The correct application of geothermal wellbore flow simulators is a useful tool since their adequate calibration and use often avoids the need to perform costly experimental PTQ logs inside geothermal wells. Two existing wellbore flow simulators, GEOPOZO and WELFLO, were used to obtain pressure and temperature profiles and the results were compared with experimentally measured PT logs in well Az-19 from the Los Azufres, Mexico, geothermal field. PT logs were run using high-precision electronic logging equipment. Comparison of experimentally measured and computed PT profiles shows a maximum error of 3.2% for the pressure profile obtained with the WELFLO simulator
Temperature changes of wells are analyzed in this Thesis. Wells need to be designed for all planned ...
Boreholes under operation conditions typify a highly non-linear and complexly coupled thermo-hydraul...
Hydrocarbon reserves are generally produced through wells drilled into reservoir pay zones. During p...
Prediction of the wellbore fluids and formation temperatures is crucial during drilling operation, e...
Increased confidence in the predictive power of two-phase correlations is a vital part of wellbore d...
none7siA crucial aspect of geothermal reservoir engineering is the performance and interpretation of...
This report deals primarily with the analysis of the required parameters, focusing on the various pr...
This report describes three multi-component, multi-feedzone geothermal wellbore simulators developed...
This study developed numerical model to predict the flowing wellbore temperature profile (FWTP) of i...
ABSTRACT Simulation of two-phase flow in geothermal wellbores requires use of empirical correlations...
none7siAvailable online 3 July 2017In the geothermal sector, being able to simulate production tests...
In order to assess the thermo-hydraulic modelling capabilities of various geothermal simulators, a c...
The simulator SHAFT79 of Lawrence Berkeley Laboratory has been applied to field-wide distributed par...
A wellbore pressure – temperature (p-T) model for geothermal wells with multiple feed zones is prese...
With the recent development of temperature measurement systems, continuous temperature profiles can ...
Temperature changes of wells are analyzed in this Thesis. Wells need to be designed for all planned ...
Boreholes under operation conditions typify a highly non-linear and complexly coupled thermo-hydraul...
Hydrocarbon reserves are generally produced through wells drilled into reservoir pay zones. During p...
Prediction of the wellbore fluids and formation temperatures is crucial during drilling operation, e...
Increased confidence in the predictive power of two-phase correlations is a vital part of wellbore d...
none7siA crucial aspect of geothermal reservoir engineering is the performance and interpretation of...
This report deals primarily with the analysis of the required parameters, focusing on the various pr...
This report describes three multi-component, multi-feedzone geothermal wellbore simulators developed...
This study developed numerical model to predict the flowing wellbore temperature profile (FWTP) of i...
ABSTRACT Simulation of two-phase flow in geothermal wellbores requires use of empirical correlations...
none7siAvailable online 3 July 2017In the geothermal sector, being able to simulate production tests...
In order to assess the thermo-hydraulic modelling capabilities of various geothermal simulators, a c...
The simulator SHAFT79 of Lawrence Berkeley Laboratory has been applied to field-wide distributed par...
A wellbore pressure – temperature (p-T) model for geothermal wells with multiple feed zones is prese...
With the recent development of temperature measurement systems, continuous temperature profiles can ...
Temperature changes of wells are analyzed in this Thesis. Wells need to be designed for all planned ...
Boreholes under operation conditions typify a highly non-linear and complexly coupled thermo-hydraul...
Hydrocarbon reserves are generally produced through wells drilled into reservoir pay zones. During p...