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• W2033972783 abstract "A mathematical model is developed to simulate the co-transport of viruses and colloids in unsaturated porous media under steady-state flow conditions. The virus attachment to the mobile and immobile colloids is described using a linear reversible kinetic model. Colloid transport is assumed to be decoupled from virus transport; that is, we assume that colloids are not affected by the presence of attached viruses on their surface. The governing equations are solved numerically using an alternating three-step operator splitting approach. The model is verified by fitting three sets of experimental data published in the literature: (1) Syngouna and Chrysikopoulos (2013) and (2) Walshe et al. (2010), both on the co-transport of viruses and clay colloids under saturated conditions, and (3) Syngouna and Chrysikopoulos (2015) for the co-transport of viruses and clay colloids under unsaturated conditions. We found a good agreement between observed and fitted breakthrough curves (BTCs) under both saturated and unsaturated conditions. Then, the developed model was used to simulate the co-transport of viruses and colloids in porous media under unsaturated conditions, with the aim of understanding the relative importance of various processes on the co-transport of viruses and colloids in unsaturated porous media. The virus retention in porous media in the presence of colloids is greater during unsaturated conditions as compared to the saturated conditions due to: (1) virus attachment to the air-water interface (AWI), and (2) co-deposition of colloids with attached viruses on its surface to the AWI. A sensitivity analysis of the model to various parameters showed that the virus attachment to AWI is the most sensitive parameter affecting the BTCs of both free viruses and total mobile viruses and has a significant effect on all parts of the BTC. The free and the total mobile viruses BTCs are mainly influenced by parameters describing virus attachment to the AWI, virus interaction with mobile and immobile colloids, virus attachment to solid-water interface (SWI), and colloid interaction with SWI and AWI. The virus BTC is relatively insensitive to parameters describing the maximum adsorption capacity of the AWI for colloids, inlet colloid concentration, virus detachment rate coefficient from the SWI, maximum adsorption capacity of the AWI for viruses and inlet virus concentration." @default.
• W2033972783 created "2016-06-24" @default.
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• W2033972783 date "2015-10-01" @default.
• W2033972783 modified "2023-10-14" @default.
• W2033972783 title "Modeling the co-transport of viruses and colloids in unsaturated porous media" @default.
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• W2033972783 cites W1864649858 @default.
• W2033972783 cites W1918028016 @default.
• W2033972783 cites W1924389024 @default.
• W2033972783 cites W1968936982 @default.
• W2033972783 cites W1971934069 @default.
• W2033972783 cites W1973526675 @default.
• W2033972783 cites W1975749422 @default.
• W2033972783 cites W1977185012 @default.
• W2033972783 cites W1980538674 @default.
• W2033972783 cites W1984558720 @default.
• W2033972783 cites W1985721433 @default.
• W2033972783 cites W1986869647 @default.
• W2033972783 cites W1988211800 @default.
• W2033972783 cites W1991529867 @default.
• W2033972783 cites W1992312446 @default.
• W2033972783 cites W1992540355 @default.
• W2033972783 cites W1998591702 @default.
• W2033972783 cites W1998973021 @default.
• W2033972783 cites W1999989928 @default.
• W2033972783 cites W2000642669 @default.
• W2033972783 cites W2008946451 @default.
• W2033972783 cites W2010983420 @default.
• W2033972783 cites W2012859965 @default.
• W2033972783 cites W2012897986 @default.
• W2033972783 cites W2014877559 @default.
• W2033972783 cites W2014967641 @default.
• W2033972783 cites W2015520704 @default.
• W2033972783 cites W2017358101 @default.
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• W2033972783 cites W2021437829 @default.
• W2033972783 cites W2024565861 @default.
• W2033972783 cites W2031656343 @default.
• W2033972783 cites W2032021453 @default.
• W2033972783 cites W2034385551 @default.
• W2033972783 cites W2038286686 @default.
• W2033972783 cites W2041208039 @default.
• W2033972783 cites W2042032618 @default.
• W2033972783 cites W2042580347 @default.
• W2033972783 cites W2044381623 @default.
• W2033972783 cites W2044517743 @default.
• W2033972783 cites W2045701907 @default.
• W2033972783 cites W2047806096 @default.
• W2033972783 cites W2049636323 @default.
• W2033972783 cites W2056417685 @default.
• W2033972783 cites W2057137327 @default.
• W2033972783 cites W2066081087 @default.
• W2033972783 cites W2072835302 @default.
• W2033972783 cites W2077402254 @default.
• W2033972783 cites W2079200671 @default.
• W2033972783 cites W2082653465 @default.
• W2033972783 cites W2088956424 @default.
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• W2033972783 cites W2091252294 @default.
• W2033972783 cites W2094855414 @default.
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• W2033972783 cites W2128044492 @default.
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• W2033972783 cites W2139097599 @default.
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• W2033972783 cites W2143250435 @default.
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• W2033972783 doi "https://doi.org/10.1016/j.jconhyd.2015.01.002" @default.
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• W2033972783 hasPublicationYear "2015" @default.
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