Abstract
The aim of this study is to acquaint the reader with the essential physical and production properties of the Sandrovac oil field. Extreme containment of carbon dioxide in fluids was encountered. Ranging in some places to 80%, this greatly influences physical properties of saturating fluids, and requires the study of the closest association of the content of carbon dioxide and physical parameters of fluids. At the same time, it enables the application of a qualitatively new and very efficient method of increasing the fluid recovery method of oil displacement by carbon dioxide. Principles and methods of calculating and processing the PVT data, capillary pressure, fluid saturations, relative permeabilities, and material balance calculations for tectonic blocks and hydrodynamic units, are given. (11 refs.)
Citation Formats
Krizmanic, K, and Peric, M.
Influence of carbon dioxide on the fluid properties and calculation of initial oil in place of the Sandrovac field.
Yugoslavia: N. p.,
1973.
Web.
Krizmanic, K, & Peric, M.
Influence of carbon dioxide on the fluid properties and calculation of initial oil in place of the Sandrovac field.
Yugoslavia.
Krizmanic, K, and Peric, M.
1973.
"Influence of carbon dioxide on the fluid properties and calculation of initial oil in place of the Sandrovac field."
Yugoslavia.
@misc{etde_5005071,
title = {Influence of carbon dioxide on the fluid properties and calculation of initial oil in place of the Sandrovac field}
author = {Krizmanic, K, and Peric, M}
abstractNote = {The aim of this study is to acquaint the reader with the essential physical and production properties of the Sandrovac oil field. Extreme containment of carbon dioxide in fluids was encountered. Ranging in some places to 80%, this greatly influences physical properties of saturating fluids, and requires the study of the closest association of the content of carbon dioxide and physical parameters of fluids. At the same time, it enables the application of a qualitatively new and very efficient method of increasing the fluid recovery method of oil displacement by carbon dioxide. Principles and methods of calculating and processing the PVT data, capillary pressure, fluid saturations, relative permeabilities, and material balance calculations for tectonic blocks and hydrodynamic units, are given. (11 refs.)}
journal = []
volume = {24:1}
journal type = {AC}
place = {Yugoslavia}
year = {1973}
month = {Jan}
}
title = {Influence of carbon dioxide on the fluid properties and calculation of initial oil in place of the Sandrovac field}
author = {Krizmanic, K, and Peric, M}
abstractNote = {The aim of this study is to acquaint the reader with the essential physical and production properties of the Sandrovac oil field. Extreme containment of carbon dioxide in fluids was encountered. Ranging in some places to 80%, this greatly influences physical properties of saturating fluids, and requires the study of the closest association of the content of carbon dioxide and physical parameters of fluids. At the same time, it enables the application of a qualitatively new and very efficient method of increasing the fluid recovery method of oil displacement by carbon dioxide. Principles and methods of calculating and processing the PVT data, capillary pressure, fluid saturations, relative permeabilities, and material balance calculations for tectonic blocks and hydrodynamic units, are given. (11 refs.)}
journal = []
volume = {24:1}
journal type = {AC}
place = {Yugoslavia}
year = {1973}
month = {Jan}
}