD), reduce operational risks, minimize rig time, and lower carbon dioxide (CO2) emissions. This innovative solution...

... Abstract In the Daleel field, oil production comes primarily from low permeability reservoirs containing light oil. Due to limited aquifer support, conventional waterflooding was used when reservoir pressure fell below the bubble point, resulting in gas interference and flow loss in many wells...

... improvements, including a 29% increase in oil production and an 86% reduction in gas output, compared to the last production point before AICV installation. Although occasional spikes in gas rates occurred due to adjustments in surface settings, gas lift rates, and choke position changes, these were quickly...

... production control reservoir characterization injection producer forecast oil production water injection fractional flow curve largest mature waterflood field integrated reservoir analysis opportunistic approach shuaiba formation subsidence risk injector Field Background Field X...

.... Post-treatment, water cut was reduced by 5%, alongside significant increments in oil production by 40% (Oil production increase > 10,000 bbls). Additionally, it is noteworthy that alongside the increase in oil production, there was a significant reduction in produced water by 30%. These enhancements...

... sedimentary rock fractured carbonate reservoir play fluid dynamics geologist carbonate reservoir unconventional play carbonate rock geology complex reservoir rock type flow in porous media petroleum play type oil production injection wso treatment water production matrix body...

... Abstract Carbonate reservoirs are significant contributors to oil production in the Middle East. These reservoirs are inherently heterogeneous and present challenges for secondary and tertiary recovery due to their complex depositional environments, diagenetic alterations, and variable fluid...

... a significant challenge to oil and gas production in Oman, causing major reductions in oil production and substantial well downtime due to scale buildup. The treatment aimed to increase oil production and fix problems because of scale buildup in downhole pumps and liners. This project addressed these critical...

... approximation period production well effectiveness reservoir capacitance-resistance model oil recovery connectivity efficiency decision-making process application enhanced oil recovery method oil production oil field spe-225083-ms decline curve Introduction Furthermore, the application...

... in the Sultanate of Oman were analyzed. The RCP AICD is a self-regulated based on the properties of the fluid passing through, which optimises oil production while reducing the production of unwanted fluids. To ensure an accurate comparison, the data underwent extensive pre-processing, and some modelling...

... a heterogeneous formation with varying properties resulting in an uneven reservoir influx toward the wellbore. Although the well was already completed with passive ICDs, oil production from the well started suffering severely from an early water breakthrough in a couple of weeks after starting production...

...) this can result in loss of oil production. This challenge can potentially be addressed by implementing an advanced inflow control valve completion to suppress the gas-oil ratio (GOR) and maintain oil production. Uneven inflow in a horizontal oil well will usually occur due to a pressure drop in the liner...

... chemistry by mixing different kinds of surfactants (ionic, nonionic, and amphoteric), which results in significant synergistic effects in interfacial properties to improve oil production at the given harsh conditions. The optimal mixing surfactant ratios were determined according to the brine-surfactant...

... to restrict unwanted fluids upon breakthrough; and uplifts oil production from the oil-saturated zones across the wellbore. Extensive testing has been completed to characterize and accurately predict the flow performance, which enables designing an AICD completion efficiently. Flow performance analysis...