The left image is distinguished drilling export. In container with red meat distinguished drilling,

This picture shows how it is possible to generate electricity by hot fluids from drilling steam properties a geothermal reservoir. I think it is good to make a simple and understandable presentation of how it is possible to know all about what kind of facilities are talking about.
The left image is distinguished drilling export. In container with red meat distinguished drilling, aka 'liquors'. From the top of the tank leaving superheated steam (without moisture or other contaminants) and is guided to the turbine which drives the generator that produces the electricity. Then, the steam (orange color) with low thermorkasia longer exits from the turbine is led to the heat / cooling step wherein the tower and condenses (blue color) and is driven back into the reservoir along with the mother liquors (orange color). This simple procedure is schematically not simple in practice. And it will clear up below ...
Principle and not to accuse us as anti-development and conservatives should emphasize how this type of energy steam properties source, is the sum of Renewable most reliable in the sense of how stable and produces energy with 'consistency' not as affected by weather metavolles such as wind or photovoltaic energy. Thus can operate autonomously without the need for support of gensets (diesel engines with generators) steam properties to maintain constant the output load.
Furthermore, geothermal energy, except for the production of power, the final degraded form, i.e. when the temperature is low, can be used for agricultural crops, domestic refrigeration, heating and baths. This way of operating in each case we find agreement on the development and coverage respective steam properties energy needs of Nisyros. steam properties
Geothermal production facilities are admittedly 'cleaner' than comparable conventional using organic fuels (oil, lignite). However not alter the fact that there are inevitably small or big impact on the surrounding environment during operation. The main environmental problems of the utilization of geothermal energy are summarized in the release of hazardous and odorous gases during the drilling phase (as mentioned above, hydrogen sulfide, ammonia, carbon monoxide), and the problems of disposal of produced as a byproduct of the production process of brine.
On the issue of emission of harmful gases, there are technological solutions (units capture hydrogen sulfide) that may actually reduce the rates of these gases to undetectable levels, with economic cost that varies by case and associated either with the initial installation steam properties and maintenance, or their operation is relatively high.
Nevertheless, the concern is obvious since in existing conventional power plants in Greece steam properties (lignite power stations) have taken modern anti-pollution measures because of their high cost. At these stations, which is one of the most polluting in Europe, despite the wealth of recommendations by the European Environment Agency, rarely used applications to significantly reduce air pollutants, although there are many technologies are available, but unfortunately quite expensive. Of course, dodging responsibility and local communities which were in agreement what initially create stations ...
The chemical analysis of the drilling fluid in Nisyros showed elements like boron, sodium, calcium, dyoxeidio silicon, hydrogen sulfide and carbon steam properties monoxide in, the last two in significant concentrations by weight. It is worth noting that many of these are heavy metals, the careless steam properties disposal of which the environment can, in the long term (20-30 years), can cause serious health problems and carcinogenicity in the respiratory, circulatory, nervous system, but and liver.
The problem that arises is clearly spatial. The proximity of the proposed location of the plant with Nikia (about 3km), assisted and weather conditions make the village vulnerable to such programs, whose effects, admittedly, steam properties would be negligible at a facility anywhere else in the world, away from residential steam properties areas.
Contingencies will need high voltage steam properties transmission network, with all that this implies for the landscape (large pillars transfer facility) and levels of electromagnetic radiation is particularly high along the network.
Geothermal energy is not a 'clean' source of energy in the conventional sense - such as solar or wind. This is because as a key byproduct of the production process produced liquid alm