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PAPER & RESEARCH

Flow Mechanics

A paper section about the Flow Mechanics in Shale Gas and Oil

Reservoir Simulation

A Paper section about Shale Reservoir Simulation with all of the new in the industry around the World

Hydraulic Fracture

Figure 7. Hydraulic fractures generated in a homogeneous medium (dark blue disks are microcracks)

PVT

The porous media dew pressure of gas condensate in this paper shows mixed impact in case of capillary/adsorption effects. The impact of porous media in near critical condition is small. It is a low probability to expect of any capillarity effect in the high permeability rock.

Adsorption

Adsorption, and its counter process, desorption, are ubiquitous in nature and its understanding and modeling are crucial to many promising industrial applications ranging from the storage of gas fuel such as natural gas and hydrogen1 to the exploration of shale gases2.

Others

Fig. 6 Schematic diagram illustrating: the 1000 m below surface Infrastructure Act (2015), the 600 m vertical respect distance of Davies et al. (2012, 2013a), the 433 m horizontal respect distance of Westwood et al. (2017), and the 895 m horizontal respect distance of this study.

Rock Evaluation and Wellbore Stability

Wellbore Stability in Oil and Gas Drilling with Chemical Mechanical Coupling

Petrel Simulator

Fig. 1.1: ECLIPSE export settings window

Shale Paper & Research

Paper and research is a folder with shale papers about: Flow Mechanics shale gas and oil, Hydraulic Fracturing in Shale plays, Shale Reservoir Simulation, Shale Gas Adsorption, Confined phase enveloped in shale plays, Wellbore stability and rock properties in shale plays and hydraulic fracture water.
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