How to use efficient and environmentally friendly bio-organic fertilizers to replace chemical fertilizers

2022/08/19

 Soil is the main natural resource for agricultural production, and crop production is fundamentally soil production. Due to its high microbial activity, high-fertility soil has a stronger ability to eliminate environmental pollution, so that sudden pollution events will not immediately or to a greater extent pollute agricultural products, or even enter the food chain and endanger human health. High-fertility soil can also significantly improve the quality and flavor of agricultural products due to its strong ability to coordinate soil water, fertilizer, gas and heat, continuous and stable nutrient supply, and strong soil microbial and enzyme activity.

Based on the current situation of chemical fertilizer use and agricultural waste, actively seeking efficient and environmentally friendly substitutes for chemical fertilizers, and actively exploring ways to recycle agricultural waste have become the focus of agricultural research at home and abroad. In this context, bio organic fertilizer production line has built a bridge for agricultural waste and crop growth with its unique advantages, and opened up a sustainable development path with a recycling model of "agricultural waste-bio-organic fertilizer-crop".

The organic fertilizer production process uses modern microbial technology, mainly livestock and poultry manure, bran, peanut shell powder, crop straw, etc. as auxiliary materials as carriers. It is a bio-organic fertilizer that is produced after a series of harmless treatments such as organic fertilizer equipment and the like into livestock and poultry manure.

A complete set of organic fertilizer manufacturing process includes fermentation turner, chicken manure dehydrator, forklift silo, semi-wet material pulverizer, horizontal mixer, stirring tooth granulator, rotary dryer, rotary cooler, drum Screening machines, coating machines, belt conveyors, automatic packaging machines, and dynamic batching scales are also required when the process has special needs. Different line configurations require different equipment combinations.