Conversion granulation production compound fertilizer production line

Product Introduction

Compound fertilizer equipment is a specialized device used for the production of compound fertilizers, also known as compound fertilizer equipment, compound fertilizer production lines, compound fertilizer production equipment, etc.

Compound fertilizer equipment is a professional production equipment for fertilizers, which can be applied to the production of various types of compound fertilizers, including biological fertilizers, inorganic fertilizers, organic fertilizers, magnetic fertilizers, and other types of compound fertilizers.

Production site of compound fertilizer production line

Social benefits of compound fertilizer equipment

How to fully utilize the resources of organic waste is an important issue for China to establish a resource-saving society, promote circular economy, and develop organic agriculture. China is a major consumer of fertilizers, and the production of fertilizers requires a large amount of non renewable resources such as coal, electricity, and natural gas. The development of this project utilizes solid organic waste to produce spherical particle organic fertilizers, achieving the goal of saving non renewable resources and protecting the environment. The social benefits are enormous and in line with China's industrial policy of energy conservation and emission reduction.

Increasing the application of organic fertilizers can effectively solve the environmental pollution caused by organic waste in industries such as livestock and poultry breeding, reduce the nitrate content of fertilizers in groundwater, and lower the eutrophication of surface water caused by non-point source pollution. This is beneficial for improving the safety and quality of agricultural products, preventing and controlling input pollution, and achieving significant ecological and environmental benefits.

Picture of compound fertilizer production line

On site compound fertilizer production line

On site compound fertilizer production line

technological process

The main production process of compound fertilizer can be divided into: raw material batching, raw material mixing, raw material granulation, particle drying, particle grading, particle cooling, finished product coating, and finally finished product packaging.

Performance characteristics

The compound fertilizer production line has low investment, fast results, good economic benefits, reasonable design, advanced technology, and compact layout of the complete equipment process. Reduced the energy consumption of the equipment, making it more energy-efficient, with stable operation, no discharge of waste, reliable operation, and convenient maintenance. Wide adaptability of raw materials, suitable for granulation of various raw materials such as compound fertilizers, chemicals, pharmaceuticals, and feed, with high granulation rate of products. Can produce various concentrations and types of compound fertilizers (including).

1. The applicability and wide range of raw materials: suitable for direct granulation of coarse fiber organic waste with a moisture content of about 30%, such as fermented animal manure, sugar mill filter sludge, urban sludge, paper mill sludge, distiller's grains, straw, peat, etc. It can produce pure organic fertilizer, organic-inorganic fertilizer, and bio organic fertilizer with spherical particles.

2. High ball formation rate and survival rate of biological bacteria: The new process can achieve a ball formation rate of over 90-95%, and the new low-temperature and high air flow drying technology can achieve a survival rate of over 90% for microbial bacteria.

3. The process flow is short and the operating cost is low. The organic raw materials used in this process do not require pre-treatment such as drying and crushing. The process flow is short and the operating cost is low (if traditional granulation processes such as disc or drum are used, the organic raw materials with a moisture content of about 30% after fermentation need to be dried to below 13% and crushed to above 80 mesh, and the amount of organic materials added cannot exceed 30%).

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