摘要：【中文】本发明公开一种高粘物料热质传递及反应装置，涉及物料换热设备及反应器领域。所述高粘物料传质装置包括：可产生用于加热的磁力场的磁力发生器、用于容置物料及安装磁力发生器的夹套壳体、用于传递物质的分散组件和带动所述分散组件转动的空心轴，所述磁力发生器位于所述壳体内部或外部，所述磁力发生器上、下或左、右对向安装。本发明产生的有益效果包括：加热功率高，传热效率高，缩短物料停留时间，加热均匀，操作的安全性能，并且大大减少了物料的结焦。 【EN】The invention discloses a heat and mass transfer and reaction device for high-viscosity materials, and relates to the field of material heat exchange equipment and reactors. The high-viscosity material mass transfer device comprises: the magnetic force generator can generate a magnetic force field for heating, a jacket shell for containing materials and mounting the magnetic force generator, a dispersing assembly for transferring materials and a hollow shaft for driving the dispersing assembly to rotate, the magnetic force generator is positioned inside or outside the shell, and the magnetic force generator is mounted in an up-and-down or left-and-right opposite mode. The invention has the following beneficial effects: high heating power, high heat transfer efficiency, shortened material retention time, uniform heating, safe operation and greatly reduced material coking.

摘要：【中文】本发明公开一种高粘物料的传递及反应装置，涉及物料传递设备及反应器领域。所述传递及反应装置包含一夹套壳体，空心轴组件和分散组件；所述分散组件在所述壳体内部绕所述空心轴组件旋转，所述分散组件由若干换热管网构成；还包括一种高粘物料的传质方法，通过在装有髙粘物料的容腔内旋转具有高比表面积的换热管网，使换热管网内的导热介质在离心力作用下在换热管网内加速分布，并将换热管网导管与外冷却系统连通；高粘物料在离心力的作用下经旋转换热管网从分散组件内侧甩出到外侧。本发明的有益效果包括：增加了有效传热面积，缩短了物料停留时间，拓宽了处理物料的弹性范围，可处理超粘稠物料，减少了物料结焦产能提高，增加了设备产能。 【EN】The invention discloses a high-viscosity material transferring and reacting device, and relates to the field of material transferring equipment and reactors. The transmission and reaction device comprises a jacket shell, a hollow shaft component and a dispersion component; the dispersing assembly rotates around the hollow shaft assembly in the shell and consists of a plurality of heat exchange pipe networks; the mass transfer method for the high-viscosity material is characterized in that a heat exchange pipe network with a high specific surface area is rotated in a cavity filled with the high-viscosity material, so that heat conducting media in the heat exchange pipe network are distributed in the heat exchange pipe network in an accelerated manner under the action of centrifugal force, and a conduit of the heat exchange pipe network is communicated with an external cooling system; the high-viscosity material is thrown out from the inner side to the outer side of the dispersing component through the rotary conversion heat pipe network under the action of centrifugal force. The beneficial effects of the invention include: the effective heat transfer area is increased, the material retention time is shortened, the elastic range of the processed material is widened, the super-viscous material can be processed, the material coking capacity is reduced, and the equipment capacity is increased.