Résumé:
The acid properties of a non-thermal plasma in humid air (e.g., a gliding arc device)
induced in an aqueous solution may deeply affect the efficiency of the matching oxidising proper-
ties, especially when the aqueous targets involve organic solutes. Hence, their oxidation rate may
be strongly
modified.
A series
of buffers
is proposed
to control the
pH
of aqueous
target
for at
least one-hour treatments. The selected acid-base systems were selected for their inertia towards
oxidation reaction, to cover a very large range of acidity.
The reported results are essential from both fundamental and applied points of view. They first al-
low the acute controlling of the degradation rate of organic compounds. They also enable estimat-
ing the efficiency of the gliding arc process in pollutant abatement pollutants, which is one on the
main applications of the gliding arc treatments in environmental applications. Besides, they allow
getting reliable data on the bactericidal
effect of
the
plasma
treatment
s, which are
a merging
appli-
cation of the electric discharges.
