This invention relates to the field of
carbonization equipment technology, and particularly to a
carbonization reaction
tower, comprising a reaction body with a
reaction chamber inside; a mixing module including a distribution component, a mixing component, and a spacer component, the spacer component being disposed in the middle of the
reaction chamber, dividing the
reaction chamber into a gas flow chamber, a
mixing chamber, and a
deposition chamber, the mixing component being disposed within the
mixing chamber; the distribution component being disposed within the
deposition chamber, the distribution component being sealed and connected to the mixing
pipe, and the distribution component being connected to the outside via an air inlet
pipe; and a circulation separation module being disposed at the bottom of the reaction body, used to
cyclone-separate the
slurry at the bottom of the reaction chamber and then transport it to the top of the mixing module. The
carbonization reaction
tower provided by this invention, by forming a mixing
pipe with a Venturi structure, significantly enhances the
mass transfer process and reaction efficiency, while simultaneously enabling the separation and circulation of the bottom
slurry, ensuring the degree of material reaction while preventing equipment blockage.