The oxidative degradation of two dyes and a nonionic surfactant by iron(II) sulphate and hydrogen peroxide (Fenton’s reagent) was studied, in the presence of UV irradiation (photo-Fenton process). The degradation kinetics were followed by measuring the residual total organic carbon (TOC) value as a function of time at different initial TOC concentrations and temperatures. The curves interpolating the kinetic data show that the residual TOC values attained a stable level after a given treatment time; a similar trend was observed in the treatment of some dyehouse effluent samples. Moreover, by fitting experimental data, a first-order equation was obtained that can explain the kinetic model proposed.
Oxidative degradation of dyes and surfactant in the Fenton and photo-Fenton treatment of dyehouse effluents / Ferrero, Franco. - In: JOURNAL OF THE SOCIETY OF DYERS AND COLOURISTS. - ISSN 0037-9859. - STAMPA. - 116:May/June 2000(2000), pp. 148-153. [10.1111/j.1478-4408.2000.tb00032.x]
Oxidative degradation of dyes and surfactant in the Fenton and photo-Fenton treatment of dyehouse effluents
FERRERO, Franco
2000
Abstract
The oxidative degradation of two dyes and a nonionic surfactant by iron(II) sulphate and hydrogen peroxide (Fenton’s reagent) was studied, in the presence of UV irradiation (photo-Fenton process). The degradation kinetics were followed by measuring the residual total organic carbon (TOC) value as a function of time at different initial TOC concentrations and temperatures. The curves interpolating the kinetic data show that the residual TOC values attained a stable level after a given treatment time; a similar trend was observed in the treatment of some dyehouse effluent samples. Moreover, by fitting experimental data, a first-order equation was obtained that can explain the kinetic model proposed.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/1400278