Abstract: . . .  and economic parameters. The developed version of the model can be translated into any system, within the geothermal utilization or besides. The wide publicity and the initiation of end-users will help to develop the . . .
. . .  www.geothermalpower.net Page 3 Discussion With the help of the feasibility model in question, the viability of a mini-power plant to be constructed in a given place is quickly and clearly definable based on geological, technical, . . .
. . .  will be traceable via the project website. Acknowledgements Acknowledgements are due other partners of the project, namely: Zoltán György, Aquaplus Ltd, Hungary Markus Mattl, Bluewaters Environmental Engineering, Austria . . .
. . .  Geothermal Power Project 2003-2004, Energy Framework Programme – ALTENER II Page 1 Geothermal Power Project 2003-2004, Energy Framework Programme – ALTENER II László Ádám 1 , Krisztián Edocs 2 and Einar Tjörví Elíasson . . .
. . .  explored, and the geothermal wells are frequent. Otherwise based on the country report, the utilization of the energy resources in Hungary is significantly underdeveloped in spite of the good natural conditions of the country. . . .
. . .  GEOTHERMAL POWER proposal was submitted to the call of ALTENER II in April 2002. ALTENER II is part of the Energy Framework Programme, which is managed by the European Commission's Directorate-General for Energy and Transport. . . .
. . .  proposal was submitted to the call of ALTENER II in April 2002. ALTENER II is part of the Energy Framework Programme, which is managed by the European Commission's Directorate-General for Energy and Transport. ALTENER . . .
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