Preparation method and application of artificial water-soluble silicon

Abstract

The invention belongs to the technical field of food production, and in particular relates to a preparation method and application of artificial water-soluble silicon. The preparation method specifically comprises the following steps of: (1) uniformly mixing 36-70% of silicon dioxide powder and 30-64% of sodium carbonate powder in percentage by weight; (2) heating the powder mixed in the step (1) to 1050-2000 DEG C in a reverberatory furnace, and calcining to generate molten sodium silicate; (3) pouring the molten sodium silicate generated in the step (2) out of a discharge port of the reverberatory furnace, and cooling to prepare a blocky sodium silicate solid preparation for later use; (4) pouring the molten sodium silicate generated in the step (2) out of the discharge port of the reverberatory furnace, putting the molten sodium silicate into a water-quench tank, and smashing the molten sodium silicate into a 1-5mm sodium silicate particle solid preparation for later use; and (5) continuously grinding the sodium silicate particles generated in the step (4) to form a sodium silicate powder solid preparation for later use. The artificial water-soluble silicon can be used for large-scale production and has a wide application range.

Description

Technical field: [0001] The invention belongs to the technical field of food production, in particular to a preparation method and application of artificial water-soluble silicon. Background technique: [0002] Studies have shown that silicon is an indispensable trace element with biological activity. It is generally contained in cereals, fruits and vegetables, and deep mountain springs, but the content is very low. "Silicon has beneficial effects when relatively large doses are consumed in the form of relatively soluble metasilicates." Present Knowledge in Nutrition Original: Barbara A. Bowman and Robert M. Russell 9th ​​ed. As far as the current national standard of the People's Republic of China "Drinking Natural Mineral Water GB8537-2008" contains the detection items of metasilicic acid content, it is limited to natural mineral water. Due to well-known reasons such as lack of dietary nutrition and environmental pollution, water and trace elements such as water-soluble s...

AI Technical Summary

Problems solved by technology

Due to well-known reasons such as lack of dietary nutrition and environmental pollution, water and trace elements such as water-soluble silicon contained in people’s intake of food are becoming increasingly scarce, and the three-dimensional structure of human cell membranes is destroyed, resulting in the collapse of cell membranes and formation of osmotic blockages. Nutrients, functional substances and garbage waste toxins cannot be transported smoothly, making cells in an unfavorable environment, causing cell aging and diseases. In today's era of high incidence of a series of diseases caused by cell membrane collapse and blockage such as allergies, cardiovascular and cerebrovascular diseases, diabetes and cancer , it is necessary to research and invent an artificial refining technology to obtain more water-soluble metasilicate to protect human health