リン酸肥料生産ライン

Phosphate fertilizers are typically derived from phosphate rock, a natural mineral containing high concentrations of phosphorus. And the phosphate fertilizer production line can convert phosphate rock into fertilizer, which mainly includes milling, acidification, secondary aging and granulating.

Production Flow

1.Milling: Firstly, the prepared Phosphate rock is milled into the powder by Raymond milling system. It’s for better acidification.
2.Acidification: After milling, the powder is sent to the stainless steel mixer by screw conveyor, at the same time, the sulfuric acid or nitric acid from stainless steel storage tanks is also injected into the mixer. The stirred material will be acidified in the acidification tank.
3.Secondary aging: After a while, the acidified material needs to be transported to the secondary aging area for aging.
4.Granulating: The aged material can be made into granules by the rotary drum granulator.
5. 乾燥: With the help of a rotary dryer, the granulated fertilizer are dried to remove any excess moisture.
6. Cooling and screening: The dried fertilizer pellets are cooled and screened to remove dust or fines.
7. Packaging and storage: The finished granular phosphate are packaged and stored in a dry and cool place.

The phosphate fertilizer production line plays a crucial role in providing farmers and growers with the means to enhance crop productivity, soil fertility and nutrient management. It has the character of less investment, 迅速な結果と優れた経済的利益.

1.Customization: This line is customizable according to different raw materials, production capacities, and product specifications.
2.Efficient Processing: Equipped with advanced machinery and technologies aimed at maximizing efficiency and productivity throughout the production process. This may include automated systems for material handling, 混合, granulation, drying, とパッケージング, reducing labor requirements and minimizing production downtime.
3.Quality Control: Quality control measures are implemented at various stages of the production process to ensure the consistency, purity, and safety of the final products.
4.Reliability and Maintenance: This line is engineered for reliability and durability, with robust construction and components designed to withstand the rigors of continuous operation.
5.Environmental Sustainability: Designed with environmental sustainability in mind, incorporating technologies and practices aimed at reducing energy consumption, minimizing emissions, and mitigating environmental impact.