... to accommodate switching to water-alternating-gas (WAG) flooding techniques during later well life if required. The need for appropriate sand control methods were identified and presented to meet sand control challenges in these fields. waterflooding benchmark workflow Modeling & Simulation well...

... adsorption, the rate of bridging adsorption is established by considering the relationship of expanded polymer under shear force and narrow pore size. To verify the feasibility of new model, simulation results are compared with experiment output reported in previous studies. The simulation results indicate...

... parameters such as Land's parameter, secondary drainage reduction factor and residual oil modification fraction forms the basis of input to further evaluate the sensitivity of these parameters on IWAG full-field implementation. enhanced recovery Upstream Oil & Gas Modeling & Simulation oil...

... phase microemulsion phase behavior gas injection method Phase Behavior relative permeability salinity Modeling & Simulation foam concentration saturation optimum salinity SPE Journal Oil Recovery aqueous phase hysteresis model surfactant interfacial tension Introduction Low...

... and decrease the residual oil production. Thirdly, the potential of ITWF in a tight oil reservoir in Jiyuan oilfield is investigated using a mechanistic model based on input data of laboratory experiments. Modeling & Simulation injector experiment injection Upstream Oil & Gas Brine...

... method Modeling & Simulation Upstream Oil & Gas horizontal section flue gas screening criteria lateral distance Performance Comparison heavy oil reservoir oil sand SAGD vertical distance viscosity netpay thickness aquifer steam quality wellpair society of petroleum engineers dip...

... in composition design of low salinity water to maintain higher potential to recover oil in oil field. enhanced recovery waterflooding Modeling & Simulation mechanism low salinity eor-effect low salinity water Oil Recovery Brine salinity wettability interface Upstream Oil & Gas coreflood...

... the performance of MEOR process. Upstream Oil & Gas microbial growth rate growth rate Temperature Condition enhanced recovery nutrient reservoir temperature biosurfactant microbial method concentration residual oil saturation MEOR process Oil Recovery Modeling & Simulation microbial...

... for treatment of steam breakthrough in offshore heavy oil reservoirs. thermal method steam-assisted gravity drainage injection process SAGD concentration enhanced recovery Upstream Oil & Gas foam system thermal fluid gel steam breakthrough treatment Modeling & Simulation breakthrough...

... experimental results and make recommendations for further studies to assist with de-risking foam EOR projects. flow in porous media enhanced recovery gas injection method coreflood field scale Upstream Oil & Gas adsorption Modeling & Simulation Fluid Dynamics reaction rate grid foam...

... reservoir from potential analysis, sector simulation to fullfield scale implementation. Comparison of injection parameters and production performance among similar reservoirs in different countries is another highlight. enhanced recovery Directional Drilling SAGD oilfield Modeling & Simulation...

... methods enhanced recovery Modeling & Simulation concentration reaction relative permeability ASP slug experiment salinity condition Upstream Oil & Gas salinity chemical breakthrough surfactant concentration slug size effective salinity dispersivity Oil Recovery ASP flood...

... recovery mechanisms by analyzing their relative contributions. The approach of matching a tracer model to a detailed mechanistic model promises a route to the development of simplified, less computationally demanding proxy models for full field simulation studies. Artificial Intelligence Modeling...

... was implemented from Janurary 2014, and the production performance is quite encouraging, which has the significant guidance for the EOR of similar deep heavy oil reservoirs. waterflooding Modeling & Simulation Oil Viscosity saturation reservoir property reservoir engineering design Upstream Oil...

... , Seright 2012) before activation. Model Simulation of the non-activated TAP placement was done with our In-House Reservoir Research Simulator (IHRRS) to evaluate the impact of slug viscosity and product adsorption/retention on the final distribution of the treatment. The same simple polymer model...

... of the LBM approach to include liquid-gas interactions and nanometer scale physical effects or (II) Usage of a Classical Molecular Dynamics approach and scaling the ab-initio model simulations to match the scale of the experimental droplets. The latter approach can be realized based on coarse-grain...

... phase relative permeability into account, (2) It is the flowing viscosity of polymer solution that acts on the flow process in polymer flooding rather than the bulk viscosity, and the flowing viscosity is dramatic lower than the bulk viscosity for high viscoelasticity polymer solution. Modeling...

... permeability Modeling & Simulation Fluid Dynamics waterflooding simulation model producer injection Oil Recovery experiment thief zone reservoir flow in porous media injector presentation laboratory experiment capillary number Introduction The EOR process using MES has been gaining...

... is around 25–30 Mscf/stb for continuous gas flooding. It is estimated that full-field implementation of a tapered, miscible hydrocarbon WAG will lower the gas utilization ratio further and push the recovery factor towards 60%. Upstream Oil & Gas Modeling & Simulation miscibility injection...

... & Gas saturation change porosity Modeling & Simulation evaluation borehole fluid contact injection experiment rst oil saturation interpretation fluid contact max 0 huff-n-puff test borehole operation saturation reservoir fluid saturation change resistivity Rang Dong Field co 2...