A sliding box grinding device for a biomass carbonization furnace

Abstract

The invention discloses a slide tank grinding removing device of a biomass carbonization furnace. The slide tank grinding removing device comprises a tank door, a slide tank grinding removing device body and an exhaust pipe. The slide tank grinding removing device has the advantages that the biomass carbonization furnace performs heating, power tanks converts heat energy into power and conveys thepower into air inlet valve pipes to push conical ring rods in the air valve pipes to move, the conical ring rods push retraction columns to drive firing racks on peripheral locking housings to move in a reciprocating and crossed manner, biomass wood materials are evenly heated by the movement of the firing racks, retraction heads are squeezed to move outwardly to be communicated with air valve pipe outer air pipes, air pressure inside the air valve pipes is reduced to allow the conical ring rods to drive the firing racks to reset, the air valve pipes blow arc movable pipes inside floating cover columns to allow the floating cover columns to rotate, protruding corners on the floating cover columns pull swing plates in a reciprocating manner to allow three-taper-angle plates to move in a reciprocating manner to remove soot and wood tar so as to prevent the firing racks from getting stuck due to the soot and the wood tar, and the firing racks can be efficiently and conveniently mounted and demounted.

Description

technical field [0001] The invention relates to the field of biomass, in particular to a sliding box grinding device for a biomass carbonization furnace. Background technique [0002] Biomass carbonization furnace carbonizes wood strips and plant stalks under high temperature conditions. However, the existing cuboid smokeless carbonization furnace uses a gas furnace as a heat source. The furnace has the following problems: [0003] When the cuboid smokeless carbonization furnace is burning at high temperature, the fire door at the lower end is opened, and the smoke outlet at the upper end is opened at the same time, so that the fire inside the carbonization furnace moves from bottom to top, and at the same time, the carbonization furnace is fully carbonized. A large amount of liquid products such as wood tar will be produced, and the movement of the fire from bottom to top will drive the harmful substances such as soot to move up. When the soot moves up, the liquid products...

AI Technical Summary

Problems solved by technology

[0003] When the cuboid smokeless carbonization furnace is burning at high temperature, the fire door at the lower end is opened, and the smoke outlet at the upper end is opened at the same time, so that the fire inside the carbonization furnace moves from bottom to top, and at the same time, the carbonization furnace is fully carbonized. A large amount of liquid products such as wood tar will be produced, and the movement of the fire from bottom to top will drive the harmful substances such as soot to move up. When the soot moves up, the liquid products such as wood tar will move up together. Placed in one layer, the upward movement of the soot is hindered, and it is easy to disperse to both ends of the burning frame for upward movement, resulting in a large amount of soot and wood tar adhering to both ends of the burning frame. While waiting for the charcoal to cool, the soot and wood tar Lock the burning rack, making it difficult to remove the burning rack

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