... Abstract Caprock integrity in steam-assisted gravity drainage (SAGD) has been evaluated by various researchers. However, most of these caprock integrity studies assume that the caprock is not fractured, which is not a valid assumption in most cases. This paper provides a comprehensive analysis...

... it was determined that acoustic velocities from 1290 ft/s to 1400 ft/s are highly related to the presence of nitrogen in the gas composition being considered atypical in steam-injected wells (EOR-1), whose determined range varies from 1400 ft/s to 1520 ft/s. steam-assisted gravity drainage coefficient sagd...

... production by as much as 14%. oil sand miscible method chemical flooding methods sagd reservoir characterization bitumen waterflooding efficiency upstream oil & gas eor project steam-assisted gravity drainage alberta energy regulator thermal method enhanced recovery complex reservoir...

... consideration in operations design and real-time optimization. thermal method oil sand reservoir characterization production monitoring reservoir surveillance bitumen flow in porous media steam-assisted gravity drainage complex reservoir upstream oil & gas drilling operation production...

... recovery sagd equation of state thermal method production monitoring modeling & simulation complex reservoir flow in porous media steam-assisted gravity drainage Introduction Alberta's oil sands has reserves of about 165 billion barrels of bitumen, the third largest crude oil reserve...

.... oil sand sagd fluid dynamics enhanced recovery complex reservoir efficiency co 2 steam process bitumen steam-assisted gravity drainage mechanism experiment relative permeability oil viscosity phase relative permeability steam huff steam flooding non-condensable gas thermal method...

... Summary Steam-assisted gravity drainage (SAGD) is the preferred thermal recovery method used to produce bitumen from Athabasca deposits in Alberta, Canada. SAGD operation is experiencing five stages: ramp-up, initial plateau, full-length plateau, wind-down and coalescence. The physics...

... Abstract Effective Steam Assisted Gravity Drainage (SAGD) operation relies on subcool management to reduce the risk of steam breakthrough. Monitoring of several parameters is performed to assure uniform development of steam chamber and heating of reservoir. This paper discusses the application...

... Bay. thermal method hydraulic jet pump artificial lift system jet pump multiphase pump steam-assisted gravity drainage jet pump system vent valve offshore oilfield downhole safety valve oilfield steam injection esp system enhanced recovery sagd artificial lift technology safety...

... steam-assisted gravity drainage mechanism permeability combination model saturation relative permeability data Introduction Gravity drainage is an efficient recovery mechanism driving oil production from light and heavy oil reservoirs. It is normally characterized as a slow but efficient...

... pseudo blend temperature oxidation crude oil resin experiment in-situ combustion fraction enhanced recovery steam-assisted gravity drainage reaction kinetic dolomite sara fraction combustion hascakir asphaltene Introduction In-Situ Combustion (ISC) is an enhanced oil recovery (EOR...

... sagd enhanced recovery casing design thermal method well logging upstream oil & gas transmitter coil casing and cementing multi-finger caliper mtd coil complex reservoir receiver coil pipe evaluate 244 oil sand bitumen steam-assisted gravity drainage pulsed eddy current magnetic...

... Summary Over the last decade, steam assisted gravity drainage (SAGD) process has been successfully commercialized in Alberta and Saskatchewan thermal projects. Remediation of slotted liner wells in cases of erosion, or high gas/steam production later in life requires a different basis of design...

... Abstract Steam-assisted gravity drainage (SAGD) recovery process is strongly impacted by the spatial distributions of heterogeneous shale barriers. Though detailed compositional flow simulators are available for SAGD recovery performance evaluation, the simulation process is usually quite...

... to produce heavy oil and bitumen. The Steam-Assisted-Gravity-Drainage process, commonly known as SAGD, developed by Dr. R. M. Butler in the 1980's unlocked vast resources of bitumen in Alberta and has been successfully deployed at commercial scale over 20 years. However, the process relies on the generation...

... enhanced recovery steam-solvent combination flow in porous media oil sand bitumen steam-assisted gravity drainage reservoir simulation pore-scale simulator temperature distribution viscosity simulator complex reservoir fluid dynamics mass transfer production control reservoir surveillance...

... chemical flooding methods steam-solvent combination modeling & simulation complex reservoir steam-assisted gravity drainage flow in porous media lean zone thickness reservoir simulation thermal-solvent gravity drainage process recovery process water saturation porous medium analytical...

... and modeling the geomechanical effects observed while injecting steam for heavy oil recovery, specifically during SAGD (Steam-Assisted Gravity Drainage) operations. This workflow does not need an explicit, empirical table relating pressure to permeability and porosity; instead it uses a mechanical simulator...

... on better understanding the role of the oil viscosity on sand control performance. thermal method enhanced recovery sand control screen selection sagd cold heavy oil production steam-assisted gravity drainage sand production sand/solids control complex reservoir upstream oil & gas...

... Abstract Oil sand reservoirs play an important role in the economy of Canada due to their significant recoverable reserves. Due to the high viscosity of the oil in these reservoirs, conventional methods cannot be used for production. The steam-assisted gravity drainage (SAGD) method...