1、organosilicon_百度百科

该术语常见于有机硅化合物（organosilicon compound）、有机硅乳液（organosilicon emulsion）等专业词组，衍生出有机硅功能肥、有机硅有机无机复混肥等五类产品。 在工业领域，organosilicon化合物可作为交联剂用于制备聚合物堵水剂。

2、Comparative study of organosilicon and inorganic silicon in reducing

Compared to inorganic silicon, organosilicon has unique properties such as amphiphilicity, low surface energy and high biocompatibility. Our previous research has confirmed the effectiveness of organosilicon-modified fertilizers in inhibiting Cadmium (Cd) absorption in wheat.

3、Organosilicon—Introduction and its Application in Pesticides

Organosilicon additive is a polyether modified trisiloxane non-ionic surfactant. It is an agricultural auxiliary registration-free in its application. It is an efficient and environmentally friendly non-ionic surfactant with ultra-low surface energy.

Applications of Organosilicon in agriculture

Organosilicon is a crucial and multifunctional adjuvant in agriculture. While not a pesticide or fertilizer itself, it significantly enhances the effectiveness of pesticides and fertilizers, thus often referred to as a “super helper for efficient agriculture.”

Organosilicone Compounds in Agriculture

Organosilicone compounds, known for their unique silicon-carbon (Si-C) bonds, have attracted considerable interest in agriculture due to their ability to enhance crop performance, improve pest resistance, and promote environmental sustainability.

Can Organosilicon Be Used in Water

Organosilicon is an important class of organic compounds widely used in plastics, rubber, coatings, sealants, electronic materials, and other fields. there is no definitive scientific evidence to suggest that organosilicon cannot be used as a component of water-soluble fertilizers (WSF).

Effects of Organosilicone Soil Conditioner and Functional

To investigate the effects of organosilicone soil conditioner and organosilicone functional base fertilizer on the alkalization degree of saline-alkali soil and the increase of crop yield in Hetao irrigation area, three treatments were set up through field plot experiment in Wuyuan County, Bayannur City, Inner Mongolia: (1 ...

Environmental Residues of Organosiloxane

Organosiloxane-based adjuvant (or organosilicon adjuvant), one of the silicone-fluide products, is polysiloxane, predominantly composed of covalently bonded silicon and oxygen atoms.

Recent progress of organosilicon compound: synthesis and

Organosilicon compounds play a crucial role as essential building blocks and valuable organic molecules in various materials. They are extensively utilized as synthetic intermediates in chemical synthesis processes.

Application of organic silicon Adjuvant in agriculture

Organic silicon Adjuvant is mainly reflected in its role as a high-efficiency adjuvant, which significantly improves the use efficiency of agricultural products such as pesticides, foliar fertilizers, and plant growth regulators. ‌

Organosilicon fertilizer is a high-efficiency compound fertilizer primarily made from silicon, offering excellent soil improvement and crop yield enhancement. It mainly functions through the following mechanisms:

1. Enhancing Soil Fertility: The silicon in organosilicon fertilizer increases the content of silicates in the soil, improves soil structure, and enhances water and nutrient retention, thereby boosting soil fertility.

2. Promoting Plant Growth: Silicon is an essential microelement for plant growth. The silicon in organosilicon fertilizer stimulates root development, strengthens photosynthesis, and accelerates plant growth and productivity.

3. Improving Crop Quality: Silicon elevates crop quality by increasing fruit sugar content, taste, and nutritional value, enhancing marketability.

4. Environmental Protection: As an eco-friendly fertilizer, organosilicon contains no toxic substances and avoids environmental pollution. Silicon recycles within the soil, reducing synthetic fertilizer use and benefiting ecological conservation.

5. Pest and Disease Resistance: Silicon strengthens plant immunity, reducing pest and disease incidence, cutting pesticide usage, and supporting sustainable agriculture.

6. Facilitating Agricultural Mechanization: Organosilicon improves soil texture, loosening it to enable efficient mechanized farming and higher agricultural productivity.

Production Process of Organosilicon Fertilizer:

1. Mining and Processing Silica Ore: Silica ore, the primary raw material, is mined, crushed, and ground into silica sand.

2. Purifying Silica Sand: Impurities are removed from the silica sand to obtain high-purity material.

3. Hydrolysis of Silica Sand: Purified silica sand reacts with water to form silicates.

4. Polymerization of Silicates: The silicates undergo polymerization to create organosilicon compounds.

5. Synthesis of Organosilicon Compounds: Further chemical reactions transform the polymerized compounds into organosilicon fertilizer.

6. Packaging and Distribution: The synthesized fertilizer is packaged and transported to farms or fields.

Application Method: Organosilicon fertilizer can be directly applied to soil surfaces or incorporated into the soil. Dosage should be controlled to avoid overuse, which may lead to soil acidification.

Organosilicon fertilizer is a highly effective soil conditioner that significantly improves soil health, promotes plant growth, enhances crop quality, protects the environment, reduces pests/diseases, and supports mechanized agriculture. It is a vital tool for modern agricultural production.