The aim of this project is an energy-efficient process combination of a dielectric impeded discharge (DBD) with photocatalytic active dielectric barrier material, adapted mineral adsorber and bio scrubbers for the treatment of odour-intensive VOC-, NH3- and N2O-containing exhaust air flows, which also contain CH4 as a subordinate component. Such waste air flows occur, for example, in animal husbandry, animal meal and sewage sludge drying as well as waste composting and have not yet been adequately treated.

Andreas Schulz
Dr.-Ing.Research associate, Plasma Technology

Matthias Walker
Dr.-Ing.Head of Administration / Head of Plasma Technology