Abstract:
The invention discloses the use of a corona plasma electrode, preferably the reference electrode as a recipient for precipitation of contaminants of a gaseous medium conducted through a flow-through air treatment device (1), said air treatment device (1) comprising a downstream ozone mitigation device (4). The duration of exposure of said contaminant to reactive oxygen species, especially ozone (O 3 ), is thereby prolonged up to or exceeding an effective value necessary for decontamination.
Abstract:
The invention discloses the use of a corona plasma electrode, preferably the reference electrode as a recipient for precipitation of contaminants of a gaseous medium conducted through a flow-through air treatment device (1), said air treatment device (1) comprising a downstream ozone mitigation device (4). The duration of exposure of said contaminant to reactive oxygen species, especially ozone (O3), is thereby prolonged up to or exceeding an effective value necessary for decontamination.
Abstract:
The invention is related to an inflammation- and explosion- protected plasma-generating device (1) for the treatment of air, wherein the plasma is at least partially encased by a wire mesh, the wire mesh being dimensioned suchlike to allow for prevention of a flame to escape the housing. The invention is especially useful in order to fulfil the safety and security requirements for aviation purposes, especially civil aircraf ts .
Abstract:
The present invention concerns a method of operating a flow- through plasma device (1) with at least one plasma-generating section (2), preferably multiple plasma-generating sections (2A,2B) in series, for the treatment of a preferably gaseous me¬ dium (3), comprising the steps of : Determining at least one characteristic (C) of said treated or untreated medium (3) ; and dependent on said determined characteristic (C) , altering at least one operation setting (S) of said plasma device (1) .
Abstract:
The invention is related to a corona plasma-generating device (1), comprising at least one first plasma-generating section (A), wherein at least one first plasma (2) is generated; and at least one second plasma-generating section (B), wherein at least one second plasma (3) is generated; wherein at a given point of time said first and said second plasmas (2,3) are of different polarity. The device is especially suitable for the sterililzation of a gaseous medium such as biologically or otherwise contaminated air.
Abstract:
The invention is related to a corona plasma-generating device (1), comprising at least one first plasma-generating section (A), wherein at least one first plasma (2) is generated; and at least one second plasma-generating section (B), wherein at least one second plasma (3) is generated; wherein at a given point of time said first and said second plasmas (2,3) are of different polarity. The device is especially suitable for the sterililzation of a gaseous medium such as biologically or otherwise contaminated air.