Stirring device for organic waste treatment

Abstract

The invention discloses a stirring device for organic waste treatment. A stirring body comprises a casing; a biochemical warehouse is formed in the casing; a stirring spindle is connected to the midline position of the biochemical warehouse; two ends of the stirring spindle are rotationally connected with the casing; all stirring driving levers are respectively and fixedly arranged at the circumference part of the stirring spindle in a crossover interval distributed manner; a first cavity is formed in the stirring spindle; a second cavity is formed in each stirring driving lever; a hot air blower is connected with the stirring spindle through an air duct and is communicated with the first cavity; the first cavity is communicated with the second cavities. The stirring device disclosed by the invention has the beneficial effect that the stirring body, the stirring spindle, the hot air blower and a plurality of stirring driving levers are arranged; hot air also keeps blowing into materials when the stirring driving levers stir the materials; with the heating mode, the hot air is in contact with the materials more efficiently, so that uniform quick heating of the materials is realized;meanwhile, more oxygen is provided for aerobic fermentation, and further makes full contact with the materials and strains.

Description

technical field [0001] The invention relates to the technical field of waste organic matter treatment, in particular to a stirring device for organic waste treatment. Background technique [0002] At present, with the development of cities and the increase of population, the output of organic wastes is rising rapidly. How to efficiently treat these organic wastes with "reduction, harmlessness, and recycling" has become a common concern of the society. . Among them, organic domestic waste, kitchen waste, leftovers from food processing industry, organic sludge and poultry manure all have the common characteristics of high organic matter content and biodegradability, and are collectively referred to as biodegradable organic waste. [0003] However, the existing methods for dealing with organic waste mainly include: landfill or incineration, and some produce organic fertilizers through accumulation and fermentation, but these treatment methods will cause considerable pollution ...

AI Technical Summary

Problems solved by technology

[0003] However, the existing methods for dealing with organic waste mainly include: landfill or incineration, and some produce organic fertilizers through accumulation and fermentation, but these treatment methods will cause considerable pollution to the environment, especially groundwater, and the existing treatment methods The treatment efficiency of biodegradable organic waste is low, and effective harmless treatment cannot be carried out

[0004] The waste organic matter in the prior art has no stirring equipment, and the waste without stirring is evenly contacted with oxygen, which affects the fermentation effect

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