The organic fertilizer production line is a systematic project that converts organic waste such as livestock manure and straw into efficient organic fertilizer. Its basic components include raw material processing, fermentation, crushing, granulation, drying, cooling, screening, and packaging.
Basic components:
Raw material processing equipment: including collection, preliminary screening, and mixing equipment.
Fermentation equipment: such as organic fertilizer turntables and fermentation tanks, used for aerobic fermentation of materials.
Crushing equipment: such as organic fertilizer crusher, which crushes the fermented material to the appropriate particle size.
Granulation equipment: such as organic fertilizer granulators, which turn crushed materials into granules.
Drying equipment: such as organic fertilizer dryer to reduce particle moisture.
Cooling equipment: such as organic fertilizer cooling machine, to reduce particle temperature.
Screening equipment: such as organic fertilizer vibrating screen, to remove unqualified particles.
Packaging equipment: such as automatic packaging machines, which package finished products before leaving the factory.
technological process:
Raw material collection and pretreatment: Collect organic waste, conduct preliminary screening and mixing.
Fermentation treatment: Perform aerobic fermentation on the mixed materials and regularly flip the pile.
Crushing and sieving: Crushing and sieving the fermented material to remove impurities.
Granulation and drying: Granulate the crushed material and dry it.
Cooling and sieving: Cool the dried particles and sieve out the unqualified particles.
Packaging and storage: Pack the finished granules and store them in a dry and ventilated place.
advantage:
Resource recycling: converting organic waste into efficient organic fertilizers.
Environmental Protection: Reduce the pollution of organic waste to the environment.
Efficient: Automated production lines improve production efficiency.
Conclusion:
The organic fertilizer production line converts organic waste into efficient organic fertilizer through a systematic process flow, achieving resource recycling and environmental protection, and promoting the development of organic agriculture.