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Improved Oil Recovery by Chemical Flooding at the University of Texas
Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by Chemical Flooding at the University of Texas DOE/BC/10841-10 -
Improving Oil Recovery By Chemical Flooding
DOE/BC/10841-5 -
On the use of pressure and tracer test data for reservoir description
This study compares well-to-well tracer test and transient pressure test responses in a 5-spot pattern with permeability variations to examine: (a) the sensitivity of test... -
MODELING OF SURFACTANT TRANSPORT AND ADSORPTION
Surfactant concentration is one of the important factors in determining foam generation and propagation.When surfactant solutionis flowing in a reservoir formation, surfactants... -
Numerical-model developments for stimulation technologies in the Eastern Gas...
These efforts were directed towards the development of a numerical tensile failure model that could be used to make a parameter sensitivity study of the EGSP wellbore... -
Simulator for unconventional gas resources multi-dimensional model SUGAR-MD....
The Department of Energy, Morgantown Energy Technology Center, has been supporting the development of flow models for Devonian shale gas reservoirs. The broad objectives of this... -
Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by...
DOE/BC/10841-15 Modeling and Optimizing Surfactant Structure to Improve Oil Recovery by Chemical Flooding at the University of Texas--Final Report -
DATA REQUIREMENTS FOR EOR SURFACTANT-POLYMER PROCESS SIMULATION AND ANALYSIS...
Data for the high-water-content process portion of the El Dorado Micellar-Polymer Demonstration Project were assessed relevant to evaluation of the project by numerical... -
Quantifying Interwell Heterogeneity in Reservoir Modeling
DOE/BC/14893-6 -
Numerical Modeling of Massive Hydraulic Fractures, First Annual Report;...
Numerical Modeling of Massive Hydraulic Fractures, First Annual Report; September 1980-August 1981 -
Selected mathematical methods for reservoir characterization:...
Mathematical and statistical methods currently used in improved descriptions of oil reservoirs are surveyed. These methods are used as follows: (1) to discriminate between... -
New and improved dispersion and recovery techniques for slurry phase catalysis. 1984
A mathematical model has been developed for predicting the effects of various parameters such as recycle rate, permanent and temporary deactivation rate constants on catalyst... -
FRACGEN and NFFLOW version 14.9
FRACGEN/NFFLOW is a DOE sponsored project to simulate the behavior of tight, fractured, strata-bound reservoirs that arise from irregular, discontinuous, or clustered networks... -
Coal and Shale Adsorption Isotherm Database read-me
A useful document to accompany the "Coal and Shale Adsorption Isotherm Database". Provides explanation of some data and how it was used. -
Numerical Modeling of Massive Hydraulic Fractures, Annual Report; July 1983
Numerical Modeling of Massive Hydraulic Fractures, Annual Report; July 1983 -
Data requirements for EOR surfactant-polymer process simulation and analysis...
The results of computer simulation of the El Dorado surfactant-polymer EOR pilot project, Butler County, Kansas indicated that conventional data from the project and other data... -
Distributed Generation Market Demand (dGen) model
The Distributed Generation Market Demand (dGen) model simulates customer adoption of distributed energy resources (DERs) for residential, commercial, and industrial entities in... -
Most Likely Extreme Response Analysis of an Ellipsoid Float Wave Energy Converter
Input data and heave results (unsteady RANS-VOF overset simulations performed in Star-CCM+) for a float with an ellipsoid geometry. Five extreme sea states were considered, as... -
Portland DDU Feasibility Study: The Spatial and Temporal Evolution of the...
The Portland and Tualatin basins are part of the Puget-Willamette Lowland in the Cascadia forearc of Oregon and Washington. The Coast Range to the west has undergone Paleogene...