An advanced oxidation process for DBF control

Small water utilities often have difficulty operating complicated treatment processes. The advanced oxidation process investigated here is simple, involving only a pump to add hydrogen peroxide and a power supply for the ultraviolet lamps, and the process does not produce any solid residuals. The re...

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Veröffentlicht in:	Journal - American Water Works Association 1995-11, Vol.87 (11), p.66-75
Hauptverfasser:	Symons, James M., Worley, Kevin L.
Format:	Artikel
Sprache:	eng
Schlagworte:	Alkalinity Chlorine Hydrogen Irradiation Oxidation Peroxides Reactants Tap water Teeth Water treatment
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container_title	Journal - American Water Works Association
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creator	Symons, James M. Worley, Kevin L.
description	Small water utilities often have difficulty operating complicated treatment processes. The advanced oxidation process investigated here is simple, involving only a pump to add hydrogen peroxide and a power supply for the ultraviolet lamps, and the process does not produce any solid residuals. The results of these studies show that a photon-flux-driven pseudo-first-order model (known as the Prengle-Shimoda rate model) could be used to predict the destruction of total organic carbon, dissolved organic halogen, and dissolved organic halogen precursors.
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subjects	Alkalinity Chlorine Hydrogen Irradiation Oxidation Peroxides Reactants Tap water Teeth Water treatment
title	An advanced oxidation process for DBF control
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