Publication detail

Organic Dye Decomposition by DC Diaphragm Discharge: Comparison of UV, Electrolytic and Ozone Effect

KOZÁKOVÁ, Z. PAJURKOVÁ, J. DAVIDOVÁ, J. KRČMA, F.

Original Title

Organic Dye Decomposition by DC Diaphragm Discharge: Comparison of UV, Electrolytic and Ozone Effect

English Title

Organic Dye Decomposition by DC Diaphragm Discharge: Comparison of UV, Electrolytic and Ozone Effect

Type

abstract

Language

en

Original Abstract

Paper gives the comparison of several decomposition mechanisms taking place during the diaphragm discharge treatment of water solutions containing organic dyes (Direct Red 79 and Direct Blue 106). Effects of OH radicals, UV radiation, electrochemical reactions as well as ozone contribution on the dye degradation are discussed. The different decomposition efficiency was observed for both dyes.

English abstract

Paper gives the comparison of several decomposition mechanisms taking place during the diaphragm discharge treatment of water solutions containing organic dyes (Direct Red 79 and Direct Blue 106). Effects of OH radicals, UV radiation, electrochemical reactions as well as ozone contribution on the dye degradation are discussed. The different decomposition efficiency was observed for both dyes.

Keywords

diaphragm discharge, dye destruction, electrolysis, UV degradation, ozone

Released

12.07.2009

Publisher

UPAC

Location

Bochum

Pages from

494

Pages to

494

Pages count

1

BibTex 


@misc{BUT60800,
  author="Zdenka {Kozáková} and Jana {Pajurková} and Jaroslava {Davidová} and František {Krčma}",
  title="Organic Dye Decomposition by DC Diaphragm Discharge: Comparison of UV, Electrolytic and Ozone Effect",
  annote="Paper gives the comparison of several decomposition mechanisms taking place during the diaphragm discharge treatment of water solutions containing organic dyes (Direct Red 79 and Direct Blue 106). Effects of OH radicals, UV radiation, electrochemical reactions as well as ozone contribution on the dye degradation are discussed. The different decomposition efficiency was observed for both dyes.",
  address="UPAC",
  booktitle="ISPC XIX - Book of Abstracts",
  chapter="60800",
  institution="UPAC",
  year="2009",
  month="july",
  pages="494--494",
  publisher="UPAC",
  type="abstract"
}