Author(s):
A.-M.Delort, P.Besse, G.Mailhot, M.Sancelme, B.Combourieu, Ch.Chorao, O.Covaliova, V.Covaliov, A.Bunescu, I.Dragalin, A.Cincilei, S.Tolocichina
Field: Ecological chemistry
Type: Research paper
Issue: 2008 Volume 3, no.2
Pages: 58-64
DOI: dx.doi.org/10.19261/cjm.2008.03(2).14
Graphical Abstract: With the scope to provide complete decomposition of benzothiazoles in water environment, two approaches have been applied including the photocatalytic and biodegradation processes. A new type of continuous-action flow-through photocatalytic reactor was developed, in which it is possible to combine the homogeneous and heterogeneous destruction of refractory organic pollutants. The interactions between the different components of the aminobenzothiazole-containing system under the conditions of photo- and biodegradation (light, iron, free and immobilized bacterial strain Rhodococcus rhodochrous) were analysed. The combined systems “Fe ± light +Rh.rhodochrous” are more effective than simple systems.
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