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The flow pattern and the solid-liquid mass transfer coefficient in figure-eight shaking vessels were observed by experimental method. The flow patterns, mixing time, power consumption and mass transfer coefficient in the figure- eight shaking vessels changed irregularly with increase in the shaking frequency. Any frequency, even in the Fr = 0.095 or more became clear experimentally. The region of the optimum operating condition of the figure-eight shaking was larger than that of the reciprocal shaking. The solid-liquid mass transfer coefficient was correlated with the same cor- relation as that of the rotary shaking vessel of existing. The gas-liquid mass transfer coefficient of the figure-eight shak- ing vessel was also correlated with the same type of correlation as that of the rotary shaking vessel of existing.

Characteristics of Flow Pattern and Mass Transfer in a Shaking Vessel with Figure-Eight Circulating Motion