... with and dissolves carbonate minerals to form high density calcium and magnesium brines. The post-stimulation fluid recovery of high-density brines can be difficult due to higher density, higher capillary pressures, unfavorable wettability of formation by brines and the low formation pressure. The objective...

... of fracture parameterization on subsurface dynamics by utilizing a DPDP SPE10 model to determine the distinct fracture signatures of reservoir performance and their influence on the overall hydrocarbon recovery. fluid dynamics reservoir simulation permeability asia government fracture...

... becomes long and detrimental to the recovery of the well. The fracturing fluid lost to the formation can negatively alter the relative permeability of gas in the reservoir and the longer the time spent to recover the fluids the damage tends to get irreversible. Quick and efficient clean-up of fracturing...

... pattern recognition recovery recognition-driven automatic drainage region mapping automation simulation grid hydrocarbon recovery united states government modeling & simulation workflow no-flow boundary reduction Introduction Reservoir simulation is an area of reservoir engineering...

.... Coreflooding To investigate the performance of the surfactant in enhancing the oil recovery from carbonates and sandstones, coreflooding experiments were conducted on the two samples. A schematic diagram of the coreflooding experiment is shown in Figure 2 . The cleaned and dried core samples were first...

... Forecast Figure 11 Arial Vew of the Reed Bed Figure 12 Cluster Water Production Lookahead Figure 6 Wells Performance, with and without AICV Figure 7 Minimum Oil Rate Calculation Figure 8 Hydrocarbon Pore Volume Injected vs Recovery Factor Figure 9...

... to explain the role of enzyme in increasing oil recovery are the following: (1) altering the wettability to water-water, therefore, breaking connections between grain surfaces and oil, (2) reducing the interfacial tension, which affect the capillary forces that act on retaining some of the residual oil...

... usage Few or no chemical additives Reduction in Flaring and Truck traffic Increase in well productivity Lower density, surface tension and viscosity of fracturing fluid resulting in lower energy required to frack Very compatible with shale reservoirs Excellent recovery (up to 100...

... shows that spontaneous imbibition (SI) is an effective oil recovery method. Through the use of Nuclear Magnetic Resonance (NMR) detection technique, the features of SI in oil-water and gas-water systems for tight sandstones were studied. The T 2 spectra of these samples were used to reflect...

... and gas subsea power hub plastic Offshore Technology Conference emission solar radiation thermal recovery recovery Kuala Lumpur renewable energy generator technology conference Kuwait oil industry society of petroleum engineers dilation angle ghg emission Introduction Oil and gas...

... contribution in a single well rather than studying the impact of temperature change on the field performance and recovery factor. Changes in reservoir temperature will cause a change in reservoir fluids properties and fluids mobilities and subsequent recovery factor will be impacted. In order to determine...

... 0 0.00 41.8 PI3 35 37.87 33 50.83 39.62 PI4 35 43.73 37 50.68 45.39 PI1-4 185 42.17 94 47.92 43.18 Study on methods for further enhanced oil recovery after polymer flooding Abstract How to improve oil recovery for ultra-high water cut reservoir efficiently...

... Abstract The case study describes a modeling and simulation study of an inverted ESP completion to address three fundamental objectives. A) Increasing the ultimate oil recovery in the massive sands of Cretaceous age in Greater Burgan field by managing water production B) Mitigating the rapid...

... Abstract The XB Field in China contains more than 100 thin sand units deposited in a non-marine environment, which results in an extremely heterogeneous sandstone reservoir. Comparison with global field analogs of similar reservoir characteristics indicates that the >60% ultimate recovery...

... Abstract Recovery mechanism due to brine injection (Dynamic Water, Low Salinity, etc.) in carbonate remains a point of discussion and widely open for research. As wettability alteration is heavily suggested as the main driver for recovery, this study focuses on the in-situ evaluation...

... and permeability values for a gas reservoir with bottom water drive. The results show considerable incremental recovery of a DGWS over conventional - a 3.3 - fold recovery increase for reservoir with 1500 psia pressure and permeability 1 md. The study also identified the challenges during DGWS applications...

... and a taskforce was formed to find opportunities to reduce the flared gas. As the exclusive supplier to the stabilizer, we started to apply different scenarios to help in reducing the ASL stabilizer flare by maximizing gas recovery. As part of the KhPD initiatives to optimize production from its facilities...

... Abstract The WAG (water-alternating-gas) recovery process is a well-established process for enhanced oil recovery with several successful field applications. This process is evaluated for potential application in a giant, offshore Abu Dhabi field. This paper describes an evaluation approach...

... underlying the carbonate formation and after that allow the CO 2 to release to the oil zone. The slow released CO 2 from the aquifer will swell the oil and then the oil can be displaced by sea water. Coreflooding results showed that the slow release CO 2 technique gave up to 42 % extra oil recovery from...

... Abstract Carbon dioxide (CO 2 ) injection into hydrocarbon reservoir is reported by many researchers to be one of the best enhanced oil recovery techniques. CO 2 for enhanced oil recovery has favorable characteristics such as miscibility between CO 2 and oil under most reservoir conditions...