The fermentation chain plate overturning machine for animal manure composting is an organic fertilizer tank type fermentation overturning equipment. This equipment is mainly used for aerobic fermentation treatment of urban sludge, chemical sludge, papermaking sludge, household waste, and livestock manure. The height of the tank body of the chain plate stacker can reach more than 2 meters and the width can reach more than 10 meters. It can also be equipped with a high-pressure forced oxygen supply aeration system to evenly supplement oxygen to the materials during the flipping process. It fully utilizes the concept of deep pool design, which enables fast material heating, short fermentation time, large processing capacity, and can also achieve automated design such as automatic discharge. The chain plate overturning machine has a compact structure and advanced technology. It adopts pool type continuous aerobic fermentation technology to quickly decompose, dehydrate, sterilize, and deodorize organic waste, achieving the goal of harmless, resourceful, and reduced treatment. During the flipping process, the material can generate a certain amount of flipping displacement in the pool, and the material gradually moves back in a regular and continuous manner in the pool, forming a continuous aerobic fermentation process.
Performance characteristics of the fermentation chain plate turner for animal manure composting:
1. The single fermentation equipment has a large span, deep flipping scale, high yield, and high utilization efficiency.
2. The material stacking density is high, the bacterial strain fermentation heats up quickly, and the fermentation time is shortened.
3. When flipping, the material stays on the pallet for a long time, and when thrown at a high position, it comes into full contact with the air, which can easily reduce moisture.
4. The flipping work component adopts a hydraulic lifting system, which works flexibly, safely, and quickly. The machine can be remotely controlled to improve the operating environment and achieve intelligent automatic control.
