Concentrating versus non-concentrating reactors for solar water detoxification
D Bockelmann, D Weichgrebe, R Goslich… - Solar Energy Materials …, 1995 - Elsevier
D Bockelmann, D Weichgrebe, R Goslich, D Bahnemann
Solar Energy Materials and Solar Cells, 1995•ElsevierSolar detoxification of a pure model compound (dichloroacetic acid) as well as of real waste
waters was studied. Different types of reactors, light concentrating and non-concentrating
were used and their advantages and disadvantages were compared and discussed. For this
purpose a dimensionless number, the photoreactor number was introduced. Also the
influence of different electron acceptors (hydrogen peroxide and oxygen) on the degradation
process was studied, both in the model system and the real waste water system.
waters was studied. Different types of reactors, light concentrating and non-concentrating
were used and their advantages and disadvantages were compared and discussed. For this
purpose a dimensionless number, the photoreactor number was introduced. Also the
influence of different electron acceptors (hydrogen peroxide and oxygen) on the degradation
process was studied, both in the model system and the real waste water system.
Solar detoxification of a pure model compound (dichloroacetic acid) as well as of real waste waters was studied. Different types of reactors, light concentrating and non-concentrating were used and their advantages and disadvantages were compared and discussed. For this purpose a dimensionless number, the photoreactor number was introduced. Also the influence of different electron acceptors (hydrogen peroxide and oxygen) on the degradation process was studied, both in the model system and the real waste water system.
Elsevier
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