Cerasus humilis high-effective fertilizer with addition of rose-flavor carbon aerogel and preparation method

Abstract

The invention belongs to the field of fruit fertilizers and particularly discloses a cerasus humilis high-effective fertilizer with addition of rose-flavor carbon aerogel. The fertilizer includes, by weight, bisrhamnose, ethylene glycol, polyacrylamide, rose extract, rose essential oil, tartaric acid, trehalose, nano iron ore tailings, spirulina fermentation liquid, rape straw fermentation liquid, citrus peel fermentation liquid, tobacco chips, mushroom residues, a bacterial agent with addition of boron, zinc and magnesium, ethoxyquinoline, tea saponin, zinc gluconate, potassium fulvate, humic acid, gypsum powder, soluble esterified starch, nano bentonite, and a proper amount of water. In the invention, the tobacco chips, mushroom residues, spirulina fermentation liquid, rape straw fermentation liquid and citrus peel fermentation liquid are employed as main materials to prepare the cerasus humilis fertilizer through fermentation by means of the bacterial agent with addition of boron, zinc and magnesium, so that the fertilizer has abundant nutrients and is rich in fermented bio-small molecules, and is easy to absorb and utilize by the cerasus humilis during growth, thus increasing yield of the cerasus humilis. The rose-flavor carbon aerogel is added to the fertilizer, thus enriching the taste of the cerasus humilis.

Description

technical field [0001] The invention belongs to the field of fruit fertilizers, and in particular relates to a high-efficiency calcium fruit fertilizer added with rose-flavored carbon aerogel and a preparation method. Background technique [0002] Nanotechnology has development potential and application prospects in the field of agriculture. It is widely used in disinfection and sterilization, promoting photosynthesis, and regulating growth hormones. Carbon airgel is a new type of lightweight nanoporous amorphous carbon material with a porosity as high as 80-98%, a pore size of less than 50nm, a network colloid particle size of 3-20mn, and a specific surface area of ​​600-1000m2 / g , the density range is 0.05-0.80g / cm3, because of its unique structure and performance characteristics, it can be used in the field of agricultural fertilizers to develop high-efficiency fertilizers. It has been reported that little is known about the variety and nutrition. How to use the efficacy...

AI Technical Summary

Problems solved by technology

Carbon airgel is a new type of lightweight nanoporous amorphous carbon material with a porosity as high as 80-98%, a pore size of less than 50nm, a network colloid particle size of 3-20mn, and a specific surface area of ​​600-1000m2 / g , the density range is 0.05-0.80g / cm3, because of its unique structure and performance characteristics, it can be used in the field of agricultural fertilizers to develop high-efficiency fertilizers, but the current status of fertilizers with functional nano-carbon aerogels It has been reported that little is known about the variety and nutrition. How to use the efficacy of nano-carbon aerogels to realize fertilizers with rich varieties and comprehensive nutrition is of great significance to the cultivation of plants.