Please use this identifier to cite or link to this item: http://repositorio.ineel.mx/jspui/handle/123456789/191
QrtzGeotherm: A revised algorithm for quartz solubility geothermometry to estimate geothermal reservoir temperature and vapor fraction with multivariate analytical uncertainty propagation
MAHENDRA PAL VERMA JAISWAL
Acceso Abierto
Artículo
Inglés
2012
The quartz solubility geothermometry to calculate geothermal reservoir temperature and vapor fraction with multivariate analytical uncertainty propagation is programmed as two classes, SiO2TD and QrtzGeotherm in Visual Basic in Visual Studio 2010 (VB.NET). The class, SiO2TD calculates the total discharge concentration, SiO2TD and its uncertainty, SiO2TDErr from the analytical concentration of silica, SiO2msd and uncertainty, SiO2msdErr of separated water, sampled after N-separations of vapor and liquid. The class, QrtzGeotherm uses the following properties as input parameters: (i) HRes reservoir enthalpy (kJ/kg), (ii) HResErr uncertainty in the reservoir enthalpy (kJ/kg), (iii) SiO2TD total discharge silica concentration (ppm), (iv) SiO2TDErr uncertainty in the total discharge silica concentration (ppm) (v) GeoEq number of quartz solubility regression equation, (vi) TempGuess a guess value of the reservoir temperature (1C).
http://repositorio.ineel.mx/jspui/handle/123456789/191
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