The main objective of this work was to use a compositional simulation to better understand and analyze the well test data of gas condensate reservoirs. The focus of the research was on accurately interpreting the well test data for a gas condensate well applying the pseudo-pressure transient method. Single- or multi-phase analysis based on pseudo-pressure function has been used to analyze well test data. Both methods rely on the availability of producing gas-oil ratio data. Compositional simulation can be used in conjunction with the unusual phenomena in gas condensate reservoirs such as non-Darcy effect and dependence of relative permeability on flow...
Naturally fractured reservoirs (NFR) represent an important percentage of worldwide hydrocarbon rese...
© 2014. Production analysis models incorporating appropriate transport mechanisms in porous media ar...
This paper presents an alternative semi-analytical model which is able to integrate PVT properties o...
Gas condensate reservoirs are actually gas reservoirs but as pressure declines with depletion, reser...
In gas-condensate reservoirs when the pressure falls below the dewpoint pressure, liquid drop out an...
Gas condensate Reservoirs show complicated thermodynamic behavior when their pressure reduces to und...
The theoretical basis for the analysis of well test data presented in this study is the use of a pse...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This study examines the benefits of using two-phase pseudo-pressure in three areas: (1) rate depende...
The complex behavior exhibited by gas condensate reservoirs due to the existence of a two-phase syst...
The complex behavior exhibited by gas condensate reservoirs due to the existence of a two-phase syst...
AbstractTechniques of production data analysis for single-phase oil and gas reservoirs have advanced...
Gas condensate reservoirs have more complicated performance than other categories because possessing...
This thesis discusses characterization of volatile oil reservoirs using well test analysis. For this...
This study investigates near-wellbore effects during well testing in low permeability, single- and m...
Naturally fractured reservoirs (NFR) represent an important percentage of worldwide hydrocarbon rese...
© 2014. Production analysis models incorporating appropriate transport mechanisms in porous media ar...
This paper presents an alternative semi-analytical model which is able to integrate PVT properties o...
Gas condensate reservoirs are actually gas reservoirs but as pressure declines with depletion, reser...
In gas-condensate reservoirs when the pressure falls below the dewpoint pressure, liquid drop out an...
Gas condensate Reservoirs show complicated thermodynamic behavior when their pressure reduces to und...
The theoretical basis for the analysis of well test data presented in this study is the use of a pse...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This study examines the benefits of using two-phase pseudo-pressure in three areas: (1) rate depende...
The complex behavior exhibited by gas condensate reservoirs due to the existence of a two-phase syst...
The complex behavior exhibited by gas condensate reservoirs due to the existence of a two-phase syst...
AbstractTechniques of production data analysis for single-phase oil and gas reservoirs have advanced...
Gas condensate reservoirs have more complicated performance than other categories because possessing...
This thesis discusses characterization of volatile oil reservoirs using well test analysis. For this...
This study investigates near-wellbore effects during well testing in low permeability, single- and m...
Naturally fractured reservoirs (NFR) represent an important percentage of worldwide hydrocarbon rese...
© 2014. Production analysis models incorporating appropriate transport mechanisms in porous media ar...
This paper presents an alternative semi-analytical model which is able to integrate PVT properties o...