Abstract
A mamematical model that describes the transformation of natural organic matter (NOM) in Huron River water was developed. The model was expressed in terms of the concentration of humic and nonhumic fractions of NOM. The kinetic parameters, including stoichiometric coefficients and activation energies were determined. The model accurately described the transformation of humic and nonhumic fractions during ozonation over a wide range of ozone doses, temperatures, and hydraulic retention times. The relative difference between experimental and calculated data did not exceed 10 percent.
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