.... enhanced recovery mangala amide concentration viscosity chemical flooding methods fm-4 model prediction shear degradation reservoir temperature hpam upstream oil & gas concentration polymer sample prediction modeling & simulation shear rate perforation reservoir degradation...

... flowline corrosion workplace hazard corrosion inhibition fluid modeling pipeline corrosion production chemistry riser corrosion materials and corrosion artificial intelligence subsurface corrosion equation of state upstream oil & gas well integrity model prediction...

... mixture density is calculated. The predicted ESP boosting pressures match the corresponding experimental measurements with acceptable accuracy. Reservoir Surveillance pressure increment model prediction production control production logging University of Tulsa artificial lift system...

...-wellbore saturation predicted by the model. This workflow was followed in 8 wells which added immense value both technically and economically. The validation of model predictions with near-wellbore saturation was carried out in old wells which helped in making informed decision about tapping bypassed...

... literature or in-house measurements. Show that the model predictions are in agreement with the experimental observations. Present the extensive sensitivity analysis of DME-partitioning coefficient between oil and aqueous phases with respect to molecular weight of oil, temperature, pressure, salinities...

... that can increase CO 2 solubility and hence, aid CO 2 sequestration. flow in porous media Fluid Dynamics model prediction phase component reservoir simulation Brine aqueous phase component subsurface storage Sequestration aqueous solution enhanced recovery Upstream Oil & Gas...

... surveillance threshold velocity prediction application erosion impact erosion well integrity droplet specimen thickness loss rate droplet size erosional velocity weight loss liquid droplet experimental data upstream oil & gas model prediction liquid impact tap water test impact velocity...

... conditions. Uncertainty analysis was conducted on this correlation and most of the data points fall within the range of ±25%. Model predictions have been compared using a film mass transfer model and equilibrium model. It is observed that the film mass transfer model always over predicts the deposition rate...

... at the inlet. A mechanistic model has been developed for the prediction of the uneven gas and liquid splitting and the pressure drop in two-phase looped lines. Good agreement is observed between the model predictions and the experimental data, with an average error of about 15% in the phase splitting...

... temperatures and pressures, etc. Upon checking the accuracy of model predictions versus actual field data (i.e. model validation) the TFO is executed to find alternatives of improving the way in which the gas nominations were produced in that particular day. TFO will come up with an optimal gas production...

..., d32 from 12 to 32 μm, and liquid velocities from 14 to 24 m/s. Agreement between model predictions and both Global and Grade separation efficiency experimental data is 94.7% and 88.2% respectively. Description of the experimental program and analysis of results is presented in detail by Severino...

... that can be applied to live oil systems to improve model predictions after matching the basic PVT data. The ternary model oil system methane (C1) + n-pentane (nC5) + 1-methylnaphthalene (1MN) was used (1) to make sure that the centrifuge cell could generate a measureable fluid gradient and (2) to provide...

... Characterization Upstream Oil & Gas depletion drawdown model prediction Wellbore Design sand production wellbore integrity strength geomechanical model shale instability drilling experience mud weight rock strength water production hole condition study area completion sandstone prediction...

... was obtained from the Executive Vice President of Human Resources. Already, iMPACT was able to create an opportunity for YPs to present an idea and its return on investment to executive management. The First Year social media model prediction networking project management spe 115341 communication...

... models in the development and maintenance of heavy oil fields enhanced recovery slug catcher experiment PVT measurement model prediction Oil Viscosity liquid viscosity Upstream Oil & Gas viscosity horizontal pipe experimental result high oil viscosity Weber liquid height...

... and implemented to the closure relationships employed in the Zhang et al . 1 model. After these modifications, the model predictions provide better agreement with experimental results for flow pattern transition, pressure gradient and liquid holdup. production monitoring Upstream Oil & Gas...

...°. The liquid holdup was ranged between 0.003 and 0.12 emphasizing the low-liquid loading two-phase flow. The tuned model performance was then benchmarked against the high-pressure (up to 90 bar) SINTEF stratified flow data. The model predictions agreed well with measured values of liquid holdup and pressure...

... equation model prediction experiment volumetric concentration test group Several solids transport models have been proposed in the literature to predict solids transport in pipe flow. However, very few of them are related to aerated muds. Compared to the pipe flow, little work has been done...

... pigging production control model prediction operation momentum equation reservoir surveillance separator production monitoring gas pump modeling Introduction In the second method, named gas pump, the oil is accumulated in the horizontal region of a subsea production flowline. Fig. 2...

... Abstract This paper compares numerical model predictions and laboratory data on sand production and borehole stability tests. It also compares numerical model predictions and field data on sand production and borehole stability tests. These comparisons show that model predictions agree...