... clastic rock rock type modeling & simulation sand control size distribution sandstone sand/solids control geology artificial intelligence reservoir geomechanics machine learning wellbore formation sand coefficient particle size distribution sand particle sand production prediction...

... (1) E d = ρ b V s 2 ( 3 V p 2 − 4 V s 2 ) V p 2 − V s 2   Reservoir pressure from mini fall-off test bottomhole pressure data was used to calibrate the pore pressure profile in the target sandstone reservoirs. This is a key input...

... are multi-stacked reservoirs with up to 65 individual sandstone reservoir layers per block containing of gas in shallow depth Groups F H, I, and J and oil in Lower I reservoirs. To sustain gas production, three infill gas development wells were drilled in year 2021 targeting the F reservoirs. Well...

... sandstone subsea system objective function structural geology modeling & simulation production monitoring clastic rock asset and portfolio management oil production water injection vrr value workflow producer well proxy model platform artificial intelligence production control ipsm...

... P up : pore pressure at the upstream, P down : pore pressure at the downstream. Relative permeability under different confining pressure After the absolute permeability tests, the coal and sandstone core samples were first saturated with water in the core holder after 12 hours...

... by the elastic modulus method, The tight gas reservoirs in Songliao Basin are favorable to the formation of fracture networksn ( Fig.3 ). Abstract Tight sandstone gas is the main gas source for increasing storage and production in Songliao Basin, China. Due to the deep burial depth, poor physical...

...) (120 scf/bbl) and economic production rates are achieved using electric submersible pumps (ESPs) in the completion strings. The Stag oil reservoir in M. Australis glauconitic sandstone contains heavy viscous oil (9 cp) of 19° API. The average porosity of the reservoir is 35 p.u with permeability...

... Quartz (supplied by WARD'S Natural Science) and calcite (purchased from Iceland spar) substrates were utilised as sandstone and carbonate mineral representative rock, respectively. Deionised (DI) water was used to diminish any contaminants from the calcite and quartz substrates and to prepare...

... geology clastic rock proppant fracturing fluid drilling fluids and materials mudrock modeling & simulation drilling fluid property wellbore integrity artificial intelligence log analysis drillstem/well testing fracture drillstem testing hydraulic fracturing sandstone drilling fluid...

... investigation of petrophysical data. This model is utilized to assess the capacity for storing substances, specifically examining how these gases are distributed and their ability to be trapped inside the formations. An innovative Python technique is used on an adaptable sandstone three-dimension pore network...

... and instrumented coiled tubing (CT) downhole measurement system in a well completed with 5 ½-in horizontal passive inflow control devices (ICDs) in a long sandstone reservoir section. The subject well encompassed a total of 48 passive ICDs, spread out across 16 ICD compartments, each of the compartment intercepts...

... saturation fluid dynamics rock type relative permeability geologist flow in porous media relative permeability curve sedimentary rock geology sandstone coal sample flow rate effective stress water-gas relative permeability oil shale steady-state method permeability change effective...

... Abstract PETRONAS D Field, discovered in 1981, is a brownfield located offshore Terengganu, Malaysia in the West central part of Malay Basin. The field has been on production for over 30 years. It is an E-W trending anticline consisting of vertically stacked sandstone reservoirs segmented...

... the domain of unconventional oil and gas development. However, the accuracy of EUR prediction using traditional decline models is hampered by the complexity of the percolation environment after the compaction of tight sandstone and the limitations of commonly employed models. This paper proposes a new...

... Abstract The three-phase relative permeability of oil, gas, and water place a significant practical emphasis in the study and evolution of compact sandstone condensate gas traps. However, most investigations on itare relied on forecast patterns that make an effort to appraise it from...

... Abstract The complex geology of fold-and-thrust belt led to significant difficulties with the engineering aspects of drilling, logging, completion, and testing. The Bashijiqike Formation and Baxigai Formation feature a tight sandstone reservoir that exists below a salt layer with high pressure...

... Abstract Ultra-deep fractured low-porosity sandstone gas reservoir is the most realistic unconventional oil and gas resource to be developed in China. However, reservoir is naturally fractured, non-homogeneous and artificially fractured, which makes the traditional analytical well test analysis...

... geology asia government europe government social responsibility enhanced recovery artificial intelligence reservoir geomechanics chemical flooding methods polymer climate change sustainability rock type sandstone sustainable development geological subdiscipline clastic rock deep learning...

... Abstract It is a very challenging task to produce highly viscous and extra heavy crude oil from the Jodhpur Sandstone reservoir of Baghewala field of Western Rajasthan in India by any conventional methods. The crude obtained are having API in the range of 14 – 17 and viscosity ranging from 8000...

... characterization multistage fracturing oil shale proppant hydraulic fracturing shale oil mudstone clastic rock united states government complex reservoir viscosity north america migration imbibition mechanism permeability sandstone spontaneous imbibition basin efficiency rock type shale gas...