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- W2029458918 abstract "Effective thermal conductivity (ETC) of oil-saturated sandstone (porosity 13%) have been measured over a temperature range from (288 to 520) K and at pressures up to 250 MPa with a steady-state parallel-plate apparatus. The expanded uncertainty of thermal conductivity, pressure, and temperature measurements at the 95% confidence level with a coverage factor of k = 2 were estimated to be 2%, 0.05%, and 30 mK, respectively. The estimated uncertainty in ETC measurement does not include the uncertainty due to contact thermal resistance and radiative conductivity. A rapid increase of ETC was found for oil-saturated sandstone at low pressures between (0.1 and 100) MPa along various isotherms. At high pressures (P > 100 MPa) a weak linear dependence of the ETC with pressure was observed. The pressure effect is negligible small after the first 100 MPa where bridging of microcracks or improvement of grain contacts take place. The temperature, ∂lnλ/∂TP, and pressure, ∂lnλ/∂PT, coefficients for oil-saturated sandstone were calculated by using the measured ETC. We interpreted measured ETC data for oil-saturated sandstone using various theoretical models in order to check their accuracy, predictive capability, and applicability. We demonstrated that the combined effect of porosity, temperature, pressure, and fluid saturation can be predicted accurately using a Zimmerman's model. The effect of saturating fluids, structure (size, shape, and distribution of the pores), porosity, and mineralogical composition on temperature and pressure dependences of the ETC of oil-saturated sandstone was discussed." @default.
- W2029458918 created "2016-06-24" @default.
- W2029458918 creator A5018004572 @default.
- W2029458918 creator A5030728073 @default.
- W2029458918 creator A5032910193 @default.
- W2029458918 date "2010-08-01" @default.
- W2029458918 modified "2023-10-02" @default.
- W2029458918 title "Effect of pressure, temperature, and oil-saturation on the thermal conductivity of sandstone up to 250MPa and 520K" @default.
- W2029458918 cites W180632583 @default.
- W2029458918 cites W1971460806 @default.
- W2029458918 cites W1975030108 @default.
- W2029458918 cites W1976870970 @default.
- W2029458918 cites W1978239619 @default.
- W2029458918 cites W1978985103 @default.
- W2029458918 cites W1980076870 @default.
- W2029458918 cites W1982805719 @default.
- W2029458918 cites W1984702731 @default.
- W2029458918 cites W1985261292 @default.
- W2029458918 cites W1986458749 @default.
- W2029458918 cites W1989827746 @default.
- W2029458918 cites W1993038003 @default.
- W2029458918 cites W1994959130 @default.
- W2029458918 cites W1995105573 @default.
- W2029458918 cites W1995752526 @default.
- W2029458918 cites W1995952816 @default.
- W2029458918 cites W1996522891 @default.
- W2029458918 cites W1997945609 @default.
- W2029458918 cites W1998841391 @default.
- W2029458918 cites W1999864360 @default.
- W2029458918 cites W2003228695 @default.
- W2029458918 cites W2007711400 @default.
- W2029458918 cites W2007812899 @default.
- W2029458918 cites W2007958055 @default.
- W2029458918 cites W2010989907 @default.
- W2029458918 cites W2011691252 @default.
- W2029458918 cites W2015148504 @default.
- W2029458918 cites W2015925618 @default.
- W2029458918 cites W2016537601 @default.
- W2029458918 cites W2021065582 @default.
- W2029458918 cites W2021638532 @default.
- W2029458918 cites W2024245272 @default.
- W2029458918 cites W2028313287 @default.
- W2029458918 cites W2029634609 @default.
- W2029458918 cites W2030645740 @default.
- W2029458918 cites W2031281187 @default.
- W2029458918 cites W2032478846 @default.
- W2029458918 cites W2038031354 @default.
- W2029458918 cites W2039365491 @default.
- W2029458918 cites W2040283378 @default.
- W2029458918 cites W2041559997 @default.
- W2029458918 cites W2043249042 @default.
- W2029458918 cites W2055194856 @default.
- W2029458918 cites W2057232301 @default.
- W2029458918 cites W2061044304 @default.
- W2029458918 cites W2061053358 @default.
- W2029458918 cites W2061718032 @default.
- W2029458918 cites W2062046237 @default.
- W2029458918 cites W2074468952 @default.
- W2029458918 cites W2075937489 @default.
- W2029458918 cites W2077112057 @default.
- W2029458918 cites W2077810606 @default.
- W2029458918 cites W2078723182 @default.
- W2029458918 cites W2078735096 @default.
- W2029458918 cites W2080364432 @default.
- W2029458918 cites W2081044180 @default.
- W2029458918 cites W2081497798 @default.
- W2029458918 cites W2082531504 @default.
- W2029458918 cites W2084741979 @default.
- W2029458918 cites W2087108683 @default.
- W2029458918 cites W2087176794 @default.
- W2029458918 cites W2090424392 @default.
- W2029458918 cites W2091021867 @default.
- W2029458918 cites W2092307784 @default.
- W2029458918 cites W2099699798 @default.
- W2029458918 cites W2103804956 @default.
- W2029458918 cites W2116607598 @default.
- W2029458918 cites W2122508729 @default.
- W2029458918 cites W2128262252 @default.
- W2029458918 cites W2136809463 @default.
- W2029458918 cites W2158126980 @default.
- W2029458918 cites W2168776209 @default.
- W2029458918 cites W2168846746 @default.
- W2029458918 cites W2318961014 @default.
- W2029458918 cites W2338526481 @default.
- W2029458918 cites W277083122 @default.
- W2029458918 cites W3209528736 @default.
- W2029458918 cites W4241981300 @default.
- W2029458918 cites W4245730692 @default.
- W2029458918 cites W4253718023 @default.
- W2029458918 cites W2017189111 @default.
- W2029458918 cites W2042196526 @default.
- W2029458918 doi "https://doi.org/10.1016/j.petrol.2010.05.016" @default.
- W2029458918 hasPublicationYear "2010" @default.
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