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Studying “fitness for service” of the sealing assemblies and cement system
(2018-05)
Well integrity is a crucial phase of well design and construction, as such multiple barriers are usually installed in wells to prevent any migration of formation fluids. One of these barriers include the elastomeric sealing ...
Application of Tiab's Direct Synthesis technique to multi-layer naturally fractured reservoirs.
(2000)
Next, the problem of the pressure behavior of a well crossed by a uniform-flux and infinite-conductivity vertical fracture and located in a single-layer and multilayered bounded square reservoir with a double porosity ...
EXPERIMENTAL INVESTIGATION, CORRELATION, AND DIMENSIONAL ANALYSIS OF NEAR-WELLBORE FORMATION TREATMENT BY GEL PARTICLES AND PARTICLE-GEL SYSTEM
(2014-12)
Reservoir permeability heterogeneity with high permeability zones can create many problems in petroleum reservoirs such as lost circulation of drilling fluids and high water production in hydrocarbon producing wells. These ...
Viscoelastic measurements of fracturing fluids for proppant transport application.
(2001)
One of the primary functions of a fracturing fluid is to transport and distribute proppant through a fracture and to keep the particles suspended till reservoir closes on the fracture. The proppant when suspended and ...
EXPERIMENTAL CHARACTERIZATION OF BRINE IN CRUDE OIL EMULSIONS AND ITS PERFORMANCE IN ARTIFICIAL LIFT SYSTEMS
(2018)
Understanding the behavior of water in oil emulsions can prevent flow assurance problems and the conditions at which these two fluids can mix. The stability and rheology of water in crude oil emulsions was studied for three ...
Experimental and numerical simulation study of microbial enhanced oil recovery using bio-surfactants.
(2005)
A 2-phase, 10-component microbial enhanced oil recovery numerical simulator was modified to include reservoir salinity and facilitate surfactant and polymer injection. The effects of reservoir brine salinity and divalent ...
Three-Dimensional FEM Modeling of Geothermal Reservoir Stimulation Using Stochastic Fracture Networks and Continuum Damage Mechanics
(2014-08)
Unconventional reservoirs are gaining more and more attention in recently years. Pore pressure and temperature variations in unconventional reservoirs during stimulation are of great importance in reservoir exploration and ...
Development of a three-segment hydraulic model for cuttings transport in horizontal and deviated wells.
(2001)
This study describes the model development for each segment, the combination of each model, the solution, and the simulation results of the combined three-segment model. To ensure a comprehensive understanding of the effects ...
Hydraulic fracturing of poorly consolidated formations: Considerations on rock properties and failure mechanisms.
(2005)
This dissertation addresses the issue of hydraulic fracturing stimulation of poorly consolidated formations. First, a complete review about the mechanical properties of such formations was performed. Typical ranges of ...
Modeling interporosity flow for improved simulation of naturally fractured reservoirs.
(2002)
Results from the numerical examples presented in this study indicate that the physical phenomena considered in the present model would predict shorter water breakthrough times and less oil recovery from the matrix, compared ...