Environment-friendly compound fertilizer with soil restoration function and preparation method of environment-friendly compound fertilizer

Abstract

The invention discloses an environment-friendly compound fertilizer with a soil restoration function and a preparation method of the environment-friendly compound fertilizer. The environment-friendly compound fertilizer with the soil restoration function comprises fish scale powder, polyacrylamide, starch xanthate, crab shell powder, plant polysaccharides, polyaspartic acid, hydrolysable tannin, river sand micro-powder, sodium selenate, tartaric acid, bismuth subcarbonate, montmorillonoid, volcanic ash, chitin, glycerin monostearate, vermiculite powder, bamboo charcoal powder and diammonium phosphate. The environment-friendly compound fertilizer with the soil restoration function can effectively remove heavy metals such as nickel and cadmium in soil, the soil is restored and improved, soil quality is improved, soil pollution is avoided, the burden of the soil is reduced, fertilizing amount is small, raw materials are non-toxic, and the compound fertilizer is more environmentally friendly.

Description

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AI Technical Summary

Benefits of technology

This new type of chemical that has been developed for use in agriculture helps prevent harmful substances from entering our food chain by reducing their impact on humans or animals. It also improves water retention properties without affecting other important factors like pH levels. Additionally, this product contains various types of amino acids added during manufacturing process making them ideal for farming purposes instead of adding these ingredients themselves into fields where they were used previously. Overall, this technology provides an eco-friendly solution for managing environmental issues associated with mineral resources while promoting crop growth.

Problems solved by technology

This patented technical problem addressed by this patents relates to finding ways to make it safer from harming plants without causing negative effects such as decreased plant growth rates due to excessive use of synthetic fertilizing agents like nitrogen (N), phosphorus (P) and potassium (K). Additionally, current methods involve adding these substances into waterways that can be dangerous if released overboard.