Full-automatic rapid high-temperature fermentation composting bin

Abstract

The invention discloses a full-automatic rapid high-temperature fermentation composting bin which comprises a fermentation box main body and a motor. The fermentation box main body and the motor are both fixedly arranged on a machine base. The box wall of the fermentation box main body is a double-layer structure. A thermal insulation material is filled between an inner box wall and an outer box wall. The top of the fermentation box main body is provided with an automatic insulation feed inlet. The top of the fermentation box main body is also provided with a circulating fan, fan blades of which are arranged inside the fermentation box main body. A far-infrared heating tube is arranged on an inner side of the top box wall of the fermentation box main body. A stirring device is disposed inside the fermentation box main body. The tail box wall of the fermentation box main body, close to the bottom of the fermentation box main body, is equipped with an automatic insulation discharge port. The full-automatic rapid high-temperature fermentation composting bin has beneficial effects as follows: heating efficiency is high; fermentation efficiency of materials is high; the technology is flexible to adjust; and labor cost can be reduced.

Description

technical field [0001] The invention relates to a fermentation compost box, in particular to a full-automatic rapid high-temperature fermentation compost box heated by far infrared. [0002] Background technique [0003] Compost bins have been widely used in the fields of fertilizer processing and waste treatment. Compost bins in the prior art usually have the following defects: (1) Ordinary compost bins usually use heating methods such as oil baths for auxiliary fermentation. The heating method itself easily leads to local overheating of the heated material, so the compost bins in the prior art also have the defects of large heat loss and low heating efficiency; in addition, there is a temperature dead zone in the ordinary compost bin that is difficult for natural diffusion of heat to reach. This will also limit the improvement of heating efficiency; (2) The processed materials in the compost bin usually contain diseased eggs and bacteria, and the existence of these diseas...

AI Technical Summary

Problems solved by technology

[0003] Compost bins have been widely used in the fields of fertilizer processing and waste treatment. Compost bins in the prior art usually have the following defects: (1) Ordinary compost bins usually use heating methods such as oil baths for auxiliary fermentation. The heating method itself easily leads to local overheating of the heated material, so the compost bins in the prior art also have the defects of large heat loss and low heating efficiency; in addition, there is a temperature dead zone in the ordinary compost bin that is difficult for natural diffusion of heat to reach. This will also limit the improvement of heating efficiency; (2) The processed materials in the compost bin usually contain diseased eggs and bacteria, and the existence of these diseased eggs and bacteria will affect the improvement of composting efficiency; (3) Ordinary compost bins usually There are also defects such as the non-adjustable composting process, the need to rely on manual operations for feeding and discharging, and the overall footprint of the compost bin is large.

Images