... reservoir characterization complex reservoir thermal method shale oil steam-assisted gravity drainage upstream oil & gas shale gas oil shale displacement coefficient fluid dynamics enhanced recovery sagd structural geology displacement pressure drop application sorbed hydrocarbon...

... machine learning enhanced recovery production logging climate change production monitoring modeling & simulation chemical flooding methods artificial intelligence streamline simulation optimization problem waterflooding fluid dynamics capacitance resistance model production...

... technology can be used as a new high-efficient and eco-friendly technology for enhanced heavy oil recovery from tight heavy oil reservoirs. enhanced recovery induced thermal shocking binary mixture solution core sample oil sand upstream oil & gas experiment reaction complex reservoir...

... of Eastern Siberia, characterized by high water cut and low values of oil displacement coefficients during waterflooding. water management waterflooding displacement cyclic waterflooding enhanced recovery upstream oil & gas project curve implementation gas injection method eastern siberia...

... upstream oil & gas implementation auto-hydraulic fracture enhanced recovery fluid dynamics ultra-low-permeability reservoir petroleum engineer hydraulic fracturing injection well drilling production well wellbore flow in porous media fracture reorientation bazyrov development...

...-hole pressure of injection wells based on the derived dependence of the half-length of the Auto-HF (crack). drillstem testing hard-to-recover reserve bottom-hole pressure artificial intelligence drillstem/well testing reservoir pressure injection well coefficient enhanced recovery...

... enhanced recovery tracer test analysis carbonate reservoir chemical flooding methods complex reservoir upstream oil & gas calculation experiment oil saturation displacement efficiency displacement surfactant-polymer composition residual oil saturation injection permeability concentration...

.... upstream oil & gas gas use hydrodynamic model gas injection method efficiency injection mode enhanced recovery flow in porous media fluid dynamics ultra-low-permeability reservoir dependence oil production rate reservoir gas efficiency calculation injected gas cyclic injection achimov...

... without loss of effectiveness. flow in porous media breakthrough calculation numerical simulation chemical flooding methods upstream oil & gas adsorption viscosity enhanced recovery fluid dynamics concentration gvb technology tfe model main slug experiment specific polymer...

... & gas concentration experiment chemical flooding methods polymer chemical formulation stability surfactant surfactant formulation viscosity salinity enhanced recovery shear rate microemulsion surfactant solution surfactant concentration adsorption reservoir temperature polymer...

... them for designing a pilot application. flow in porous media concentration foam rate enhanced recovery fluid dynamics experiment surfactant solution production well gas injection method pressure drop phase permeability chemical flooding methods foam permeability apparent viscosity...

... mixing different types of water. We also review the prospects of joint application of low salinity water injection and chemical EOR methods. water management upstream oil & gas west-khosedayu field sea water waterflooding porosity visovoe field injection spontaneous imbibition enhanced...

... enhanced recovery steam-assisted gravity drainage viscosity catalyst precursor aquathermolysis injection asphaltene heavy oil reservoir conditions Introduction The results of MALDI mass spectrometry in experiments with a duration of 48-96 hours demonstrate significant changes...

... provides basis for oil film detachment and surfactant selection EOR application. production monitoring waterflooding ultra-low ift viscosity enhanced recovery upstream oil & gas flow rate surfactant flooding production control reservoir surveillance different fluid medium oil sample...

... enhanced recovery complex reservoir oxidation bitumen steam-assisted gravity drainage oil fraction combustion process experiment maltene reaction model fraction oil sand sagd upstream oil & gas varfolomeev pmtec experiment mass conversion reaction numerical model asphaltene...

.... Comparison of the calculated values of the inaccessible pore volume with the results of laboratory studies leads to an error within 10%. The practical application of the algorithm was carried out using the data obtained in previously conducted experiments. enhanced recovery slug transport porous...

... fluid dynamics composition surfactant solution petroleum engineer surfactant injection interfacial tension pore space enhanced recovery reservoir conditions upstream oil & gas porous medium foam system filtration experiment reservoir model Introduction Table 2 Study results...

... saturation artificial intelligence directional drilling laboratory study characteristic pore space agent gel gas blocker selectivity experiment surfactant solution filtration enhanced recovery gas injection method fluid dynamics composition half-life period foam expansion ratio scenario...

... correlations in various software simulators and/or by analytical methods. (1) Δ P = a ρ mix 2 ρ cal ∗ μ c a l μ m i x y ∗ q x completion monitoring systems/intelligent wells production monitoring log analysis enhanced...

... effect, and shortened well response time. Successful implementation of this technology on an industrial scale can improve the efficiency of shale oil production. steam-assisted gravity drainage concentration experiment enhanced recovery adsorption filtration test surfactant thermal method...