... to dilation effects This paper also addresses potential geological risk through analogy and the amount of heterogeneity that must be accounted for when developing a representative simulation. SAGD enhanced recovery Modeling & Simulation thermal method steam-assisted gravity drainage...

... 2 greenhouse gas emission gasification intensity bitumen supply cost operation natural gas natural gas requirement enhanced recovery natural gas price extraction bitumen production Oil Sand Project Alberta requirement reduction emission Introduction Constraints on raw...

... SAGD experiment kPa enhanced recovery Upstream Oil & Gas in-situ combustion reduction reservoir hybrid process injection Modeling & Simulation recovery process water usage reaction combustion emission oil ratio oxygen injection consumption SPE/PS/CHOA SPE 117643 PS2008-324...

... simulation Thickness experiment enhanced recovery steam-assisted gravity drainage air injection rate injection well bitumen Upstream Oil & Gas heavy oil reservoir forward combustion reaction combustion in-situ combustion reservoir oil production combustion performance multi-layered heavy...

... at certain distances from the sources and the oil recovery was recorded. Then, the imbibition recovery was related to the ultrasonic intensity, frequency, and distance from the ultrasonic source. bitumen Fluid Dynamics ultrasonic energy flow in porous media frequency viscosity enhanced recovery...

... in the recovery from previously flooded heavy oil fields. oil sand flow in porous media Fluid Dynamics enhanced recovery waterflooding Efficiency chemical flooding methods complex reservoir relative permeability Chemical Injection emulsion heavy oil recovery bitumen Upstream Oil & Gas...

.../gas phase and oil/water phases. This paper will present the results of these simulations and predicted impact of methane injection on SAGD performance, as well as implications for other NCG's. thermal method oil sand enhanced recovery complex reservoir SAGD methane Modeling...

... depressurisation are extensively discussed. flow in porous media depletion pore Upstream Oil & Gas gas cluster variance Modeling & Simulation experimental observation regime Bond number saturation migration mean capillary radius interfacial tension enhanced recovery Fluid Dynamics...

... gravity experiment reduction run 4 injection enhanced recovery Injection Cell steam generator tetralin hydrogen donor tetralin inj Introduction Conventional oil production is projected to peak and decline irreversibly in the not-too-distant future, making unconventional oil more...

... to shallow petroleum soft rock reservoirs, especially for thermal and solvent recovery of heavy oil. thermal method SAGD oil sand complex reservoir enhanced recovery steam-assisted gravity drainage plane experiment Butler real time system bitumen Upstream Oil & Gas oil drainage rate...

... with periods of increased VRR so that the cumulative VRR cycles around 1.0. Again, each range manifested a narrow "sweet spot" for where this increase in ultimate recovery occurred. Upstream Oil & Gas waterflooding api 17 trend 0 enhanced recovery viscosity recovery factor sweet spot fraction...

...-production conditions. All the results could be useful for the guidance of steam flooding project. enhanced recovery separated segment heavy oil reservoir thermal method Upstream Oil & Gas production rate steam-assisted gravity drainage recovery percentage horizontal well new flooding...

... development of the ET-DSP™ technology. bitumen enhanced recovery oil sand development field test Pilot Test objective oil sand Upstream Oil & Gas heating complex reservoir spe ps choa 117470 sand particle et-dsp process bitumen production environmentalism conduction extraction well...

... and the stable production period is prolonged to 91days in the first cycle and 245 days in the second cycle from 5∼10 days before huff and puff. gas injection method puff thermal method steam-assisted gravity drainage enhanced recovery PVT measurement oil production SAGD Upstream Oil & Gas...

... and injection pressure increases. SAGD thermal method injection pressure steam-assisted gravity drainage Pay Thickness enhanced recovery Upstream Oil & Gas steam chamber steam injection producer reservoir mechanism xsagd case spe ps choa 117244 operation Modeling & Simulation...

... operation nicolas aimard transportation enhanced recovery CO2 capture oxycombustion Upstream Oil & Gas claude prébendé geological storage oxygen Introduction The necessary oil sands production and processing schemes in Alberta require massive quantities of energy, in the form...

... not significantly weaken it compared to cutting slots. A stand alone screen (SAS) with almost four times the open flow area of a slotted liner has significantly more torsion and collapse strengths. thermal method steam-assisted gravity drainage operational load application enhanced recovery Screen...

.... This model is also advantageous compared to numerical simulation because it reduces computational time if many well pairs are involved in the study, and models accurately any variation in distance between the wellbores. Generic data is used in this paper to illustrate the model application. enhanced...

...) standards. This paper presents and discusses the laboratory data generated under simulated high-temperature well conditions. thermal method Upstream Oil & Gas steam injection packer fluid heat transfer enhanced recovery Bakersfield Htipf stability SAGD heat loss rheological profile...

..., the recharge recovery appears more optimistic with almost similar recovery to that of cold production (about 10.2% OOIP). enhanced recovery Production end co 2 Kantza oil sand Upstream Oil & Gas oil production primary production complex reservoir injection glassbead core sandpack core spe...