The Seltjarnarnes geothermal field in Iceland has been exploited for space heating for the last 16 years. A model of the field has been developed that integrates all available data. The model has been calibrated against the flow rate and pressure decline histories of the wells and the temperature and chemical changes of the produced fluids. This has allowed for the estimation of the permeability and porosity distribution of the system, and the volume of the hot reservoir. Predictions of future reservoir behavior using the model suggest small pressure and temperature changes, but a continuous increase in the salinity of the fluids produced. 10 figs., 23 refs
The Thelamork low-temperature geothermal system in N-Iceland has for the last decade been considered...
A 70-year history of continuous hot water production from low temperature fields within and around t...
Conceptual and numerical modelling of geothermal systems has become an invaluable tool in the succes...
The Ölfus-Bakki geothermal area in SW Iceland is located in the S and SE margins of the high-enthalp...
The Hágöngur geothermal area in Central Iceland is among the larger geothermal areas of the country....
The Nesjavellir geothermal system in southern Iceland is very complex from both a thermal and hydrol...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
Geothermal energy provides more than one third of the energy consumed in Iceland. Its primary use is...
The Nesjavellir High Temperature Geothermal Field is located in the Northern part of the Hengill Geo...
There have been two major high-temperature geothermal field developments in Iceland in the last deca...
The Krafla geothermal field in northeastern Iceland consists of several zones, which contain fluids ...
A detailed three-dimensional numerical model has been developed for the low-temperature hydrothermal...
A distributed-parameter numerical model of the Námafjall-Bjarnarflag geothermal reservoir has been d...
The Thelamork low-temperature geothermal system in N-Iceland has for the last decade been considered...
A 70-year history of continuous hot water production from low temperature fields within and around t...
Conceptual and numerical modelling of geothermal systems has become an invaluable tool in the succes...
The Ölfus-Bakki geothermal area in SW Iceland is located in the S and SE margins of the high-enthalp...
The Hágöngur geothermal area in Central Iceland is among the larger geothermal areas of the country....
The Nesjavellir geothermal system in southern Iceland is very complex from both a thermal and hydrol...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
The Nesjavellir geothermal field in Iceland is being developed to provide the capital city of Reykja...
Geothermal energy provides more than one third of the energy consumed in Iceland. Its primary use is...
The Nesjavellir High Temperature Geothermal Field is located in the Northern part of the Hengill Geo...
There have been two major high-temperature geothermal field developments in Iceland in the last deca...
The Krafla geothermal field in northeastern Iceland consists of several zones, which contain fluids ...
A detailed three-dimensional numerical model has been developed for the low-temperature hydrothermal...
A distributed-parameter numerical model of the Námafjall-Bjarnarflag geothermal reservoir has been d...
The Thelamork low-temperature geothermal system in N-Iceland has for the last decade been considered...
A 70-year history of continuous hot water production from low temperature fields within and around t...
Conceptual and numerical modelling of geothermal systems has become an invaluable tool in the succes...