... no additional oil production is observed from the core. The produced fluids from the bottom of the system are collected using a 3-phase separator operated at 5.3 bara and 30 °C and are measured along with the produced fluid density, system temperature and pressure difference across the core. The amount...

... Figure 4 Temperature profile comparison of LD-ICD and SL-DT wells Figure 5 Oil production comparison of LD-ICD and SL-DT wells Figure 6 CSOR comparison of LD-ICD and SL-DT wells Assign ICDs to every perforation grid along horizontal section of the producer. The SAGD...

... re-injection scheme pressure maintenance Oil Recovery production monitoring reserves evaluation oil production DCA gas re-injection drillstem/well testing drillstem testing injection rate ultimate recovery permeability production control reservoir surveillance initial rate producer...

... stimulation fracture height application Production Result reservoir water production fgc technology oil production Implementation fracture optimization water cut fracture geometry reservoir characterization enhanced recovery drillstem testing production monitoring reservoir surveillance...

... machine learning Bayesian Inference chemical flooding methods optimization problem enhanced recovery objective function oil production experiment Upstream Oil & Gas concentration Chemical Injection saturation Artificial Intelligence Engineering Simulation simulation result...

... & Gas Modeling & Simulation drillstem/well testing oil production variation relative difference producer well reservoir simulation simulation model boundary condition Drillstem Testing gas production contribution decision analysis process FF model enhanced recovery sector 1 water...

... production location scheme cumulative oil production well location equation of state geological realization multiple reservoir different well location scheme Artificial Intelligence fpso separator pressure best result realization society of petroleum engineers permeability reservoir...

.... The results from the sensitivity analysis reflect impacts of the control variables on the optimum results. The predictive study suggests that it is possible to develop a robust machine learning optimization algorithm that is reliable for optimizing a developmental strategy to maximize both oil production...

... on the northwest shelf of the Anadarko Basin and is the largest upper Morrowan oil field in the western part of the basin ( McKay and Noah, 1996 ). The upper Morrow sandstone, or "Morrow B," is the primary target for oil production and CCUS. The Morrow B sandstone ranges in thickness from 0 to 54 feet within...

... Abstract The Alvheim field, offshore Norway, has subsea wells with long horizontal branches completed with sand screens. After 10 years of production, water production starts to constrain the oil production. Mechanical water shut-off is impossible in these wells, hence other methods...

... model realizations, within an automated framework. The results show a significant improvement in predicted reservoir production performance over the remaining life of the field. optimization problem reservoir simulation reservoir model realization oil production application intelligent well...

... methodology is included in the paper. This papers include a lot of experiences in the improving of cyclic steam stimulation, test lab, numerical simulation and other tools are combined with the field experience obtaining an improve in the oil production. Real data field, CSS information and developed...

.... chemical flooding methods polymer injection Artificial Intelligence enhanced recovery concentration information NPV pe hurdle Exhibition VoI oil production decision weight Upstream Oil & Gas water cut reduction EMV cumulative probability reservoir probability spe annual technical...

... factors, such as sedimentary facies, reservoir types, the characteristics and heterogeneity of caves and fractures. It also considered the impact of production factors on the economic prediction, such as oil production, annual decline rate of production, well spacing density. The process of the DATMF...

... remains steadily established in the pattern with continuous increase in additional oil production. After two years, more than 33,000 bbl of additional oil has been produced, giving a ratio of less than 0.7 lb of microgel per extra barrel of oil. waterflooding adsorption oil production evaluation...

... of the incremental oil production and associated economics. First, individual infill well performances are forecasted. Next, the individual infill well locations are evaluated taking the history matching error into account and using utility theory to cover the risk adverseness attitude of the company. Doing so...

... led to a sustained increase in field oil production potential of around 20%, as well as lowering operational expenditure (OPEX). A campaign of well interventions, based on the project learnings, has also been carried out in 2016. Finally, the project work has revealed that, several years prior...

... was to review the water injection system on the Desfiladero Bayo field to determine if the decreasing oil production due to production mechanism inefficiency could be reversed. In order to break the production lost we built a scenario-base model with which we achieved a robust history matched in a short time...

... Summary Shale oilgains much attention as an unconventional resource, which has a potential of significant oil production. Moreover, the technology of horizontal drilling and hydraulic fracturing has encouraged the exploration and development of shale oil reservoirs. An optimal hydraulic...

... obtained from sensitivity analysis to optimize oil production: Injection: 34 days Soaking: 3 days Production: 35 days Well shutting: 1 day Note that the Nightly Injection Rate of the below scenarios can be obtained by burning fossil-fuels to generate steam or using storage facilities...