Abstract
Work is presented on the modeling and design of fixed-film photocatalytic reactors based on reaction kinetics data from a simple flat-plate photoreactor, local mass transfer rates and local radiation energy absorption rates on the surfaces of catalyst films, and an engineering model. The degradation of 4-chlorophenol in the flat plate reactor was examined experimentally for the purpose of model fitting, using fluorescent lamps as the illumination source. Using this information, the performance of several solar illuminated corrugated plate reactors with different structural parameters was calculated with the model.
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