Add to ORKGGraduation date: 1988A mathematical model was developed using\ud finite difference numerical techniques to examine the\ud effects of kinetic parameters on the fate of\ud hydrophobic organic compounds in soil systems. The\ud model included advection; dispersion; bacterial\ud metabolism; and sorption and desorption to soil solids\ud and bacteria, and degradation by bacteria. The most\ud important processes governing the eventual fate of\ud organic compounds were surface sorption and\ud degradation by soil bacteria. It was concluded that\ud future research should be focused in these areas
The availability of organic contaminants in soils or sediments for microbial degradation or removal ...
The Dutch soil is contaminated at numerous locations with toxic organic compounds, such as polycycli...
The sorption of hydrophobic organic compounds (HOCs), such as chlorinated ethylenes and benzenes, by...
A mathematical model was developed using finite difference numerical techniques to examine the effec...
Rates of biodegradation of sorbed chemicals are usually lower in soil than in aqueous systems, in pa...
The ability of mathematical models to accurately predict the transport and fate of contaminants in g...
Soils represent a major sink for organic xenobiotic contaminants in the environment. The degree to w...
This work develops and utilizes a non-steady-state model for evaluating the interactions between sor...
The first study focused on the magnitude and rate of sorption of hydrophobic organic compounds by tw...
Release rates of hydrophobic organic compounds (HOCs) from the soil matrix influence the availabilit...
A surfactant-aided soil washing mechanism is proposed in this study by examining nine common organic...
The sorption of organic compounds to soil, sediments and dissolved organic matter affects the fate o...
A conceptual model is proposed that describes the phenanthrene bioavailability in soil. The model de...
This chapter provides an overview of the most dominant processes for the situation where organic bio...
Effective management of a ground-water system requires description and prediction of the transport a...
The availability of organic contaminants in soils or sediments for microbial degradation or removal ...
The Dutch soil is contaminated at numerous locations with toxic organic compounds, such as polycycli...
The sorption of hydrophobic organic compounds (HOCs), such as chlorinated ethylenes and benzenes, by...
A mathematical model was developed using finite difference numerical techniques to examine the effec...
Rates of biodegradation of sorbed chemicals are usually lower in soil than in aqueous systems, in pa...
The ability of mathematical models to accurately predict the transport and fate of contaminants in g...
Soils represent a major sink for organic xenobiotic contaminants in the environment. The degree to w...
This work develops and utilizes a non-steady-state model for evaluating the interactions between sor...
The first study focused on the magnitude and rate of sorption of hydrophobic organic compounds by tw...
Release rates of hydrophobic organic compounds (HOCs) from the soil matrix influence the availabilit...
A surfactant-aided soil washing mechanism is proposed in this study by examining nine common organic...
The sorption of organic compounds to soil, sediments and dissolved organic matter affects the fate o...
A conceptual model is proposed that describes the phenanthrene bioavailability in soil. The model de...
This chapter provides an overview of the most dominant processes for the situation where organic bio...
Effective management of a ground-water system requires description and prediction of the transport a...
The availability of organic contaminants in soils or sediments for microbial degradation or removal ...
The Dutch soil is contaminated at numerous locations with toxic organic compounds, such as polycycli...
The sorption of hydrophobic organic compounds (HOCs), such as chlorinated ethylenes and benzenes, by...