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Random Papers

Experimental investigation on the coupled effect of effective stress and gas slippage on the permeability of shale

July 15, 2017July 15, 20170

Shale characteristics impact on Nuclear Magnetic Resonance (NMR) ﬂuid typing methods and correlations

July 26, 2017July 28, 20170

$Hydraulic fracturing (HF) technique has been extensively used for the exploitation of unconventional oil and gas reservoirs. HF enhances the connectivity of less permeable oil and gas-bearing rock formations by ﬂuid injection, which creates an interconnected fracture network and increases the hydrocarbon production.$

Numerical simulation of hydraulic fracturing and associated microseismicity using ﬁnite-discrete element method

July 21, 2017July 21, 20170

Experimental study of the impact on methane adsorption capacity of continental shales with thermal evolution

July 29, 2017July 29, 20170

Excel Worksheet to Calculate the Permeability in Shale Gas Fields

July 10, 2017July 10, 20170

Eagle Ford Shale Part A: Geological Review

July 8, 2017July 20, 20170

Latest Papers

An Experimental Investigation of Shale Mechanical Properties Through Drained and Undrained Test Mechanisms Part B

August 23, 2017August 23, 20170

$Hydrocarbon recovery from unconventional reservoirs (shale gas) is debated due to its environmental impact and uncertainties on its predictability. But a lack of scientific knowledge impedes the proposal of reliable alternatives. The requirement of hydrofracking, fast recovery decay and ultra-low permeability—inherent to their nanoporosity—are specificities of these reservoirs, which challenge existing frameworks. Here we use molecular simulation and statistical models to show that recovery is hampered by interfacial effects at the wet kerogen surface.$

Activated desorption at heterogeneous interfaces and long-time kinetics of hydrocarbon recovery from nanoporous media

August 17, 2017August 21, 20170

$The current study investigates hydraulic fracture stimulation for an Enhanced Geothermal System (EGS) in a petrothermal environment to evaluate stress shadowing and fracture interaction in a multi-fracture setup. Previous studies investigated the geothermal potential of the area around Freiberg (Saxony, Germany), which is therefore used as a case example. The commercial discrete element code 3DEC™ is applied to conduct the numerical simulations. The simulation results show that hydraulic fracture stimulation results in a strong stress field alteration, which significantly influences the propagation of subsequently stimulated fractures. The resulting deflection of fractures can be minimized applying an optimized stimulation concept.$

Simulating the hydraulic stimulation of multiple fractures in an anisotropic stress field applying the discrete element method

August 15, 2017August 16, 20170

Determination of Shale Volume and Distribution Patterns and Effective Porosity from Well Log Data Based On Cross-Plot Approach for A Shaly Carbonate Gas Reservoir

August 14, 2017August 14, 20170

$Case 1 is the simple planar hydraulic fracture; Case 2 is the non-planar hydraulic fracture; Case 3 is the simple planar natural fracture; Case 4 is the non-planar natural fracture; Case 5 is the simple planar natural fracture network; Case 6 is the non-planar natural fracture network.$

A Comprehensive Model for Real Gas Transport in Shale Formations with Complex Non-planar Fracture Networks

August 13, 2017August 13, 20170

Modeling adsorption with lattice Boltzmann equation

August 11, 2017August 12, 20170

AllAboutShale.com Objectives

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AllAboutShale.com is a website built and designed by Emanuel Martin, a Petroleum Engineer graduate from Faculty of Engineering at National University of Cuyo.

The purpose is build a place where the engineers, researches and people can find and share news, papers, jobs about the industry, interacting among themselves and ordering the global technical information about World Shale Industry.

Random Papers

Experimental investigation on the coupled effect of effective stress and gas slippage on the permeability of shale

July 15, 2017July 15, 20170

Shale characteristics impact on Nuclear Magnetic Resonance (NMR) ﬂuid typing methods and correlations

July 26, 2017July 28, 20170

$Microseismic technology has been proven to be a practical approach for in-situ monitoring of fracture growth during hydraulic fracture stimulations. Microseismic monitoring has rapidly evolved in acquisition methodology, data processing, and in this paper, we evaluate the progression of this technology with emphasis on their applications in Barnett shale gas reservoir.$

Microseismic Imaging of Hydraulically Induced-Fractures in Gas Reservoirs: A Case Study in Barnett Shale Gas Reservoir, Texas, USA

August 5, 2017August 5, 20170

Latest Papers

An Experimental Investigation of Shale Mechanical Properties Through Drained and Undrained Test Mechanisms Part B

August 23, 2017August 23, 20170

$Hydrocarbon recovery from unconventional reservoirs (shale gas) is debated due to its environmental impact and uncertainties on its predictability. But a lack of scientific knowledge impedes the proposal of reliable alternatives. The requirement of hydrofracking, fast recovery decay and ultra-low permeability—inherent to their nanoporosity—are specificities of these reservoirs, which challenge existing frameworks. Here we use molecular simulation and statistical models to show that recovery is hampered by interfacial effects at the wet kerogen surface.$

Activated desorption at heterogeneous interfaces and long-time kinetics of hydrocarbon recovery from nanoporous media

August 17, 2017August 21, 20170

$The current study investigates hydraulic fracture stimulation for an Enhanced Geothermal System (EGS) in a petrothermal environment to evaluate stress shadowing and fracture interaction in a multi-fracture setup. Previous studies investigated the geothermal potential of the area around Freiberg (Saxony, Germany), which is therefore used as a case example. The commercial discrete element code 3DEC™ is applied to conduct the numerical simulations. The simulation results show that hydraulic fracture stimulation results in a strong stress field alteration, which significantly influences the propagation of subsequently stimulated fractures. The resulting deflection of fractures can be minimized applying an optimized stimulation concept.$

Simulating the hydraulic stimulation of multiple fractures in an anisotropic stress field applying the discrete element method

August 15, 2017August 16, 20170

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