Predicting the potential for mineral scale precipitation in unconventional reservoirs due to fluid-rock and fluid mixing geochemical reactions
JA Hakala, ANP Vankeuren, PP Scheuermann… - Fuel, 2021 - Elsevier
Mineral precipitation within hydraulically fractured shale may affect fluid flow pathways and
impact long-term hydrocarbon production. The ability to predict geochemical reactions …
impact long-term hydrocarbon production. The ability to predict geochemical reactions …
Nanoscale confined gas and water multiphase transport in nanoporous shale with dual surface wettability
Fluid transport in nanoporous shale is known to be affected by the nanoscale fluid transport
mechanisms, surface wettability and heterogeneous pore structure. The pores of shale are …
mechanisms, surface wettability and heterogeneous pore structure. The pores of shale are …
[图书][B] Data Analytics in Reservoir Engineering
Data Analytics in Reservoir Engineering Page 1 PetroBrief Data Analytics in Reservoir
Engineering Sathish Sankaran Sebastien Matringe Mohamed Sidahmed Luigi Saputelli …
Engineering Sathish Sankaran Sebastien Matringe Mohamed Sidahmed Luigi Saputelli …
Gas relative permeability and its evolution during water imbibition in unconventional reservoir rocks: Direct laboratory measurement and a conceptual model
S Peng - SPE Reservoir Evaluation & Engineering, 2019 - onepetro.org
Relative permeability has a significant impact on gas or oil and water production, and is one
of the most complicated properties in unconventional reservoirs. Current understanding of …
of the most complicated properties in unconventional reservoirs. Current understanding of …
Tracer‐guided characterization of dominant pore networks and implications for permeability and wettability in shale
Pore network characterization is an important aspect in unconventional reservoir evaluation.
While application of the technique of scanning electron microscope (SEM) brings substantial …
While application of the technique of scanning electron microscope (SEM) brings substantial …
Insights into the solution of counter-current spontaneous imbibition for tight unconventional reservoirs
C Polat - Journal of Petroleum Science and Engineering, 2021 - Elsevier
Oil production from fractured reservoirs is challenging due to tendency of water to flow
through the fractures causing reservoir oil to be bypassed and captured in the matrix. The …
through the fractures causing reservoir oil to be bypassed and captured in the matrix. The …
Gas–water relative permeabilities fractal model in dual-wettability multiscale shale porous media during injected water spontaneous imbibition and flow back process
The multiphase flow behavior in shale porous media is known to be affected by multiscale
pore size, dual surface wettability, and nanoscale transport mechanisms. However, it has not …
pore size, dual surface wettability, and nanoscale transport mechanisms. However, it has not …
Shale gas well productivity potential evaluation based on data-driven methods: case study in the WY block
C Tan, H Deng, W Song, H Niu, C Wang - Journal of Petroleum …, 2022 - Springer
Evaluating the productivity potential of shale gas well before fracturing reformation is
imperative due to the complex fracturing mechanism and high operation investment …
imperative due to the complex fracturing mechanism and high operation investment …
Imbibition Retention in the Process of Fluid Replacement in Tight Sandstone Reservoir
“Fracture network stimulation and oil‐water infiltration and replacement” are recent attempts
to effectively produce oil from tight reservoirs. On the one hand, the formation can be …
to effectively produce oil from tight reservoirs. On the one hand, the formation can be …