It is important to develop a regional hydrogeological model to identify possible recharge and discharge areas for a sustainable use of a geothermal reservoir. The Los Humeros geothermal area is situated within five surficial watersheds and coveres an area of more than 15.000 km2. A total of 208 well and spring samples were collected between June 2017 and November 2018. The stable isotope data for this region define a regression line of δDH2O = 8.032·δ18O + 12 and indicate that groundwater is recharged by regional precipitation. At least 39 groundwater wells, with a maximum temperature of 35 °C, show temperatures above the reported mean average surface temperature of 15 °C. Characteristic elements for geothermal reservoir fluids (B, Li, As) ...
Isotopic investigations combined with geothermal applications represent powerful tools for the explo...
Thermal springs with a maximum measured temperature of 89°C discharge hot water and gas from a depth...
In this paper we present surface water oxygen (δ18O), hydrogen (δD) and inorganic carbon (δ13CDIC) i...
Environmental isotope tracers have been a useful tool in providing new insights into hydrologic proc...
Geothermal power in Mexico is mainly produced in four geothermal fields operated by the Comision Fed...
The local basement of Los Humeros geothermal field is a Paleozoic metamorphic complex, a Mesozoic fo...
Groundwater from the La Paz arid coastal aquifer in Baja California, Mexico, is essentially the only...
Water isotopes have been used for building our current understanding of the distribution and amounts...
AbstractBased on a total of 135 stable isotope analysis (δ18O, δD) carried out on surface and ground...
Groundwater chemistry and isotopic data from 40 production wells in the Atemajac and Toluquilla vall...
Los Humeros, located in the East of the Mexican central highland, is the third most important geothe...
The Los Humeros geothermal field is located on the eastern side of central Mexico approximately 25 k...
Geochemical research was carried out on cold and hot springs at Popocatepetl (Popo) volcano (Mexico)...
In this study, the chemical and isotopic composition of thermo-mineral springs from the Rosario de l...
The geochemical evolution of groundwaters along a 24 km flow beneath Central Mexico City path from t...
Isotopic investigations combined with geothermal applications represent powerful tools for the explo...
Thermal springs with a maximum measured temperature of 89°C discharge hot water and gas from a depth...
In this paper we present surface water oxygen (δ18O), hydrogen (δD) and inorganic carbon (δ13CDIC) i...
Environmental isotope tracers have been a useful tool in providing new insights into hydrologic proc...
Geothermal power in Mexico is mainly produced in four geothermal fields operated by the Comision Fed...
The local basement of Los Humeros geothermal field is a Paleozoic metamorphic complex, a Mesozoic fo...
Groundwater from the La Paz arid coastal aquifer in Baja California, Mexico, is essentially the only...
Water isotopes have been used for building our current understanding of the distribution and amounts...
AbstractBased on a total of 135 stable isotope analysis (δ18O, δD) carried out on surface and ground...
Groundwater chemistry and isotopic data from 40 production wells in the Atemajac and Toluquilla vall...
Los Humeros, located in the East of the Mexican central highland, is the third most important geothe...
The Los Humeros geothermal field is located on the eastern side of central Mexico approximately 25 k...
Geochemical research was carried out on cold and hot springs at Popocatepetl (Popo) volcano (Mexico)...
In this study, the chemical and isotopic composition of thermo-mineral springs from the Rosario de l...
The geochemical evolution of groundwaters along a 24 km flow beneath Central Mexico City path from t...
Isotopic investigations combined with geothermal applications represent powerful tools for the explo...
Thermal springs with a maximum measured temperature of 89°C discharge hot water and gas from a depth...
In this paper we present surface water oxygen (δ18O), hydrogen (δD) and inorganic carbon (δ13CDIC) i...