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4. Scale-up from laboratory to industrial reactor
The solutions considered all face the problem of plasma formation, whether corona or DBD. In the case of a volume plasma, obtaining a plasma requires the formation of a high-value electric field, which can be obtained by applying a high electrical voltage between two electrodes. Clearly, size extrapolation will soon come up against the problem of the voltage required to maintain an intense electric field as the distance between the electrodes increases. One solution is to multiply the number of small elements to obtain the desired processing capacity. This solution, although expensive and difficult to implement, is nevertheless the simplest in terms of design and efficiency prediction. Another solution is to use a surface plasma that can be created on separate elements (plates or tubes), irrespective of the size of the duct through which the air to be treated flows. The advantage of this...
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Scale-up from laboratory to industrial reactor
Conclusions and outlook
Bibliography
- (1) - FANLO (J.L.), CARRE (J.) - Pollution olfactive, sources d'odeurs, cadre réglementaire. Techniques de mesure et procédés de traitement - Étude Record n° 03-0808//0809/1A, http://www.record-net.org (Mars 2006).
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Other works
For further information, readers may wish to consult the following book:
Non-equilibrium air plasmas at atmospheric pressure, Edited by : BECKER (K.H.), KOGELSCHATZ (U.), SCHOENBACH (K.H.) and BARKER (R.J.) in Series in Plasma Physics, Institute of Physics, published by ROUTLEDGE c/o Taylor & Francis Group, Bristol UK-New York USA (2004) ISBN 978-0-7503-0962-2.
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Research Group on the Energetics of Ionized Environments (GREMI)
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University of Orléans, Polytech'Orléans
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