Supergravity solvent purification equipment

The supergravity solvent purification equipment is characterized in that first arc-shaped grooves which are densely arranged are formed in the inner side wall of a movable baffling ring, and second arc-shaped grooves which are densely arranged are formed in the inner side wall of a static baffling ring. By means of the first arc-shaped groove and the second arc-shaped groove, on the premise that the overall size of the supergravity solvent purification equipment is not increased, the inner surface area of the movable baffling ring and the inner surface area of the static baffling ring are greatly increased, and therefore the mass transfer efficiency is improved; and the generated strong crushing and shearing effects are more than multiple times of the mass transfer efficiency generated by the existing plane structure. 一种超重力溶媒提纯设备，其特征在于：动折流圈的内侧壁形成密集布置的第一弧形凹槽，静折流圈的内侧壁形成密集布置的第二弧形凹槽。通过第一弧形凹槽与第二弧形凹槽，在不增加超重力溶媒提纯设备整体体积的前提下，大幅度地增加了动折流圈与静折流圈的内表面面积，从而提高传质效率，液体在动折流圈与静折流圈之间快速运动时，发生的强烈击碎、剪切效果是现有平面结构产生的传质效率数倍以上。