Abstract
This paper is concerned with the investigation of gas and liquid flow in a rotating cell-porous disc. A simple one dimensional theoretical model of gas flow within the cell-porousrotor and the enhanced model which enables dealing with the gas flow within the porous disc have been proposed. In this study, the flow resistance of rotating porous discs with different pore size was assessed. The residence time of water in the porous disc was measured and the flow resistance was estimated by applying the experimental results to the theoretical model.
