Geothermal Field Articles & Analysis
11 articles found
The known geothermal map was created based on the range of existing technologies to specify where geothermal can be accessed. ...
The central energetic component is a geothermal field consisting of 2,400 running m boreholes, which serves as a seasonal buffer for the building's waste heat. Free re-cooling regenerates the soil thermally if necessary and ensures the permanent system function. In this way, the geothermal field can also be used for free, direct ...
In the cafeteria and atrium, underfloor heating is also installed, which can also be used for cooling in summer. A geothermal field with 50 geothermal boreholes and a depth of 100 m / 328 f covers a large part of the building's heating and cooling requirements with the help of a reversible heat pump. ...
In 2018, ADEME and BRGM decided to focus on increasing the visibility of geothermal energy. First of all, this involves uniting the organisations that are promoting geothermal energy around an “advocacy campaign” for surface geothermal energy and then also of increasing the visibility of geothermal energy on the ...
ByBRGM
This is an R&D project which will build and test a new field-scale thermoelectric generator (TEG) at our Bottle Rock Power geothermal facility near Cobb, California. ...
” The biggest challenge for enhanced geothermal is the fact that getting to this hot rock requires drilling many kilometers below the surface, injecting fluid and extracting it once it’s hot, none of which is cheap.Conventional geothermal is not without its environmental problems: New Zealand has experienced subsidence around several of its ...
ByEnsia
More than 11,000 solar panels have been installed at Lincoln Financial Field, the home of the National Football League’s Philadelphia Eagles. ...
From my perspective I am interested in how operators or modelers characterize, simulate and optimize a geothermal field. Coming to Stanford I was looking to see what research was taking place that would allow operators to optimize their fields. ...
In order to accurately describe the geothermal field within a basin, it is necessary to divide it into the normal geothermal field and additional geothermal field. ...
This work develops a model of the geothermal field in the Nea Kessani region (Greece) by means of the Bayesian maximum entropy (BME) method, which describes the temperature variations across space in the underground geological formations. The geothermal field is formed by a thermal reservoir consisting of arcosic sandstones. ...
Greece has a lot of geothermal energy fields. Due to legal inefficiencies, the exploitation of this renewable energy source remains at very low levels. In this work, the operation of a cogeneration (hot water and electricity) geothermal plant that could be built in Eratino, Greece, is analysed. The research on the development of a low enthalpy ...