... surveillance flow in porous media enhanced recovery asset and portfolio management production monitoring production control artificial intelligence sagd upstream oil & gas steam chest pressure operation waterflooding breakthrough producer breakthrough time modeling & simulation...

... stable at reservoir conditions (213°F and a salinity range of 60-200 kppm). The field pilot was conducted concurrently with a set of non-partitioning inter-well chemical tracer test (IWCTT) to determine reservoir connectivity, water breakthrough times, and injector-to-producer pair communication...

... components, i.e. from the lighter to the heavier component. As a result, it was observed that tagging lighter components, led to earlier breakthrough. Tagging heavier components leads to a delay in tracer breakthrough time as is shown in Figure 6 . Due to the similarity in properties, the tracer...

... to determine the incremental oil recovery of SAG and WAG over waterflood. The CO 2 breakthrough times, recovery factors, and sweep efficiencies based on pore volume injected were calculated from CMG SATRS simulation results. These factors were improved across all heterogeneities when foam was present...

... access to the reservoir. The latest field applications will be shared at the time the paper is presented. Completion Installation and Operations field trial ASP acid formulation Upstream Oil & Gas flow area diameter application pan thickness plug breakthrough time acid laboratory...

... to continued primary recovery or waterflood. History matching the pilot performance opens the door to a better understanding of polymer flooding in heavy oil reservoirs and to increasing the number of potential application cases. flow in porous media polymer flood pilot polymer breakthrough time...

... 2 normalized by dividing by the variability of x 1 and x 2 (Jensen et al. 2002). See Fig. 1 - 2 for the schematic illustration. upstream oil & gas miscible displacement flow regime artificial intelligence flow pattern cross flow breakthrough time flow in porous media...

... heterogeneity breakthrough time coefficient muggeridge well pattern mobility ratio viscous fingering flow in porous media dynamic lorenz coefficient lorenz coefficient heterogeneity upstream oil & gas fluid dynamics displacement christie Introduction When a miscible or immiscible fluid...

... ( t ) and (35) V i ( t ) = ∫ 0 t q i dt, V k ( t ) = ∫ 0 t q k dt, V d ( t ) = ∫ t a t q d dt, where t a indicates the breakthrough time of the injected fluid phase. These equations can...

...: advection through a flowing-vug network, transfer between the flowing-vug network and dead-end vugs, and transport through the matrix and non-touching vugs. flow experiment porosity voxel chemical tracer permeability simulation spe tracer test analysis breakthrough time vug concentration...

... derive the analytic solution to the differences in breakthrough time in this paper. The result from the analytical solution matches the breakthrough time differences. The results of our study will improve the understanding of tracer flow in the subsurface hydrocarbon reservoirs and provide valuable...

... breakthrough time relief well blowout well module water flowrate simulation annular pressure drilling spe 90427 flowrate dynamic killing requirement subroutine scenario geometry system design reservoir upstream oil & gas Introduction The dynamic killing method was reported by E.M...

... recovery coalbed methane mole fraction input parameter sorption pressure co 2 architecture fluid dynamics ch 4 artificial intelligence mmscf breakthrough time neural network simulator sequestration performance-effect breakthrough time upstream oil & gas subsurface storage psia coal...

... flow performance modeling & simulation method 1 oil recovery watercut parasequence geologic modeling stratification modeling parameter porosity water breakthrough water cut reservoir breakthrough time upstream oil & gas continuity variogram breakthrough geological...

... co 2 gas reservoir spe 77347 methane enhanced recovery injection carbon dioxide sequestration breakthrough time carbon dioxide subsurface storage upstream oil & gas concentration displacement natural gas dispersion reservoir coefficient shale gas chemical flooding methods...

... Abstract Improved well productivity from high performance horizontal wells depends upon efficient drilling and completion practices in the formation sand. This study presents empirical models for estimating the breakthrough time and regained permeability for selected nondamaging drill-in fluids...

... permeability model dynamic flow data conditioning history spe 71319 difference model geological modeling breakthrough time simulator porosity reservoir characterization upstream oil & gas porosity model facies geologic modeling modeling & simulation streamline simulator flow in porous...

... can lead to large uncertainties in performance prediction. reservoir surveillance production monitoring watercut calibration water cut wellhead production logging spe annual technical conference upstream oil & gas production-data uncertainty breakthrough time history matching...

... to constant rate, if they were both designed under the assumption that the medium was homogeneous. breakthrough time switch time flow in porous media spe 71509 distance ratio artificial intelligence enhanced recovery displacement efficiency realization upstream oil & gas bang-bang...

... wells under various scenarios. These scenarios included reservoir and completion considerations, such tubing size, well length, and high-slant configuration. For comparison, we measured the performance of a horizontal well against its vertical counterpart in terms of water-breakthrough time, oil...