... miscibility to gas price, coupled with enhanced flexibility. We demonstrate how it is possible to increase asset value and mitigate risks, therefore addressing a major concern for stakeholders. geologist structural geology optimization problem social responsibility sustainability flexibility fluid...

... al., 2010 ). geologist flow in porous media viscosity sedimentary rock geology geological subdiscipline clastic rock sandstone core plug powder polymer concentration liquid polymer flood injectivity issue injection velocity permeability fluid dynamics rock type polymer...

..., multi-physics simulation approaches for reservoir rocks and demonstrates significant potential for applications in CO 2 geological sequestration and the oil and gas development industry. geologist subsurface storage chemical flooding methods flow in porous media fluid dynamics multiphase...

... measurements. It also provides statistical insights into key model parameters, including their impact and uncertainty. Applying this framework to operating assets could provide additional insights into predicted reservoir displacements and deformations. reservoir simulation geology fluid dynamics risk...

... to account for the higher permeability of hydrogen gas. natural gas storage nitrogen hydrogen hydrogen service flow in porous media bypass flow fluid dynamics completion tool permeability hydrogen ga test fluid proxy gas metal-to-metal seal relative permeability polymer viscosity...

... injection and recovery characterization challenges. fluid dynamics structural geology rock type carbonate reservoir complex reservoir co 2 sedimentary rock carbonate rock sedimentology enhanced recovery reservoir characterization storage chemical flooding methods geological subdiscipline...

.... geologist artificial intelligence machine learning fluid dynamics reservoir simulation reservoir characterization displacement forward model subsidence bowl compaction displacement measurement eage conference geology enhanced recovery geological subdiscipline deformation model inversion...

... london pore dolomite reservoir characterization porosity water resource carbonate rock rock type enhanced recovery climate change non-wetting phase edwards brown dolomite fluid dynamics reservoir simulation flow in porous media krevor engineering scaling method bijeljic blunt plume...

... proven to be inefficient. fluid dynamics structural geology rock type enhanced recovery carbonate reservoir drilling operation flow in porous media reservoir characterization sedimentary rock carbonate rock complex reservoir plug economic geology core plug stimulation permeability...

... pressure fluid dynamics mineral enhanced recovery precipitation solid saturation permeability ratio impairment capillary number injectivity backflow mtpa saturation capillary force non-zero capillary pressure reduction low injection rate brine Introduction CO 2 storage...

... simulation work. geologist subsurface storage geology flow in porous media sustainability social responsibility fluid dynamics enhanced recovery production control permeability saturation function salinity and relative permeability reservoir surveillance production monitoring climate...

... to a higher value of CO 2 residual saturation. Even if the flow regime cannot be controlled by operators during CO 2 storage, it can be predicted by assessing the fluid dynamics of the system in laboratory experiments and numerical simulations. Some experimental issues can significantly compromise...

... pressure support and early well abandonment resulting from excessive water production ( Sech et al. 2007 ). Introduction drillstem/well testing geologist geology fluid dynamics drillstem testing modeling & simulation production monitoring asset and portfolio management enhanced recovery...

.... This behaviour has been rigorously validated through comprehensive single-phase and multiphase flow testing, conducted within a state-of-the-art multiphase flow loop. These tests facilitated detailed characterisation and modelling of fluid dynamics across a wide range of flow regimes and phase compositions...

... of an ICT completion are solved by a novel computational fluid dynamics (CFD)-based modeling method. The workflow generates physically correct and efficient input to standard reservoir simulators by numerical upscaling of inflow control devices to a zone level. The study shows that segregation and valve...

... for geothermal energy projects. The findings underscore the importance of leveraging advanced flow control technologies to meet the growing global demand for renewable energy. fluid dynamics hydraulic fracturing enhanced recovery reservoir characterization reservoir sustainability flow in porous...

... be correctly taken into account. geology dissolution flow in porous media geochemistry geologist subsurface storage chemical flooding methods reaction geological subdiscipline reservoir characterization mineral dissolution permeability fluid dynamics mineral enhanced recovery geochemical...

... to be operated at the upper bound of the injector BHP, while the producers operated at the lower bound of the producer BHP to maximize the NPEV. drillstem/well testing geologist fluid dynamics drillstem testing flow in porous media enhanced recovery production control climate change injection bhp...

... tortuosity estimation fluid dynamics rock type reservoir geomechanics diffusion hydrogen diffusion experiment sedimentary rock geology diffusion coefficient geological subdiscipline concentration hydrogen storage air emission natural gas storage modeling & simulation climate change...

... reservoir geomechanics fluid dynamics fracture characterization waterflooding flow in porous media enhanced recovery reservoir characterization geological subdiscipline geologist drillstem/well testing pressure transient testing geology reservoir simulation hydraulic fracturing artificial...