Reactor or mixer with micromesh structure

Abstract

The invention provides a reactor or a blender with micro sieve mesh structure, which relates to the fluid micro dispersion technology and equipment. The invention contains micro sieve mesh structure, a hybrid channel and a fluid distribution chamber, and utilizes the micro sieve mesh to disperse one fluid to another fluid in a form of micron-sized drop or bubble, the blending and reaction processof the drop and the bubble which have high dispersion and high specific surface are rapidly finished in the hybrid channel, so the invention is a novel microstructure reaction vessel or blender whichutilizes the micro sieve mesh structure to realize the reaction or blending of homogeneous phase or non homogeneous phase fluid. The invention is characterized by simple processing, convenient operation, large treating capacity for unit volume and so on and can be widely applied to a number of fields like the chemistry, chemical engineering, petrochemistry, medicine, foodstuff, etc.

Description

technical field

[0001] The invention relates to a reactor or a mixer, in particular to fluid micro-dispersion technology and equipment, which is used in the mixing or reaction process between different fluids, and belongs to the technical field of chemical and chemical equipment. Background technique

[0002] Traditional chemical reactors or mixers mainly use stirring to mix. Although the principle of this mixing method is simple, because the mixing scale in the equipment is at the millimeter level or even larger, the mixing efficiency is low and the energy consumption of the mixing process is low. Big question. Although tower-type, tubular-type reactors or mixers in the traditional sense have their own characteristics compared with fully mixed tanks, they also have the problem of low mixing efficiency because they are also in the range of millimeter-scale mixing. In addition, because these devices adopt the method of empirical amplification, there are problems such as long...

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