Add to ORKGA mathematical model is developed for fluid and heat flow in two-phase geothermal reservoirs containing non-condensible gas (CO,). Vertical profiles of temperature, pressures and phase saturations in steady-state condi-tions are obtained by numerically integrating the cou-pled ordinary differential equations describing conse rm tion of water, CO,, and energy. Solutions including binary diffusion effects in the gas phase are generated for cases with net mass throughflow as well as for balanced liquid-vapor counterflow. Calculated examples illustrate some fundamental characteristics of two-phase heat transmission systems with non-condensible gas
Global warming and reducing fossil fuel resources have increased the interest in using renewable res...
This temperature-drop model is formulated as an answer to the question, ''How much further up the we...
Samstarfsverkefni HR og HÍLiquid dominated reservoirs are a common type of hydrothermal reservoirs. ...
A mathematical model is developed for fluid and heat flow in two-phase geothermal reservoirs contain...
Quantitative information on the phenomena occuring during the upward flow of a geothermal fluid in w...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
This paper presents a study of three liquid dominate geothermal reservoir systems. The effect of pro...
Numerous investigators have pursued development of large-scale two-phase digital simulation models o...
Water injection has been recognized as a powerful technique for enhancing energy recovery from vapo...
Most geothermal systems under exploitation for direct use or electrical power production are of the ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
An experimental simulation of an actual steam-water geothermal well based on field data obtained in ...
Recently, an amount of methane was produced with hot water in the Ammerlaan geothermal field. The pr...
The effects of initial water saturation on well characteristics in two-phase geothermal reservoirs w...
An analytical model was developed in this study for predicting the dynamic temperature profile in na...
Global warming and reducing fossil fuel resources have increased the interest in using renewable res...
This temperature-drop model is formulated as an answer to the question, ''How much further up the we...
Samstarfsverkefni HR og HÍLiquid dominated reservoirs are a common type of hydrothermal reservoirs. ...
A mathematical model is developed for fluid and heat flow in two-phase geothermal reservoirs contain...
Quantitative information on the phenomena occuring during the upward flow of a geothermal fluid in w...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
This paper presents a study of three liquid dominate geothermal reservoir systems. The effect of pro...
Numerous investigators have pursued development of large-scale two-phase digital simulation models o...
Water injection has been recognized as a powerful technique for enhancing energy recovery from vapo...
Most geothermal systems under exploitation for direct use or electrical power production are of the ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
An experimental simulation of an actual steam-water geothermal well based on field data obtained in ...
Recently, an amount of methane was produced with hot water in the Ammerlaan geothermal field. The pr...
The effects of initial water saturation on well characteristics in two-phase geothermal reservoirs w...
An analytical model was developed in this study for predicting the dynamic temperature profile in na...
Global warming and reducing fossil fuel resources have increased the interest in using renewable res...
This temperature-drop model is formulated as an answer to the question, ''How much further up the we...
Samstarfsverkefni HR og HÍLiquid dominated reservoirs are a common type of hydrothermal reservoirs. ...