ABSTRACT In the last decade pressure drop correlations for two-phase flow in wells have moved away from empirical correlations to being increasingly based on the description of physical characteristics of the flow. Two of these correlations, Ansari and Drift Flux were evaluated in our in-house wellbore simulator Geoflow for use in calculating deliverability curves, pressure gradient and fluid velocity in geothermal wellbore calculations. It was observed that the Ansari correlation gave discontinuities in pressure profiles as well as in deliverability curves. The Drift Flux model offers a simpler and more robust alternative that compares favorably to data from geothermal wells
Abstract. Advancement of implementation of single fluid volume element (SFVE) method in geothermal w...
Geothermal Inflow Performance Relationships (GIPR) may be used to estimate formation permeability, b...
Economic optimisation of the Ohaaki Geothermal Field dual-flash system indicated the requirement to ...
ABSTRACT Simulation of two-phase flow in geothermal wellbores requires use of empirical correlations...
Increased confidence in the predictive power of two-phase correlations is a vital part of wellbore d...
In this paper we present some basic concepts of two-phase flow and review the Orkiszewski (1967) cor...
The goal of the projects is to estimate a correlation of slip ratio between gas-and liquid velocity ...
A detailed parametric study of the major variables that affect the pressure profile in the geotherma...
This temperature-drop model is formulated as an answer to the question, ''How much further up the we...
A general wellbore flow model, which incorporates not only frictional, accelerational and gravitatio...
The problem of two-phase flow pressure loss is examined in order to give an answer to the problem of...
The Statfjord Field has entered a drainage strategy where the reservoir will be depleted such that g...
The correct application of geothermal wellbore flow simulators is a useful tool since their adequate...
Predicting accurate temperature profiles in flowing wells can greatly improve the design of producti...
Quantitative information on the phenomena occuring during the upward flow of a geothermal fluid in w...
Abstract. Advancement of implementation of single fluid volume element (SFVE) method in geothermal w...
Geothermal Inflow Performance Relationships (GIPR) may be used to estimate formation permeability, b...
Economic optimisation of the Ohaaki Geothermal Field dual-flash system indicated the requirement to ...
ABSTRACT Simulation of two-phase flow in geothermal wellbores requires use of empirical correlations...
Increased confidence in the predictive power of two-phase correlations is a vital part of wellbore d...
In this paper we present some basic concepts of two-phase flow and review the Orkiszewski (1967) cor...
The goal of the projects is to estimate a correlation of slip ratio between gas-and liquid velocity ...
A detailed parametric study of the major variables that affect the pressure profile in the geotherma...
This temperature-drop model is formulated as an answer to the question, ''How much further up the we...
A general wellbore flow model, which incorporates not only frictional, accelerational and gravitatio...
The problem of two-phase flow pressure loss is examined in order to give an answer to the problem of...
The Statfjord Field has entered a drainage strategy where the reservoir will be depleted such that g...
The correct application of geothermal wellbore flow simulators is a useful tool since their adequate...
Predicting accurate temperature profiles in flowing wells can greatly improve the design of producti...
Quantitative information on the phenomena occuring during the upward flow of a geothermal fluid in w...
Abstract. Advancement of implementation of single fluid volume element (SFVE) method in geothermal w...
Geothermal Inflow Performance Relationships (GIPR) may be used to estimate formation permeability, b...
Economic optimisation of the Ohaaki Geothermal Field dual-flash system indicated the requirement to ...