Soil conditioning composition and use thereof, soil conditioner

Abstract

The invention relates to the field of soil conditioners, in particular to a soil conditioner composition and its application, and a soil conditioner. The soil conditioning composition consists of stearyltrimethylammonium chloride and humic acid. The soil conditioning composition provided by the invention has a significant synergistic effect compared with the single agent of octadecyltrimethylammonium chloride and the single agent of humic acid, and can effectively improve the pH value of acidic or alkaline soil , Nutrient status, can effectively promote the growth of plants.

Description

technical field [0001] The invention relates to the field of soil conditioners, in particular to a soil conditioner composition and its application, and a soil conditioner. Background technique [0002] Soil is the basis for plant growth and development. Plants are fixed in the soil with their roots, and absorb water and nutrients in the soil through the roots to ensure their normal physiological activities. Soil supports plants and supplies water, fertilizer, air, and heat requirements for plant growth and development, so the physical and chemical properties and fertility of soil are of great significance to plant growth and development. Soil properties are mainly determined by the combined effects of soil texture and structure, soil thickness, soil minerals, soil organic matter, soil temperature, moisture, soil microorganisms, and soil pH. [0003] Minerals, organic matter, water and air in soil, the ratio of these four basic components determines soil properties and fer...

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Problems solved by technology

[0007] There are four major problems in the soil conditioners currently on the market: 1) The active ingredient is single, the effect is slow after application, and the effect is unstable, and the soil cannot be fundamentally improved; 2) The main raw material of traditional soil conditioners comes from ore extracts , fermented livestock manure, food processing and domestic waste, etc., resulting in more harmful microorganisms and heavy metals often accompanied in the processed products. Some artificially synthesized soil conditioners are difficult to degrade in the soil, and they are easy to cause harmful effects after application Secondary pollution of the soil; 3) Large dosage and high cost; 4) Traditional soil conditioners are divided into acidic soil conditioners, alkaline soil conditioners, etc., and the soil conditioning is highly targeted, so it is difficult for users to choose soil conditioning in a targeted manner It is difficult to control the dosage of the agent, if it is not applied properly, it will cause great damage to crops and garden plants

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