| 초록 |
Due to the advantages of excellent mass and heat transfer, good chemical reaction selectivity, outstanding safety and stability, microreactors are widely used in academic and industrial fields. Due to the large heat exchange areas and complex channel structures, the plate micro reactors have excellent heat and mass transfer performance. In this paper, a variety of channel structures of micro reactors are designed based on the classical micro reactor structures and we use the simulation software to study the flow and material transfer in the mixing effect, pressure drop, residence time distribution and other parameters of different channels. In addition, we also explore the 3d-printing manufacture of plate micro reactor modules, which have a broad application in multiphase fluid mixing and reaction in the micro-chemical engineering fields. |
