1. scope of application

Agriculture, chemical raw materials and chemical product manufacturing

2. Brief description of technology

Fertilizer nutrient loss control technology is to add a compound of environmentally friendly and low-cost inorganic materials (such as attapulgite and bentonite) and environmentally friendly organic materials to the fertilizer production process by adding blending and feeding devices. The addition process can be closely integrated with common fertilizer granulation processes (extrusion, rollers, towers, etc.), with minor changes to existing equipment and processes. After mixing and granulating, the loss control agent meets water to form a molecular trap net to "net" the nutrient elements of the chemical fertilizer, reduce nutrient loss and improve fertilizer utilization efficiency.

3. technical information

Under the same process conditions, the loss-control fertilizer particles are similar in size to ordinary fertilizer particles, with improved hardness and enhanced moisture absorption.

4. comprehensive benefits

A large number of field test data prove that by applying new control-loss fertilizers, production reduction can not be achieved without reducing fertilizer application by 10%; applying new control-loss fertilizers can improve chemical fertilizer utilization efficiency 4~16 percentage points, increasing grain output by 8%~35%; By applying new control-loss fertilizer combined with efficient straw return conversion technology, the soil organic matter content can be increased by 7% on average; applying new control-loss fertilizer can reduce ammonia volatilization by 28%~40%, reduce leaching by 19%~35%, calculated based on an average reduction of 25%. According to incomplete statistics, in 2016~In 2020, the sales volume of new control-loss fertilizers will be approximately 900,000 tons. The use of new control-loss fertilizers will reduce environmental nitrogen emissions by 27000 tons compared with ordinary fertilizers (calculation method: 900,000 tons × average nitrogen content of the product 20%× nitrogen fertilizer loss rate 60%× new product reduction rate 25%).