Rational use of bio-organic fertilizer to harmonize soil nutrients

2022/08/10

 Utilize the npk production line to produce fertilizers containing sufficient NPK fertilizers, which help plants grow, increase the yield of seeds and fruits, and improve the quality of leaves and forage crops. They are an inevitable part of our daily life, so it is important to produce high-quality NPK fertilizers. Our NPK fertilizer production process adopts advanced NPK fertilizer production technology and high-efficiency fertilization machinery to ensure the normal operation of the entire plant, and it sells well in areas with strong compound fertilizer consumption capacity.

Npk fertilizer production line mainly includes feeder, disc mixer, chain crusher, drum granulator, drum dryer, drum cooler, drum screener, finished product warehouse, automatic packaging machine, belt conveyor machine, dust settling chamber, heat exchanger. Compact layout, scientific and reasonable, advanced technology, energy saving and consumption reduction, no three emissions, stable operation, reliable operation and convenient maintenance, wide adaptability of raw materials, suitable for various proportions of organic compound fertilizer, bio-organic fertilizer, urban sludge, life Garbage organic fertilizer, etc.

Chemical fertilizers must be used in conjunction with organic fertilizers, and macroelement fertilizers must be used in conjunction with medium and trace elements. The economical and rational application of nitrogen fertilizer should be determined according to the soil fertility level and the target yield. The application method should be applied deeply to reduce the volatilization loss and leaching loss of nitrogen. Phosphorus and potassium fertilizers should be applied on the basis of soil testing, with targeted application of trace elements, and the use of bio organic fertilizer production is advocated. Reasonable application of organic fertilizers can not only give full play to the benefits of organic fertilizers, meet nutrient requirements, improve yield and quality, but also improve soil physical and chemical properties, coordinate soil nutrients, improve soil fertility, and achieve high yield, high quality and high efficiency.