Nowadays, livestock and poultry manure has become a sought after treasure after by many people, no longer a useless thing that was once despised by everyone, and has become a popular low-cost and high-yield investment project. Raising laying hens has good economic benefits, but how to deal with the resulting large amount of chicken manure has become a headache for many farmers. Constructing an organic fertilizer processing plant next to the farm to transform chicken manure into organic fertilizer not only reduces pollution but also improves the economic benefits of the farm.

What configurations are required for the organic fertilizer production line equipment in chicken manure processing? Firstly, there are chicken manure organic fertilizer fermentation equipment, which are commonly referred to in the industry as flipping machines, flipping machines, and chicken manure organic fertilizer fermentation microbial agents. The fermented chicken manure organic fertilizer is transported by forklift to the semi-finished product warehouse and then onto the chicken manure organic fertilizer production line for fully automated assembly line production. The chicken manure organic fertilizer production line includes crushing process, screening process, granulation process, drying, cooling process, particle screening process, and finally to the packaging process, which is connected by a belt conveyor.

The organic fertilizer processing machine for chicken manure requires equipment such as fermentation and tipping machine, organic fertilizer crusher, drum screening machine, horizontal mixer, disc granulator, wet granulator, extrusion granulator, rotary dryer, cooling machine, screening machine, wrapping machine, packaging machine, conveyor, etc.

The organic fertilizer production line for chicken manure processing consists of multiple processes: raw material measurement, raw material crushing, granulation, drying, cooling, screening, coating, and packaging. The production line has always adhered to the principles of "liquidity, safety, operability, and aesthetics" in the design, so that the whole production line can achieve electromechanical integration, and it will be quite advanced in the future for a certain period of time. Meanwhile, we can also adjust the process flow according to specific circumstances and requirements.