Flow mechanism and simulation approaches for shale gas reservoirs: A review
The past two decades have borne remarkable progress in our understanding of flow
mechanisms and numerical simulation approaches of shale gas reservoir, with much larger …
mechanisms and numerical simulation approaches of shale gas reservoir, with much larger …
An efficient deep learning-based workflow for CO2 plume imaging considering model uncertainties with distributed pressure and temperature measurements
Monitoring CO 2 plumes throughout the operation of geologic CO 2 sequestration projects is
essential to environmental safety. The evolution of underground CO 2 saturation can be …
essential to environmental safety. The evolution of underground CO 2 saturation can be …
Well radius of influence and radius of investigation: what exactly are they and how to estimate them?
The radius of influence and radius of investigation of a pumping well are fundamental
concepts in hydrogeology with various uses in well hydraulics and aquifer testing. However …
concepts in hydrogeology with various uses in well hydraulics and aquifer testing. However …
Depth of investigation and depletion in unconventional reservoirs with fast-marching methods
The concept of depth of investigation is fundamental to well-test analysis. Much of the
current well-test analysis relies on solutions based on homogeneous or layered reservoirs …
current well-test analysis relies on solutions based on homogeneous or layered reservoirs …
Asymptotic solutions of the diffusivity equation and their applications
Understanding how pressure fronts propagate (diffuse) in a reservoir formation is
fundamental to welltest analysis and reservoir drainage volume estimation. We have …
fundamental to welltest analysis and reservoir drainage volume estimation. We have …
From streamlines to Fast Marching: Rapid simulation and performance assessment of shale-gas reservoirs by use of diffusive time of flight as a spatial coordinate
Current industry practice for characterization and assessment of unconventional reservoirs
mostly uses empirical decline-curve analysis or analytic rate-and pressure-transient …
mostly uses empirical decline-curve analysis or analytic rate-and pressure-transient …
Integration of shale-gas-production data and microseismic for fracture and reservoir properties with the fast marching method
We present a novel approach to calculate drainage volume and well performance in shale
gas reservoirs by use of the fast marching method (FMM) combined with a geometric …
gas reservoirs by use of the fast marching method (FMM) combined with a geometric …
Fast history matching and optimization using a novel physics-based data-driven model: an application to a diatomite reservoir
Full-physics models in history matching (HM) and optimization can be computationally
expensive because these problems usually require hundreds of simulations or more. In a …
expensive because these problems usually require hundreds of simulations or more. In a …
Chemical EOR under harsh conditions: Scleroglucan as a viable commercial solution
T Jensen, M Kadhum, B Kozlowicz… - SPE Improved Oil …, 2018 - onepetro.org
While synthetic polymer floods are being deployed in mild temperature and low salinity
fields, many oilfields (harsh conditions) remain inaccessible due to performance limitations …
fields, many oilfields (harsh conditions) remain inaccessible due to performance limitations …
An efficient deep learning-based workflow for CO2 plume imaging with distributed pressure and temperature measurements
Geologic carbon dioxide (CO 2) sequestration has received significant attention from the
scientific community as a response to global warming due to greenhouse gas emissions …
scientific community as a response to global warming due to greenhouse gas emissions …