... subsurface storage rock type enhanced recovery flow in porous media fluid dynamics geology equation of state social responsibility sustainable development reservoir characterization wettability alteration mudstone co 2 climate change nanotube geologist waterflooding mudrock shale gas...

... extraction optimization. It provides technical guidance for unconventional oil and gas developments in North America and is a useful reference for similar projects globally, including in China. geologist unconventional play drilling operation shale gas unconventional resource economics directional...

... horizontal wells (MFHWs) in shale gas reservoirs by considering condensate dropout once the hydraulic fracture (HF) pressure drops below the dewpoint. We have developed a semi-analytical three-phase flowback model that considers multiphase flow in the HF and two-phase water and gas flow in the matrix...

... permeability production control climate change journal engineering reservoir surveillance chemical flooding methods machine learning ch 4 mechanism shale gas co 2 reservoir geomechanics geological subdiscipline saturation reaction sequestration diffusion international journal water phase...

... drillstem/well testing sedimentary rock unconventional resource economics geology drillstem testing hydraulic fracturing enhanced recovery geological subdiscipline pvt measurement saturation shale gas chemical flooding methods energy economics reservoir simulation mudrock flow in porous media...

... Abstract The evolution of shale gas production has reshaped North America's energy profile. Utilizing the vast amounts of data generated from production and operations, machine learning offers significant advantages in production forecasting and performance optimization. This study proposed...

... Abstract The energy sector has shifted its focus to unconventional hydrocarbons such as tight oil, coalbed methane, and shale gas and oil due to the rise in global energy demand and improvements in extraction technology. Along with changing the industry, this change has also presented new...

... Abstract The Sichuan Basin, China's largest shale gas development region, encompasses the natural fracture-rich Luzhou Block. The high-density non-uniform natural fractures in this area significantly influence the construction quality and efficiency of deep shale gas horizontal wells. Research...

... model. The proposed model incorporates pertinent multicomponent gas transport and storage mechanisms in nanoporous media on a continuum scale but informed by pore-scale phenomena. organic-rich rock complex reservoir clastic rock equation of state geologist reservoir simulation shale gas...

... technology conference plastic strain shale gas shear deformation presented reservoir geomechanics shear plane centerline plasticity response shear length casing design geological subdiscipline lateral distortion application configuration integrity pipe cross-section geomechanics...

... rock directional drilling rock type oil shale artificial intelligence geological subdiscipline complex reservoir efficiency shale gas profitability cll well development reservoir characterization seg unconventional resource technology conference algorithm oil eur operator evolution...

... in-situ conditions, we saturated Wolfcamp shale with live oil, induced fractures, and conducted soaking, pressure drawdown, long term production, and stress dependent permeability evaluation. Through multiple tests, we found that shale gas production is mainly driven by pressure drawdown, long term...

... Abstract With continuous development of mid-shallow shale gas reservoirs, the focus gradually shifts to deep shale reservoirs (depth>3500 m) that contribute to over 65% of total shale gas resources in the Southern Sichuan Basin. In this area, large-scale and high-intensity fracturing...

..., data from the early few months (typically 5-10 months) ( Xu and Leung, 2024 b) is most helpful in correcting predictions, as the decline rate in shale gas wells becomes predictable once the peak rate appears after a few months of production. Thus, instead of segmenting each sequence into T −1 pairs...

... and reasonably accurate estimation of properties within the bounds of the system uncertainties. geologist drillstem/well testing fluid dynamics pressure transient testing shale gas complex reservoir well performance flow in porous media geological subdiscipline petroleum geology reservoir...

... gas neural network artificial intelligence reservoir characterization equation production forecasting reservoir surveillance machine learning optimization geology rock type petroleum play type production control prediction geologist unconventional play complex reservoir shale oil...

... adsorption isotherm mudstone wettability assessment composition humidity interaction enhanced recovery concentration water adsorption isotherm clastic rock mineral shale gas isotherm quantification contact angle amott index quantify wettability rock sample carbonate sample orm sample orm...

.... In previous publications, we presented new approaches on how to run fracture diagnostics during the transitional flow regimes in the presence of stresses using the commonly-used RTA techniques. Aldana et al. (2023) showed a new approach for the bilinear flow analysis of shale gas wells with dynamic...

... geology clastic rock complex reservoir proppant sedimentary rock fracture shale gas hydraulic fracturing self-supported fracture conductivity china mpa mudrock fracturing materials fracture conductivity self-supported fracture conductivity geologist fracturing fluid rock type...

... geologist oil shale subsurface storage co 2 reservoir characterization rock type enhanced recovery geological subdiscipline sedimentary rock pvt measurement mudrock shale oil mudstone scenario composition diffusion structural geology equation of state shale gas chemical flooding methods...