... numerical model mud sample dts data injection pressure technical conference and exhibition lighter oil phase Introduction Solids detection and monitoring in multiphase flow systems are crucial for maintaining the structural integrity of wellbores and ensuring the efficiency of hydrocarbon...

... well operating conditions (injection pressure and temperature, injection rate). CO 2 phase envelope was developed by using proposed CO 2 stream composition and plugged-in well modeling. Dynamic multiphase transient analysis software was used for wellbore dynamics to predict pressure and temperature...

... production rates by 13%, albeit with higher surface gas injection pressures required. Overall, methane showed the best performance in terms of increasing production rates, producing the highest temperatures and therefore, the highest produced heat. However, the flammability and environmental damage risks...

... and vertical sections of the system, including numerical regressions for the prediction of the surface tension and viscosity of the liquid mixture as a function of temperature and the concentration of the tested additives. The model is used to determine the required available injection pressure at surface...

..., and 80 % of the initial resident fluid volume prior to depletion was considered. CO 2 injection pressure and volume are optimized below the saturation pressure. The analysis is based on evaluating the level of interaction between CO 2 and resident fluid at the maximum condensate saturation...

... at injection pressures of 2000 psi and 5000 psi showed that oil recovery increased with an increase in surface area to volume ratio. For the same surface area to volume ratio, oil recovery is higher at higher injection pressures. A comparison of recovery factors between C2 and n-C5 show that C2 was more...

... was produced successfully at different injection pressures and rates for four months. The production results were compared to the theoretical model of JEMS to assess the JP performance. The Well-B was a newly side tracked well where customer intended to use a jet pump for offloading the kill fluid of well...

... to further refine LAGL operations by conducting transient computer simulations using OLGA. The first step is to match the experimental data (i.e., history of bottomhole pressure and injection pressure) to extract model parameters for the simulations to follow, the second step is to perform 119 different...

..., in this situation, high formation fracture pressures required high surface injection pressures to push the fluid & cuttings into the formation. When the injection pressure was combined with the frictional losses through the drill string, anticipated surface pressures were over 10k psi when circulating...

... Abstract In this work, a molecular study of shale EOR is presented to elucidate some controlling parameters, such as soak time, injection pressure, and injection fluid. To create realistic structures for organic nano-porous organic structure, equilibrium molecular dynamics (EMD) is used...

..., injection pressure, duration of the cycle, and cumulative gas injection control the level of enhancement. With a large number of control variables, specific customizations can be optimized to suit criteria of different field applications. enhanced recovery gas injection Modeling & Simulation...

... production in ULR. The novelty comes from the insight of the essential role of the pore size distribution in SASI EOR through CT and NMR technologies. Besides, a new workflow for surfactant selection is proposed to unveil the real potential of SASI in ULR. injection pressure experiment surfactant...

..., the impact of injection pressure and the start time of the gas injection process were analyzed using the field-scale model. The simulation results indicate that gas injection has significant potential of enhancing oil production in ULR. This study not only reveals the mechanisms of gas injection in ULR...

... the impact of two of these interactions, including asphaltene pore plugging and CO 2 adsorption, on the success of CO 2 EOR in unconventional shale reservoirs. Two sets of experiments were designed to study the asphaltene pore plugging and CO 2 adsorption. The impact of varying CO 2 injection pressure...

... of downward two-phase flow in the annulus is used to analyze the flow regimes observed during field-scale experiments of LAGL unloading. It was concluded that the intermittent and bubbly flow are preferred to minimize injection pressure during LAGL unloading operations. A commercial flow simulator is used...

... and lower risk. enhanced recovery waterflooding injection pressure Modeling & Simulation Mohanty residual oil saturation injection carbonate reservoir design parameter optimization problem objective function tertiary injection mode water injection Oil Recovery machine learning...

... slug lift gas injection rate application hydrate formation gas temperature operation production loss gas lift Hassi Messaoud IGL gas lift well choke Hassi Messaoud field injection pressure Introduction The Hassi-Messaoud Field is a thick sandstone reservoir covering an area of 2000...

... global application, especially in offshore environments. artificial lift system Artificial Intelligence load case length change application waterflooding packer injection pressure flow path tailpipe injection Completion Installation and Operations lower zone ESP string model pressure...

..., the plugging efficiency of the RPPG is 20 times higher than 40 K. conformance improvement injection pressure enhanced recovery equilibrium baojun Particle Gel waterflooding Brine preformed particle gel re-crosslinking time Upstream Oil & Gas Conformance Control rppg core flooding test...

... then be accessed and analyzed through a web-based app from any web-enabled device. Monitored injection pressure and rate, provide the basis for pressure fall off analysis to evaluate injection formation pressure and stress change, estimate fracture skin, and determine injection-induced fracture geometry at the end...