Reservoir characterization thesis

A Machine Learning Approach Authors: Reservoir Characterization RC can be defined as the act of building a reservoir model that incorporates all the characteristics of the reservoir that are pertinent to its ability to store hydrocarbons and also to produce them. It is a difficult problem due to non-linear and heterogeneous subsurface properties and associated with a number of complex tasks such as data fusion, data mining, formulation of the knowledge base, and handling of the uncertainty.

Reservoir characterization thesis

Ritts Abstract Outcrop and petrographic studies of the Eocene Green River and Colton formations in the Uinta basin, Utah, document the facies architecture and heterogeneity characteristic of lacustrine reservoirs. A southwest-northeast transect of Eocene strata in the Uinta basin records three main marginal lacustrine depositional environments: Heterogeneity exists between and within individual depositional systems.

Reservoir rocks of Outcrops One and Two the flu vial facies of the Colton Formation and the deltaic facies of the Green River Formation, respectively consist of 2 to 18 m thick lenticular, tabular, or undulatory channel-fill, distributary channel, and distributary mouth bar deposits that are partially to entirely compartmentalized, or encased, by mudstone units.

Small-scale heterogeneity exists within these sand bodies in the form of mud chip lag surfaces, large mud clast horizons, and discontinuous finer-grained beds. These features add complexity to the systems by reducing flow transmissibility or acting as flow baffles.

Reservoir characterization thesis

The complex heterogeneity characteristic of these reservoir analogs confirms the need for detailed reservoir characterization studies on all scales in order to improve exploration and production efficiency in such systems.

Outcrop Three the wave-dominated facies of the Green River Formation is dominated by thinner 2 to 4 m tabular and laterally extensive offshore bar deposits that are compartmentalized by mudstone units. Large-scale heterogeneity is minimized in these reservoir analogs, in that sand bodies exhibit excellent lateral continuity and less complex amalgamation.

Therefore, documentation of the smaller-scale heterogeneities similar to those mentioned in the previous two outcrops is necessary to better address exploration and production potential in these types of reservoirs. Data collected in this study were utilized in geostatistical simulations and fluid flow models in an attempt to document the effects of reservoir heterogeneity on hydrocarbon exploration and production efficiency in lacustrine basins.

Further studies of this type are necessary if predictable classification systems and hierarchies of bounding surfaces are to be derived for lacustrine reservoirs.

All Graduate Theses and Dissertations./ Upper Onion Creek Dye Trace Study. Preliminary Report. GMA9 Hutchison Report Comparison of Groundwater Monitoring Data with Groundwater Model Results. Presentation for the Desired Future Condition Process for Groundwater Management Area 9 – Trinity Aquifer.

On the Characterization of Unconventional Oil Reservoirs | CSEG RECORDER

Hydrogeologic Folio Atlas of the Hill Country . Characterization of Fractured Reservoirs Reliable, predictive models to optimize movement which impact reservoir characterization, and ultimately, production performance and total recovery.

fractured reservoir is unique, the combination of our experience. A reservoir characterization study is a part of the development of a reservoir model.

This article describes each of the basic elements involved in a reservoir characterization study. RESERVOIR CHARACTERIZATION AND RESERVOIR MODELING IN THE NORTHWESTERN PART OF HASSI MESSAOUD FIELD ALGERIA A Thesis Submitted to the Graduate Iinstitut.

Reservoir characterization thesis

Petroleum Geology and Reservoir Characterization of the Upper Devonian Gordon Sandstone, Jacksonburg-Stringtown Oil Field, Northwestern West Virginia. 89 CHAPTER - 5 EN Series Steels Surface finish and surface hardness of the components play vital role in quality of products/components, in general and failure.