Multi-enzyme instant silicon fertilizer and manufacturing method thereof

Abstract

The invention provides a multi-enzyme instant silicon fertilizer and a manufacturing method thereof. The multi-enzyme instant silicon fertilizer comprises 85% of a multielement silicon fertilizer (80% of liquid sodium silicate; 8% of humic acid; 7% of fulvic acid and 5% of ethylene diamine tetraacetic acid (EDTA), 4% of plant activating enzyme, 3% of 6-butyl acrylate (BA), 2% of bacillus subtilis, 2% of bacillus cereus, 2% of indoleacetic acid and 2% of a- naphthylacetic acid. The manufacturing method includes 1 manufacturing the multielement silicon fertilizer, chelating the liquid sodium silicate, the humic acid, the fulvic acid and the EDTA, putting a chelated product in a high-speed centrifugal machine to perform dehydration, and drying the chelated product by using spraying hot air to obtain the multielement silicon fertilizer; and 2 enabling the 85% of multielement silicon fertilizer, the 4% of plant activating enzyme, the 3% of 6- BA, the 2% of bacillus subtilis, the 2% of bacillus cereus, the 2% of indoleacetic acid and the 2% of a- naphthylacetic acid to be mixed evenly and packaged to obtain the multi-enzyme instant silicon fertilizer.

Description

[0001] Field [0002] The invention belongs to agricultural fertilizers, in particular to a multi-enzyme instant silicon fertilizer and a preparation method thereof. technical background [0003] The results of my country's land sampling survey and testing show that more than 50%-80% of the cultivated land in the country lacks silicon, especially in the southern rice-producing areas, where the silicon deficiency is even more serious. SiO_2 / 100 grams of soil. "High yield is not high quality, high quality is not high yield" has always been a problem that plagues the cultivation of crops in our country. Faced with the continuous improvement of the quality requirements of agricultural products at home and abroad, silicon fertilizer has become an efficient and high-quality fertilizer for the development of green ecological agriculture with its characteristics of non-toxicity, non-corrosion, no deterioration, no loss, and no pollution. In addition, silicon can replace part of phosp...

AI Technical Summary

Problems solved by technology

This method has simple equipment and extensive raw material resources, but the above method has disadvantages such as complex production process, high processing temperature, low silicon fertilizer content, single fertilizer element, and cannot meet the needs of high crop yield and crop quality improvement.