... modeling & simulation complex reservoir injected gas shale gas upstream oil & gas shale oil oil shale supereor process oil production forecast superior shale eor application operator eor operation fracture bottomhole pressure unconventional resource technology conference...

... of the UCG process at a field scale. It sheds some important insights for gasification chamber evolution and recovery performance of UCG process using L-CRIP technique in a deep coal seam. metals & mining modeling & simulation sustainable development social responsibility coal bed methane...

... which can explain the nonuniformity of proppant distribution and the short propped length in hydraulic fractures. modeling & simulation upstream oil & gas sand transport volume fraction hydraulic fracturing tortuous fracture particle size proppant flow rate diameter uneven...

... performance. And the results also have major implications regarding future completion design and field development planning decisions. asset and portfolio management upstream oil & gas modeling & simulation complex reservoir shale gas cumulative production initial fracture length...

... in this work provides the flexibility and simplicity needed to model complex fluid and rock behaviors in unconventional reservoirs. reservoir geomechanics modeling & simulation equation of state flow in porous media reservoir simulation fluid dynamics complex reservoir hydraulic fracture...

.... This research also enables better static/dynamic reservoir characterisation and analysis by extending the concept of coal connectivity. modeling & simulation upstream oil & gas layer 1 production period coal bed methane complex reservoir vertical connectivity gas saturation coalbed methane...

... fluid particle screenout region modeling & simulation upstream oil & gas stable bridge separation distance hydraulic fracturing micro-proppant screenout diameter pressure gradient screenout prediction bridge test cell proppant electrostatic force numerical test cell screenout...

... of elasticity and fracture mechanics. The simulation results are consistent with the micro-seismic fracture monitoring results; this has obvious significance for accelerating the development of difficult-to-use oil and gas resources and securing the supply. reservoir geomechanics modeling...

... modeling efforts and ultimately optimizing development strategy on well spacing and parent-child depletion effects. pressure transient analysis hydraulic fracturing drillstem/well testing modeling & simulation upstream oil & gas reservoir characterization drillstem testing mw formation...

...-mda statistics history-matching data assimilation coal bed methane complex reservoir convergence ensemble posterior ensemble realisation smoother permeability initial ensemble modeling & simulation upstream oil & gas production data bowen basin history-matched ensemble static...

.... This paper discusses the spatial asymmetry of coal properties and investigates the impact of including spatial asymmetry on flow simulations representing coal seam gas production. modeling & simulation reservoir characterization coalbed methane upstream oil & gas asymmetry function coal...

... forecasting, economic rates, and recoveries of petroleum reservoirs. machine learning artificial intelligence reserves replacement us government reservoir characterization asset and portfolio management modeling & simulation complex reservoir shale reservoir water saturation petroleum...

... implication dip angle modeling & simulation upstream oil & gas pressure decline gas flux aquifer scenario propagation permeability URTEC-208388-MS The Influence of Formation Dip Angle on Buoyancy-Induced Gas Migration During Coal Seam Gas Production Mohammad Sedaghat, Des Owen, Philip...

.../pEDFM shows that this could be significant in reservoirs with natural fractures of considerable size. thermal method flow in porous media modeling & simulation enhanced recovery reservoir characterization shale oil shale gas steam-assisted gravity drainage fluid dynamics contribution...

... times increase over gas production without GPI. This study substantially increases our understanding on how to model and understand the benefit of GPI application along with hydraulic fracturing to increase the SRV in CSG wells. modeling & simulation complex reservoir coal bed methane coal...

... fluid dynamics field example well modeling & simulation complex reservoir reserves evaluation fmb plot presented interference effect mmscf kh value sdp effect estimation ogip reservoir characteristic different point algorithm fairview field production history decline profile...

... laterals have been limited, either because of wellbore instabilities or limitations of using steel equipment within a potentially mineable coal seam. modeling & simulation hydraulic fracturing coal bed methane complex reservoir directional drilling lateral upstream oil & gas...

... strength Queensland Exhibition maximum horizontal stress hydraulic fracture fracture geometry Modeling & Simulation fracture growth horizontal stress lt 2 fracture Surat Basin hydraulic fracturing fracture toughness stress state geometry stress regime Australia Aghighi , M...

... documents. Upstream Oil & Gas Simulation nanopore shale gas circular nanopore Wang complex reservoir shale matrix methane molecule Modeling & Simulation molecular dynamic simulation interaction flow behavior methane flow kerogen molecule Huang Zhang University molecule...

... simulations. flow in porous media coal bed methane reservoir simulation coal seam gas coalbed methane Upstream Oil & Gas Fluid Dynamics isotherm property production rate BHP reservoir property gas production immediate decline Modeling & Simulation complex reservoir different...