Detail publikace

Toluene Decomposition in the Gliding Arc Discharge

Grossmannová, H., Slánská, K., Krčma, F.

Originální název

Toluene Decomposition in the Gliding Arc Discharge

Anglický název

Toluene Decomposition in the Gliding Arc Discharge

Jazyk

en

Originální abstrakt

Major part of this work was improvement of the experimental apparatus - reactor and the other fundamental elements. The applied voltage generating the discharge was varied in the range of 2 - 4 kV, the air, nitrogen and its mixtures with argon or oxygen were used as carrying gas with flow rate of at least 1300 ml min-1. The optical emission spectroscopy has been chosen as the best method to characterize the plasma. The product analysis proceeded in a gas chromatograph linked to mass spectrometer. The products of decomposition were adsorbed on active coal in the sorption tubes and then extracted to carbon disulphide. This solution was used for analysis in GC-MS. During some difficulties with analytical method, the whole work was focused on removal efficiency of toluene (as an aromatic model of VOC compounds). The most efficient decomposition was 72 % in one stage reactor.

Anglický abstrakt

Major part of this work was improvement of the experimental apparatus - reactor and the other fundamental elements. The applied voltage generating the discharge was varied in the range of 2 - 4 kV, the air, nitrogen and its mixtures with argon or oxygen were used as carrying gas with flow rate of at least 1300 ml min-1. The optical emission spectroscopy has been chosen as the best method to characterize the plasma. The product analysis proceeded in a gas chromatograph linked to mass spectrometer. The products of decomposition were adsorbed on active coal in the sorption tubes and then extracted to carbon disulphide. This solution was used for analysis in GC-MS. During some difficulties with analytical method, the whole work was focused on removal efficiency of toluene (as an aromatic model of VOC compounds). The most efficient decomposition was 72 % in one stage reactor.

Dokumenty

BibTex


@inproceedings{BUT17247,
  author="Hana {Grossmannová} and Kateřina {Slánská} and František {Krčma}",
  title="Toluene Decomposition in the Gliding Arc Discharge",
  annote="Major part of this work was improvement of the experimental apparatus - reactor and the other fundamental elements. The applied voltage generating the discharge was varied in the range of 2 - 4 kV, the air, nitrogen and its mixtures with argon or oxygen were used as carrying gas with flow rate of at least 1300 ml min-1. The optical emission spectroscopy has been chosen as the best method to characterize the plasma. The product analysis proceeded in a gas chromatograph linked to mass spectrometer. The products of decomposition were adsorbed on active coal in the sorption tubes and then extracted to carbon disulphide. This solution was used for analysis in GC-MS. During some difficulties with analytical method, the whole work was focused on removal efficiency of toluene (as an aromatic model of VOC compounds). The most efficient decomposition was 72 % in one stage reactor.",
  address="Vinca Institut",
  booktitle="Proceedings of SPIG 22",
  chapter="17247",
  institution="Vinca Institut",
  year="2004",
  month="august",
  pages="597",
  publisher="Vinca Institut",
  type="conference paper"
}