000			01279nam a22002777a 4500
999			_c5769 _d5769
001			GENERAL-000866
003			EC-OLADE-CDD
005			20161207092802.0
008			160705b xxu||||| |||| 00| 0 spa d
040			_aOLADE-CDD _cOLADE-CDD
041			_aeng
082			_a621.44 _bL4191
100			_aVan Note, Robert H.
245			_aA cost-effective treatment system for the stabilization of spent geothermal brines
260			_aCalifornia: _bU.S. Department of Energy, _c1978
300			_app. 29-33 _bilustraciones.
500			_aEl artículo es parte de: Second invitational well - testing symposium.
504			_a02841
505			_aIn view of the rising costs for fossil fuel an the realization that such fuel are exhaustible, increasing attention has been focused an the earths heat as a source if energy. It has been estimated that geotermal resources in the United States alone could produce 140.000 megawatts of the equivalent of 140 nuclear generating units. However, there are unsolved problems associatede with utilizing geothermal brines to produce energy.
650			_aEnergía Geotérmica
650			_aFluidos Geotérmicos
651			_aEstados Unidos
700			_aFeatherstone, John L.
700			_aPawlowski, Bernard S.
942			_2ddc _cMON