The thermal conductivity of rocks is a property necessary to be determined at the beginning of the exploitation of oil and gas deposits, both for the design of secondary extraction (hot water injection, steam) and for the development of tertiary extraction technologies (CO2 injection, injection flue gas, and initiation of underground combustion). In this chapter, we present a new method for determining the thermal conductivity of rocks and we also analyzed the relationships between this parameter and the properties of oil and gas collector rocks (density, porosity)
Data on thermal properties of rocks such as thermal conductivity (λ), thermal diffusivity (α), speci...
A correlation is developed to predict thermal conductivity of drill cores from the Los Azufres geoth...
The determination of correlation between thermal conductivity and structural parameters (porosity, p...
Thermal conductivity or heat flow studies in geological studies currently become the significant in...
In the exploitation of oil and gas reservoirs, thermal conductivity is the property of greatest impo...
Thermal conductivity is the property of material to conduct heat. Hence in mining industry, to deal ...
International audienceIn geothermic studies, the thermal conductivity (TC) is an essential parameter...
An accurate prediction of the thermal conductivity of reservoir rocks in the subsurface is extremely...
Measurement of thermal conductivity of rocks is important to understand the thermal properties of ea...
This report discusses the research that has been done on order to understand Thermal Conductivity o...
The thermal conductivities of most major rock-forming minerals vary with both temperature and confin...
Reliable geothermal data are required for basin and petroleum system modeling. The essential shortco...
In this paper, a method for determining the thermal conductivity of in situ formation rock, which co...
The determination of correlation between thermal conductivity and structural parameters (porosity, p...
Energy related geo-systems involve a wide range of engineering solutions from energy piles to energy...
Data on thermal properties of rocks such as thermal conductivity (λ), thermal diffusivity (α), speci...
A correlation is developed to predict thermal conductivity of drill cores from the Los Azufres geoth...
The determination of correlation between thermal conductivity and structural parameters (porosity, p...
Thermal conductivity or heat flow studies in geological studies currently become the significant in...
In the exploitation of oil and gas reservoirs, thermal conductivity is the property of greatest impo...
Thermal conductivity is the property of material to conduct heat. Hence in mining industry, to deal ...
International audienceIn geothermic studies, the thermal conductivity (TC) is an essential parameter...
An accurate prediction of the thermal conductivity of reservoir rocks in the subsurface is extremely...
Measurement of thermal conductivity of rocks is important to understand the thermal properties of ea...
This report discusses the research that has been done on order to understand Thermal Conductivity o...
The thermal conductivities of most major rock-forming minerals vary with both temperature and confin...
Reliable geothermal data are required for basin and petroleum system modeling. The essential shortco...
In this paper, a method for determining the thermal conductivity of in situ formation rock, which co...
The determination of correlation between thermal conductivity and structural parameters (porosity, p...
Energy related geo-systems involve a wide range of engineering solutions from energy piles to energy...
Data on thermal properties of rocks such as thermal conductivity (λ), thermal diffusivity (α), speci...
A correlation is developed to predict thermal conductivity of drill cores from the Los Azufres geoth...
The determination of correlation between thermal conductivity and structural parameters (porosity, p...