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Two kinds of gases were used to investigate the influence of gas density on the hydrodynamic characteristics in a bubble column. It can be found out that higher gas density leads to smaller bubble diameter and the flow patterns are different for the both gases. Energy balance mechanisms are analyzed by considering the gas density difference. Models were developed to predict the average bubble diameter with good accuracy.
Two kinds of gases were used to investigate the influence of gas density on the hydrodynamic characteristics in a bubble column. The energy density mechanisms to a smaller bubble diameter and the flow patterns are for the both gases. are analyzed by considering the gas density difference. Models were developed to predict the average bubble diameter with good accuracy.