Detail publikace

Effects of Electrochemical Processes in DC Diaphragm Discharge Solution of Textile Dye Direct Blue 106

KOZÁKOVÁ, Z. DAVIDOVÁ, J. OLEXOVÁ, B. KRČMA, F. SOURAL, I.

Originální název

Effects of Electrochemical Processes in DC Diaphragm Discharge Solution of Textile Dye Direct Blue 106

Anglický název

Effects of Electrochemical Processes in DC Diaphragm Discharge Solution of Textile Dye Direct Blue 106

Jazyk

en

Originální abstrakt

Decomposition of two textile dyes (Direct Blue 106 and Direct Red 79) in water solutions containing supported electrolyte (NaCl, NaNO_3 or Na_3PO_4) by DC diaphragm discharge and by pure electrolysis was observed in both electrode spaces of the reactor. The removal was much intensive in the anode space, up to 60 % after 40 minutes of the treatment. Higher contribution of electrochemical processes was observed in DB106 solution. Further, NaCl was determined as the most effective electrolyte for the dye removal. Significant stimulation effect of acidic pH value for the dye decomposition was proposed as well.

Anglický abstrakt

Decomposition of two textile dyes (Direct Blue 106 and Direct Red 79) in water solutions containing supported electrolyte (NaCl, NaNO_3 or Na_3PO_4) by DC diaphragm discharge and by pure electrolysis was observed in both electrode spaces of the reactor. The removal was much intensive in the anode space, up to 60 % after 40 minutes of the treatment. Higher contribution of electrochemical processes was observed in DB106 solution. Further, NaCl was determined as the most effective electrolyte for the dye removal. Significant stimulation effect of acidic pH value for the dye decomposition was proposed as well.

Dokumenty

BibTex


@misc{BUT49510,
  author="Zdenka {Kozáková} and Jaroslava {Davidová} and Barbora {Olexová} and František {Krčma} and Ivo {Soural}",
  title="Effects of Electrochemical Processes in DC Diaphragm Discharge Solution of Textile Dye Direct Blue 106",
  annote="Decomposition of two textile dyes (Direct Blue 106 and Direct Red 79) in water solutions containing supported electrolyte (NaCl, NaNO_3 or Na_3PO_4) by DC diaphragm discharge and by pure electrolysis was observed in both electrode spaces of the reactor. The removal was much intensive in the anode space, up to 60 % after 40 minutes of the treatment. Higher contribution of electrochemical processes was observed in DB106 solution. Further, NaCl was determined as the most effective electrolyte for the dye removal. Significant stimulation effect of acidic pH value for the dye decomposition was proposed as well.",
  chapter="49510",
  journal="IEEE CONFERENCE RECORD - ABSTRACTS",
  number="ICOPS",
  year="2008",
  month="june",
  pages="193--193",
  type="miscellaneous"
}