Environment-friendly incineration purification furnace

Abstract

The invention discloses an environment-friendly incineration purification furnace which is structurally provided with a bottom frame, a bottom collecting groove, a transmission carrying frame, a furnace body, an exhaust pipe and a gas collecting box. Due to the fact that a shrinkage protruding block continuously moves in an up-down mode under the elastic force effect of a spring, when the shrinkage protruding block protrudes, gas flow and ash can flow upwards through a side leakage through opening with the controlled drift diameter, the gas flow flows through a flow assistance channel to exertlager upward pushing air pressure on the shrinkage protruding block, so that the shrinkage protruding block is assisted to have a longer protruding maintaining time, flowing through of the ash is facilitated, when the shrinkage protruding block is pulled back by the elastic force of the spring, the ash is blocked on the upper end surface of a transverse connecting partition plate, so that the ashis separated, a pull rod is swung and folded to apply a dragging force on a negative pressure ball, so that the internal air pressure is changed, the suction force of internal air pressure on a suction port is enhanced, the ash at the front end of the suction port can be adsorbed conveniently, a swing-opening door swings inwards under the action of the air pressure suction force, the ash can be sucked into a containing cavity from the suction port conveniently, and therefore the ash can be collected by changing the air pressure suction force of the negative pressure ball.

Description

technical field [0001] The invention belongs to the field of environmental protection, and more specifically relates to an environment-friendly incineration purification furnace. Background technique [0002] The incineration and purification furnace can incinerate and carbonize waste gas, waste liquid, solid waste gas, medical waste, animal carcasses and other waste produced in production and life at high temperature, so that they can be treated harmlessly and reduce pollution to the social environment as much as possible. [0003] Based on the above-mentioned inventor's discovery, the existing environment-friendly incineration purification furnace has the following deficiencies: [0004] Fluidized bed incineration relies on the high heat capacity of the high-temperature fluidized bed in the furnace for strong mixing and heat conduction, so that the garbage sent into the furnace heats up rapidly and is incinerated. Since the dry and wet mixed garbage placed in the same bear...

AI Technical Summary

Problems solved by technology

[0004] Fluidized bed incineration relies on the high heat capacity of the high-temperature fluidized bed in the furnace for strong mixing and heat conduction, so that the garbage sent into the furnace heats up rapidly and is incinerated. Since the dry and wet mixed garbage placed in the same bearing tank is incinerated During operation, the dry garbage will heat up and catch fire before the wet garbage, and its ash will float and fall on the surface of the wet garbage, thereby blocking the drying and heating of the wet garbage and reducing the incineration efficiency of the wet garbage

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