Organic garbage compost reactor

Abstract

The invention discloses a compost reactor for organic garbage treatment, and particularly relates to an organic garbage compost reactor with high efficiency and high automation degree. The compost reactor comprises a feed chute (21) and a discharge chute (34), wherein the two chutes are aligned and positioned at the two ends of a container respectively; a long cylindrical container (11) is arranged between the feed chute and the discharge chute and is supported by at least one pair of rollers (12) rotating along the long axis and rotates; circular plates (15) and (16) at the two ends of the container are connected with troughs; holes are formed in the middle parts of the circular plates; a round-collar cylindrical member (28) in the trough is connected with the holes of the circular plates; a rubber sealing member (33) is arranged between the round-collar cylindrical member and an adjacent circular plate; conveying devices (29) and (39) are mounted in the two troughs; a movable component is horizontally arranged along the round-collar cylindrical member and is mounted on the adjacent circular plate and can rotate therein; a long tube axle (46) is arranged along the axial direction of the container. The whole compost reactor can run automatically.

Description

technical field [0001] The invention relates to an organic waste composting reactor, in particular to an organic waste composting reactor with high composting efficiency and high degree of automation. Background technique [0002] The degradation of organic matter is a natural process under the action of bacteria and fungi. The degradation process, in which carbon and nitrogen organic matter is digested as food for aerobic bacteria, generally requires oxygen. A composting reactor must be able to breathe, ie oxygen needs to enter the reactor and carbon dioxide needs to exit the reactor. If there is not enough oxygen to maintain the activity of aerobic bacteria, anaerobic bacteria will take over. Anaerobic bacteria need oxygen for their activity, but the degradation process will be slow and insufficient, for example, in the treatment of sludge. [0003] One of the prior art see application number 200710067531.2. This patent discloses a horizontal multi-chamber processing de...

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Problems solved by technology

[0005] Although the prior art provides similar devices for processing organic waste, the prior art still has room for improvement in terms of structure and automation. For example, the device involved in the patent application 200710067531.2 has a stirring device, a heating device and a seepage spraying device All can be adjusted or omitted to achieve higher operating efficiency; and the patent involved in the application number 200810062152.9 still needs to be improved in terms of automation

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