... and the parent well. The difference is the key factor for infill well placement and hydraulic fracturing treatment. In this paper, a numerical modeling method was proposed to investigate the infill well complex fractures propagation based on four-dimensional stress evolution during parent wells production...

..., associated with tight green fields and how these uncertainties are parameterized with the integration of well hydraulic fractures. Uncertainty and optimization workflow has been adopted in a commercial geo-modeler to consider all the associated uncertainties. Structural uncertainty is parameterized using...

... Abstract The use of hydraulic fracturing to improve well productivity in tight reservoirs and connecting unconsolidated quality reservoirs via hydraulic fracturing is very well practiced in the oil industry. Currently to model hydraulic fracture in order to fully assess its effect in the well...

... and can be used as a quick assessment tool to evaluate the long term feasibility of CO 2 movement in fractured carbonate medium. asia government petroleum engineer complex reservoir neural network deep learning hydraulic fracturing denmark government artificial intelligence co 2 society...

... Abstract Understanding the flow behaviour of fractured wells is crucial to operators and service companies in evaluating the effectiveness of stimulation work performed on the well. New insights in modelling of well transient pressure tests in hydraulic fractured unconsolidated sand...

... modeling approaches was applied to characterize the studied tight reservoir and evaluate the reserves based on advanced uncertainty analysis. A hydraulic fracturing design workflow in a reservoir centric stimulation to production software was developed using an integrated approach (geological...

... Abstract Low-permeability gas reservoirs generally have the lowproduction, production rapid productivity decline, and low-ultimate recovery. Staged fracturing is usually conducted for horizontal wells. Hydraulic fracturing technology isgenerally used to improve fracture conductivity and well...

... of in-depth research on reservoir geomechanics and distribution law for natural fractures: 1) The Hydraulic fracture propagation law is not clear; 2) In the process of fracturing, there exists an obvious phenomenon of non-uniform fluid inflow and expansion in various clusters of fractures; 3) Serious...

... and modelling practices in such complex geological arquitectures. fluid dynamics fracture characterization drillstem testing upstream oil & gas complex reservoir reservoir surveillance production control contribution inflow performance pressure transient testing hydraulic fracturing...

... Abstract With the advent of high-resolution methods to predict hydraulic fracture geometry and subsequent production forecasting, characterization of productive shale volume and evaluating completion design economics through science-based forward modeling becomes possible. However...

... geomechanics Oligocene carbonate berai formation Modeling & Simulation stimulation Multidiscipline Approach hydraulic fracturing Reservoir Characterization completion Upstream Oil & Gas Inflow Performance Relationship production forecast evaluation Indonesia carbonate reservoir placement...

... workflow dynamic data fracture permeability hydraulic fracturing calibration confidence lineament fracture corridor Fracture Lineament fracture model conductivity Introduction The studied reservoirs are gas-condensate-bearing in a carbonate field, located onshore Abu Dhabi. The field has...

... Abstract Massive hydraulic fracturing and re-fracturing jobs have become very popular operations for developing tight oil & gas reservoir and unconventional shale gas reservoir in China. Experiencing long period of production and injection, in-situ pore pressure, stresses and saturation...

... reservoir simulation triple-continuum model MsFEM hydraulic fracturing multiscale finite element method porous media Modeling & Simulation transfer function discrete fracture network Artificial Intelligence Upstream Oil & Gas Multiscale Method Efendiev fracture permeability society...

... Abstract The effectiveness of a hydraulic fracturing technology has been primarily attributed to a creation of the geometry in the primary fracture. This concept however has been challenged particularly in low-permeability formations in which the size of a Stimulating Reservoir Volume (SRV...

... fracturing optimization in similar tight oil reservoirs. hydraulic fracturing variation Artificial Intelligence Upstream Oil & Gas flow in porous media Fluid Dynamics optimization problem threshold pressure gradient tight oil reservoir saturation threshold pressure low permeability...

... according to the situation at the certain time step. A validate case and a real field case are studied and results demonstrate the effectivity of the proposed method. hydraulic fracturing modeling fracture network real field case waterflooding flow simulation procedure reservoir simulation...

... Abstract Natural fractures represent planes of weakness within tight dense reservoirs in Abu Dhabi fields. It is likely that the fractures types, fracture density and orientation will influence hydraulic fractures initiation and propagation. Thus, the interaction between natural fractures...

... of uncertainties in fracture property estimation compared to FracaFlow © . Artificial Intelligence Upstream Oil & Gas hydraulic fracturing orientation Reservoir Characterization complex reservoir calibration genetic algorithm lange FracaFlow conductivity interporosity fracture property true...

.... This was validated both qualitatively and quantitatively during the experiments. An uncertainty analysis using the simulation model revealed that the MP aggregate height significantly influenced conductivity and, therefore, should be optimized to enhance production. hydraulic fracturing proppant fracturing...